FemArray_ReceiveLoop: started CmdFetcher_Main: started --------------------------------- Client version : 2.11 Compiled : Dec 5 2024 at 14:24:00 Target Server : TDCM Commands : from stdin --------------------------------- (0) >srv(00).cmd(0): be dcbal_enc 1 0 Tdcm(0) Reg(3) <- 0x80000 srv(00).cmd(0): be inv_tdcm_mosi 0 0 Tdcm(0) Reg(3) <- 0x0 srv(00).cmd(0): be fe active fe_workset 0 Tdcm(0) Reg(10) <- 0x1 srv(00).cmd(0): be sel_fe fe_workset 0 Tdcm(0) Selected_FE <- 00 srv(00).cmd(0): be iic sfpmezz 0 enable fe_workset 0 Tdcm(0) SFP Mezzanine 0 Tx_Disable <- 0xfffe srv(00).cmd(0): be tx_reset 1 0 Tdcm(0) Reg(3) <- 0x00010000 srv(00).cmd(0): be rx_reset fe_workset cycle 0 Tdcm(0) Reg(0) <- 0x00010000 <- 0x00000000 (done on 1 FE(s)) srv(00).cmd(0): be tx_reset 0 0 Tdcm(0) Reg(3) <- 0x00000000 srv(00).cmd(0): sleep 4 srv(00).cmd(0): be dna get 0 Tdcm(0): Errors: 0 DNA_Found: 1 srv(00).cmd(0): be dna push 0 Tdcm(0): Errors: 0 DNA-ID_Pushed: 1 srv(00).cmd(0): be dna get 0 Tdcm(0): Errors: 0 DNA_Found: 1 srv(00).cmd(0): fe dna show 0 Tdcm(0): Fem(00) DNA: 89000002 4d14dc26 got_dna: 1 id_is_set: 1 my_id: 0 srv(00).cmd(0): fe sca enable 0 0 Tdcm(0) Fem(00) Reg(0) <- 0x0 srv(00).cmd(0): be pump ena 0x0 0 Tdcm(0) Reg(4) <- 0x0 srv(00).cmd(0): be restart 0 Tdcm(0) Reg(5) <- restart done srv(00).cmd(0): be eb run 0 0 Tdcm(0) Reg(0) <- 0x0 srv(00).cmd(0): fe delay_adc dco 0 0xF 0 Tdcm(0) Fem(00) Reg(14) <- 0xf Delay_dco(0) <- 15 srv(00).cmd(0): fe delay_adc dco 1 0xF 0 Tdcm(0) Fem(00) Reg(14) <- 0xf0 Delay_dco(1) <- 15 srv(00).cmd(0): fe delay_adc fco 0 0x0 0 Tdcm(0) Fem(00) Reg(14) <- 0x0 Delay_fco(0) <- 0 srv(00).cmd(0): fe delay_adc fco 1 0x0 0 Tdcm(0) Fem(00) Reg(14) <- 0x0 Delay_fco(1) <- 0 srv(00).cmd(0): fe delay_adc pipe 0 0x8 0 Tdcm(0) Fem(00) Reg(14) <- 0x80000 Delay_pipe(0) <- 8 srv(00).cmd(0): fe delay_adc pipe 1 0x8 0 Tdcm(0) Fem(00) Reg(14) <- 0x80000 Delay_pipe(1) <- 8 srv(00).cmd(0): -1 Tdcm(0) Unknown command: srv(00).cmd(0): -1 Tdcm(0) Unknown command: srv(00).cmd(0): -1 Tdcm(0) Unknown command: (0) >srv(00).cmd(0): fe sca enable 0 0 Tdcm(0) Fem(00) Reg(0) <- 0x0 srv(00).cmd(0): be pump ena 0x0 0 Tdcm(0) Reg(4) <- 0x0 srv(00).cmd(0): be restart 0 Tdcm(0) Reg(5) <- restart done srv(00).cmd(0): be eb run 0 0 Tdcm(0) Reg(0) <- 0x0 srv(00).cmd(0): fe mode after 0 Tdcm(0) Fem(00) Reg(0) <- 0x400 srv(00).cmd(0): fe fec_mask 0x2 0 Tdcm(0) Fem(00) Reg(1) <- 0x200000 srv(00).cmd(0): fe fec_enable 0x1 0 Tdcm(0) Fem(00) Reg(1) <- 0x40000 srv(00).cmd(0): fe asic_mask 0xFF00 0 Tdcm(0) Fem(00) Reg(9) <- 0xff000000 srv(00).cmd(0): fe test_enable 0 0 Tdcm(0) Fem(00) Reg(5) <- 0x0 srv(00).cmd(0): fe test_mode 0 0 Tdcm(0) Fem(00) Reg(5) <- 0x0 srv(00).cmd(0): fe test_zbt 0 0 Tdcm(0) Fem(00) Reg(5) <- 0x0 srv(00).cmd(0): fe adc 0 model AD9637 0 Tdcm(0) Fem(00) ADC_model <- 3 (AD9637) srv(00).cmd(0): fe adc 0 write 0x14 0x00 0 Tdcm(0) Fem(00) Front-End ADC Reg(20) <- 0x0 (0) srv(00).cmd(0): fe adc 1 model AD9637 0 Tdcm(0) Fem(00) ADC_model <- 3 (AD9637) srv(00).cmd(0): fe adc 1 write 0x14 0x00 0 Tdcm(0) Fem(00) Front-End ADC Reg(20) <- 0x0 (0) srv(00).cmd(0): fe after 0:15 gain 120 0 Tdcm(0) Fem(00) After(0:15) Reg(1) <- Gain=120fC srv(00).cmd(0): fe after 0:15 time 412 0 Tdcm(0) Fem(00) After(0:15) Reg(1) <- Shaping=412ns srv(00).cmd(0): fe after 0:15 write 2 0x0 0 Tdcm(0) Fem(00) After(0:15) Reg(2) <- 0x0 (wrote 16 chip(s)) srv(00).cmd(0): fe after 0:15 en_mkr_rst 1 0 Tdcm(0) Fem(00) After(0:15) Reg(2) <- Marker=1 srv(00).cmd(0): fe after 0:15 rst_level 0 0 Tdcm(0) Fem(00) After(0:15) Reg(2) <- Marker_Level=0 srv(00).cmd(0): fe after 0:15 rd_from_0 0 0 Tdcm(0) Fem(00) After(0:15) Reg(2) <- Read_From_0=0 srv(00).cmd(0): fe after 0:15 test_digout 0 0 Tdcm(0) Fem(00) After(0:15) Reg(2) <- Test_Digout=0 srv(00).cmd(0): fe polarity 0:15 0x0 0 Tdcm(0) Fem(00) Reg(3) <- 0x0 (performed 16 actions) srv(00).cmd(0): fe forceon_all 0x1 0 Tdcm(0) Fem(00) Reg(0) <- 0x1000 srv(00).cmd(0): fe sca cnt 0x1fe 0 Tdcm(0) Fem(00) Reg(0) <- 0x1fe srv(00).cmd(0): fe sca wckdiv 0x4 0 Tdcm(0) Fem(00) Reg(5) <- 0x40000 srv(00).cmd(0): fe crc32_insert_ena 1 0 Tdcm(0) Fem(00) Reg(6) <- 0x40 srv(00).cmd(0): fe keep_fco 0x0 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 srv(00).cmd(0): fe rst_len 1 0 Tdcm(0) Fem(00) Reg(0) <- 0x800 srv(00).cmd(0): fe skip_rst 0x0 0 Tdcm(0) Fem(00) Reg(0) <- 0x0 srv(00).cmd(0): fe keep_rst 0x1 0 Tdcm(0) Fem(00) Reg(0) <- 0x10000 srv(00).cmd(0): fe emit_lst_cell_rd 0x1 0 Tdcm(0) Fem(00) Reg(5) <- 0x2000 srv(00).cmd(0): fe trig_ena 0x8 0 Tdcm(0) Fem(00) Reg(2) <- 0x80000000 srv(00).cmd(0): fe sca enable 1 0 Tdcm(0) Fem(00) Reg(0) <- 0x100000 srv(00).cmd(0): fe fra_timeout 0 0 Tdcm(0) Fem(00) Reg(6) <- 0x0 srv(00).cmd(0): sleep 1 srv(00).cmd(0): be crc32_check_ena 1 0 Tdcm(0) Reg(3) <- 0x00000020 srv(00).cmd(0): be serve_target 1 0 Tdcm(0) Serve_Target <- 1 srv(00).cmd(0): be pump timed 1 0 Tdcm(0) Reg(0) <- 0x40000 srv(00).cmd(0): be pump timeout 0 0 Tdcm(0) Reg(0) <- 0x0 srv(00).cmd(0): be pump ena fe_workset 0 Tdcm(0) Reg(4) <- 0x1 srv(00).cmd(0): be eb keep_fem_soe 1 0 Tdcm(0) Reg(0) <- 0x400000 srv(00).cmd(0): be eb check_ev_nb 1 0 Tdcm(0) Reg(0) <- 0x800000 srv(00).cmd(0): be eb check_ev_ts 1 0 Tdcm(0) Reg(0) <- 0x1000000 srv(00).cmd(0): be eb ts_tolerance 0 0 Tdcm(0) Reg(0) = 0x1c40000 (29622272) Time_Stamp_Tolerance +/-: 0 srv(00).cmd(0): be eb run 1 0 Tdcm(0) Reg(0) <- 0x200000 srv(00).cmd(0): be read_abort_ena 0 0 Tdcm(0) Reg(14) <- 0x0 srv(00).cmd(0): be event_limit 0x1 0 Tdcm(0) Reg(6) <- 0x200 srv(00).cmd(0): be trig_rate 1 10 0 Tdcm(0) Reg(6) <- 0x8a srv(00).cmd(0): fe subtract_ped 0 0 Tdcm(0) Fem(00) Reg(0) <- 0x0 srv(00).cmd(0): fe zero_suppress 0 0 Tdcm(0) Fem(00) Reg(0) <- 0x0 srv(00).cmd(0): fe hped 0:15 * offset 0 0 Tdcm(0) Fem(00): hped offset done on 1264 histograms. Underflow: 0 Overflow: 0 ped: 0 srv(00).cmd(0): fe hped 0:15 * clr 0 Tdcm(0) Fem(00): hped clr done on 1264 histograms. Underflow: 0 Overflow: 0 srv(00).cmd(0): be serve_target 2 0 Tdcm(0) Serve_Target <- 2 srv(00).cmd(0): be isobus 0x0C 0 Tdcm(0) Reg(5) <- 0x0000000c ( CLR_EVCNT CLR_TSTAMP auto-clear) srv(00).cmd(0): be isobus 0x20 0 Tdcm(0) Reg(5) <- 0x00000020 ( SCA_START auto-clear) srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): fe hped 0 * getsummary Frame payload: 954 bytes --- Start of Moni Frame (V.0) FE 00 (952 bytes) -- Card 00 Chip 00 Channel 00 Mean/Std_dev : 0.00 0.00 Card 00 Chip 00 Channel 01 Mean/Std_dev : 663.75 7.98 Card 00 Chip 00 Channel 02 Mean/Std_dev : 340.71 0.94 Card 00 Chip 00 Channel 03 Mean/Std_dev : 294.95 4.72 Card 00 Chip 00 Channel 04 Mean/Std_dev : 268.27 3.30 Card 00 Chip 00 Channel 05 Mean/Std_dev : 273.96 4.62 Card 00 Chip 00 Channel 06 Mean/Std_dev : 271.43 3.27 Card 00 Chip 00 Channel 07 Mean/Std_dev : 246.66 4.52 Card 00 Chip 00 Channel 08 Mean/Std_dev : 279.04 3.32 Card 00 Chip 00 Channel 09 Mean/Std_dev : 282.02 4.57 Card 00 Chip 00 Channel 10 Mean/Std_dev : 259.68 3.33 Card 00 Chip 00 Channel 11 Mean/Std_dev : 346.28 4.37 Card 00 Chip 00 Channel 12 Mean/Std_dev : 294.63 3.31 Card 00 Chip 00 Channel 13 Mean/Std_dev : 364.54 4.35 Card 00 Chip 00 Channel 14 Mean/Std_dev : 286.26 3.47 Card 00 Chip 00 Channel 15 Mean/Std_dev : 389.10 1.73 Card 00 Chip 00 Channel 16 Mean/Std_dev : 304.67 4.29 Card 00 Chip 00 Channel 17 Mean/Std_dev : 312.11 3.30 Card 00 Chip 00 Channel 18 Mean/Std_dev : 284.34 4.17 Card 00 Chip 00 Channel 19 Mean/Std_dev : 289.61 3.48 Card 00 Chip 00 Channel 20 Mean/Std_dev : 240.06 4.11 Card 00 Chip 00 Channel 21 Mean/Std_dev : 149.72 3.43 Card 00 Chip 00 Channel 22 Mean/Std_dev : 280.47 4.22 Card 00 Chip 00 Channel 23 Mean/Std_dev : 212.35 3.41 Card 00 Chip 00 Channel 24 Mean/Std_dev : 268.01 3.98 Card 00 Chip 00 Channel 25 Mean/Std_dev : 379.23 3.32 Card 00 Chip 00 Channel 26 Mean/Std_dev : 247.54 4.03 Card 00 Chip 00 Channel 27 Mean/Std_dev : 237.57 3.26 Card 00 Chip 00 Channel 28 Mean/Std_dev : 283.40 1.75 Card 00 Chip 00 Channel 29 Mean/Std_dev : 339.71 4.08 Card 00 Chip 00 Channel 30 Mean/Std_dev : 302.11 3.22 Card 00 Chip 00 Channel 31 Mean/Std_dev : 272.57 3.98 Card 00 Chip 00 Channel 32 Mean/Std_dev : 234.88 3.19 Card 00 Chip 00 Channel 33 Mean/Std_dev : 292.84 3.87 Card 00 Chip 00 Channel 34 Mean/Std_dev : 213.82 3.20 Card 00 Chip 00 Channel 35 Mean/Std_dev : 290.62 3.84 Card 00 Chip 00 Channel 36 Mean/Std_dev : 314.97 3.09 Card 00 Chip 00 Channel 37 Mean/Std_dev : 339.68 3.95 Card 00 Chip 00 Channel 38 Mean/Std_dev : 263.30 3.34 Card 00 Chip 00 Channel 39 Mean/Std_dev : 228.67 3.77 Card 00 Chip 00 Channel 40 Mean/Std_dev : 263.76 3.35 Card 00 Chip 00 Channel 41 Mean/Std_dev : 313.43 3.04 Card 00 Chip 00 Channel 42 Mean/Std_dev : 314.01 3.80 Card 00 Chip 00 Channel 43 Mean/Std_dev : 258.80 3.21 Card 00 Chip 00 Channel 44 Mean/Std_dev : 328.29 3.86 Card 00 Chip 00 Channel 45 Mean/Std_dev : 241.63 3.13 Card 00 Chip 00 Channel 46 Mean/Std_dev : 224.87 3.89 Card 00 Chip 00 Channel 47 Mean/Std_dev : 335.51 3.06 Card 00 Chip 00 Channel 48 Mean/Std_dev : 324.70 4.10 Card 00 Chip 00 Channel 49 Mean/Std_dev : 279.76 3.39 Card 00 Chip 00 Channel 50 Mean/Std_dev : 204.79 3.80 Card 00 Chip 00 Channel 51 Mean/Std_dev : 223.62 3.15 Card 00 Chip 00 Channel 52 Mean/Std_dev : 299.26 4.05 Card 00 Chip 00 Channel 53 Mean/Std_dev : 281.97 1.68 Card 00 Chip 00 Channel 54 Mean/Std_dev : 318.97 3.12 Card 00 Chip 00 Channel 55 Mean/Std_dev : 316.79 3.94 Card 00 Chip 00 Channel 56 Mean/Std_dev : 237.63 3.04 Card 00 Chip 00 Channel 57 Mean/Std_dev : 360.78 3.99 Card 00 Chip 00 Channel 58 Mean/Std_dev : 285.68 3.08 Card 00 Chip 00 Channel 59 Mean/Std_dev : 184.84 3.96 Card 00 Chip 00 Channel 60 Mean/Std_dev : 171.95 3.11 Card 00 Chip 00 Channel 61 Mean/Std_dev : 283.90 4.07 Card 00 Chip 00 Channel 62 Mean/Std_dev : 278.98 3.40 Card 00 Chip 00 Channel 63 Mean/Std_dev : 335.90 4.14 Card 00 Chip 00 Channel 64 Mean/Std_dev : 316.63 3.09 Card 00 Chip 00 Channel 65 Mean/Std_dev : 250.71 4.02 Card 00 Chip 00 Channel 66 Mean/Std_dev : 279.90 1.66 Card 00 Chip 00 Channel 67 Mean/Std_dev : 217.06 3.14 Card 00 Chip 00 Channel 68 Mean/Std_dev : 247.65 4.09 Card 00 Chip 00 Channel 69 Mean/Std_dev : 283.04 3.03 Card 00 Chip 00 Channel 70 Mean/Std_dev : 312.12 4.12 Card 00 Chip 00 Channel 71 Mean/Std_dev : 258.48 3.22 Card 00 Chip 00 Channel 72 Mean/Std_dev : 246.35 3.98 Card 00 Chip 00 Channel 73 Mean/Std_dev : 274.34 3.27 Card 00 Chip 00 Channel 74 Mean/Std_dev : 346.54 4.24 Card 00 Chip 00 Channel 75 Mean/Std_dev : 273.36 3.18 Card 00 Chip 00 Channel 76 Mean/Std_dev : 332.63 4.22 Card 00 Chip 00 Channel 77 Mean/Std_dev : 312.55 3.15 Card 00 Chip 00 Channel 78 Mean/Std_dev : 261.45 4.27 ----- End of Frame ----- srv(00).cmd(0): fe hped 1 * getsummary Frame payload: 954 bytes --- Start of Moni Frame (V.0) FE 00 (952 bytes) -- Card 00 Chip 01 Channel 00 Mean/Std_dev : 0.00 0.00 Card 00 Chip 01 Channel 01 Mean/Std_dev : 651.29 8.69 Card 00 Chip 01 Channel 02 Mean/Std_dev : 335.48 1.01 Card 00 Chip 01 Channel 03 Mean/Std_dev : 327.51 4.79 Card 00 Chip 01 Channel 04 Mean/Std_dev : 247.62 3.32 Card 00 Chip 01 Channel 05 Mean/Std_dev : 235.22 4.87 Card 00 Chip 01 Channel 06 Mean/Std_dev : 255.73 3.17 Card 00 Chip 01 Channel 07 Mean/Std_dev : 315.61 4.59 Card 00 Chip 01 Channel 08 Mean/Std_dev : 291.02 3.22 Card 00 Chip 01 Channel 09 Mean/Std_dev : 331.62 4.54 Card 00 Chip 01 Channel 10 Mean/Std_dev : 331.38 3.26 Card 00 Chip 01 Channel 11 Mean/Std_dev : 374.38 4.41 Card 00 Chip 01 Channel 12 Mean/Std_dev : 319.06 3.29 Card 00 Chip 01 Channel 13 Mean/Std_dev : 294.28 4.39 Card 00 Chip 01 Channel 14 Mean/Std_dev : 248.41 3.29 Card 00 Chip 01 Channel 15 Mean/Std_dev : 326.70 1.69 Card 00 Chip 01 Channel 16 Mean/Std_dev : 300.61 4.43 Card 00 Chip 01 Channel 17 Mean/Std_dev : 233.55 3.44 Card 00 Chip 01 Channel 18 Mean/Std_dev : 286.40 4.28 Card 00 Chip 01 Channel 19 Mean/Std_dev : 287.08 3.34 Card 00 Chip 01 Channel 20 Mean/Std_dev : 299.61 4.38 Card 00 Chip 01 Channel 21 Mean/Std_dev : 318.45 3.22 Card 00 Chip 01 Channel 22 Mean/Std_dev : 323.51 4.17 Card 00 Chip 01 Channel 23 Mean/Std_dev : 235.90 3.33 Card 00 Chip 01 Channel 24 Mean/Std_dev : 291.91 4.41 Card 00 Chip 01 Channel 25 Mean/Std_dev : 351.04 3.22 Card 00 Chip 01 Channel 26 Mean/Std_dev : 247.25 4.08 Card 00 Chip 01 Channel 27 Mean/Std_dev : 344.28 3.21 Card 00 Chip 01 Channel 28 Mean/Std_dev : 344.64 1.76 Card 00 Chip 01 Channel 29 Mean/Std_dev : 301.93 4.03 Card 00 Chip 01 Channel 30 Mean/Std_dev : 223.11 3.21 Card 00 Chip 01 Channel 31 Mean/Std_dev : 314.47 4.06 Card 00 Chip 01 Channel 32 Mean/Std_dev : 340.41 3.23 Card 00 Chip 01 Channel 33 Mean/Std_dev : 278.76 4.10 Card 00 Chip 01 Channel 34 Mean/Std_dev : 299.07 3.23 Card 00 Chip 01 Channel 35 Mean/Std_dev : 342.53 4.05 Card 00 Chip 01 Channel 36 Mean/Std_dev : 236.34 3.31 Card 00 Chip 01 Channel 37 Mean/Std_dev : 294.78 3.96 Card 00 Chip 01 Channel 38 Mean/Std_dev : 274.96 3.36 Card 00 Chip 01 Channel 39 Mean/Std_dev : 285.16 3.90 Card 00 Chip 01 Channel 40 Mean/Std_dev : 314.22 3.19 Card 00 Chip 01 Channel 41 Mean/Std_dev : 285.05 3.20 Card 00 Chip 01 Channel 42 Mean/Std_dev : 413.13 4.04 Card 00 Chip 01 Channel 43 Mean/Std_dev : 274.07 3.16 Card 00 Chip 01 Channel 44 Mean/Std_dev : 319.18 3.92 Card 00 Chip 01 Channel 45 Mean/Std_dev : 318.37 3.05 Card 00 Chip 01 Channel 46 Mean/Std_dev : 279.16 4.10 Card 00 Chip 01 Channel 47 Mean/Std_dev : 304.46 3.13 Card 00 Chip 01 Channel 48 Mean/Std_dev : 276.08 4.03 Card 00 Chip 01 Channel 49 Mean/Std_dev : 322.21 3.21 Card 00 Chip 01 Channel 50 Mean/Std_dev : 350.99 4.26 Card 00 Chip 01 Channel 51 Mean/Std_dev : 305.46 3.01 Card 00 Chip 01 Channel 52 Mean/Std_dev : 256.35 3.98 Card 00 Chip 01 Channel 53 Mean/Std_dev : 262.23 1.66 Card 00 Chip 01 Channel 54 Mean/Std_dev : 237.56 3.13 Card 00 Chip 01 Channel 55 Mean/Std_dev : 349.58 4.07 Card 00 Chip 01 Channel 56 Mean/Std_dev : 337.28 3.11 Card 00 Chip 01 Channel 57 Mean/Std_dev : 314.06 4.20 Card 00 Chip 01 Channel 58 Mean/Std_dev : 305.82 3.06 Card 00 Chip 01 Channel 59 Mean/Std_dev : 322.10 4.14 Card 00 Chip 01 Channel 60 Mean/Std_dev : 296.77 3.43 Card 00 Chip 01 Channel 61 Mean/Std_dev : 337.17 4.07 Card 00 Chip 01 Channel 62 Mean/Std_dev : 287.35 3.23 Card 00 Chip 01 Channel 63 Mean/Std_dev : 337.37 4.41 Card 00 Chip 01 Channel 64 Mean/Std_dev : 305.88 3.12 Card 00 Chip 01 Channel 65 Mean/Std_dev : 277.78 4.27 Card 00 Chip 01 Channel 66 Mean/Std_dev : 248.71 1.69 Card 00 Chip 01 Channel 67 Mean/Std_dev : 316.63 3.20 Card 00 Chip 01 Channel 68 Mean/Std_dev : 267.67 4.43 Card 00 Chip 01 Channel 69 Mean/Std_dev : 282.46 3.16 Card 00 Chip 01 Channel 70 Mean/Std_dev : 298.59 4.28 Card 00 Chip 01 Channel 71 Mean/Std_dev : 254.54 3.16 Card 00 Chip 01 Channel 72 Mean/Std_dev : 249.66 4.41 Card 00 Chip 01 Channel 73 Mean/Std_dev : 282.46 3.11 Card 00 Chip 01 Channel 74 Mean/Std_dev : 249.34 4.46 Card 00 Chip 01 Channel 75 Mean/Std_dev : 333.25 3.38 Card 00 Chip 01 Channel 76 Mean/Std_dev : 223.39 4.49 Card 00 Chip 01 Channel 77 Mean/Std_dev : 289.45 3.21 Card 00 Chip 01 Channel 78 Mean/Std_dev : 309.20 4.27 ----- End of Frame ----- srv(00).cmd(0): fe hped 2 * getsummary Frame payload: 954 bytes --- Start of Moni Frame (V.0) FE 00 (952 bytes) -- Card 00 Chip 02 Channel 00 Mean/Std_dev : 0.00 0.00 Card 00 Chip 02 Channel 01 Mean/Std_dev : 865.41 7.55 Card 00 Chip 02 Channel 02 Mean/Std_dev : 398.39 1.20 Card 00 Chip 02 Channel 03 Mean/Std_dev : 462.90 5.28 Card 00 Chip 02 Channel 04 Mean/Std_dev : 306.80 3.58 Card 00 Chip 02 Channel 05 Mean/Std_dev : 351.01 5.13 Card 00 Chip 02 Channel 06 Mean/Std_dev : 294.72 3.39 Card 00 Chip 02 Channel 07 Mean/Std_dev : 304.94 5.17 Card 00 Chip 02 Channel 08 Mean/Std_dev : 355.83 3.18 Card 00 Chip 02 Channel 09 Mean/Std_dev : 357.25 4.71 Card 00 Chip 02 Channel 10 Mean/Std_dev : 320.12 3.30 Card 00 Chip 02 Channel 11 Mean/Std_dev : 345.95 4.79 Card 00 Chip 02 Channel 12 Mean/Std_dev : 371.51 3.23 Card 00 Chip 02 Channel 13 Mean/Std_dev : 348.28 4.67 Card 00 Chip 02 Channel 14 Mean/Std_dev : 336.18 3.28 Card 00 Chip 02 Channel 15 Mean/Std_dev : 295.57 1.82 Card 00 Chip 02 Channel 16 Mean/Std_dev : 336.10 4.65 Card 00 Chip 02 Channel 17 Mean/Std_dev : 385.72 3.28 Card 00 Chip 02 Channel 18 Mean/Std_dev : 303.70 4.78 Card 00 Chip 02 Channel 19 Mean/Std_dev : 327.68 3.16 Card 00 Chip 02 Channel 20 Mean/Std_dev : 366.80 4.60 Card 00 Chip 02 Channel 21 Mean/Std_dev : 351.32 3.30 Card 00 Chip 02 Channel 22 Mean/Std_dev : 370.63 4.64 Card 00 Chip 02 Channel 23 Mean/Std_dev : 330.29 3.37 Card 00 Chip 02 Channel 24 Mean/Std_dev : 305.43 4.41 Card 00 Chip 02 Channel 25 Mean/Std_dev : 334.14 3.25 Card 00 Chip 02 Channel 26 Mean/Std_dev : 375.19 4.43 Card 00 Chip 02 Channel 27 Mean/Std_dev : 334.02 3.42 Card 00 Chip 02 Channel 28 Mean/Std_dev : 277.75 1.91 Card 00 Chip 02 Channel 29 Mean/Std_dev : 340.95 4.36 Card 00 Chip 02 Channel 30 Mean/Std_dev : 327.44 3.22 Card 00 Chip 02 Channel 31 Mean/Std_dev : 344.45 4.19 Card 00 Chip 02 Channel 32 Mean/Std_dev : 379.69 3.33 Card 00 Chip 02 Channel 33 Mean/Std_dev : 372.00 4.22 Card 00 Chip 02 Channel 34 Mean/Std_dev : 406.05 3.30 Card 00 Chip 02 Channel 35 Mean/Std_dev : 386.38 4.29 Card 00 Chip 02 Channel 36 Mean/Std_dev : 337.71 3.17 Card 00 Chip 02 Channel 37 Mean/Std_dev : 265.07 4.22 Card 00 Chip 02 Channel 38 Mean/Std_dev : 348.90 3.27 Card 00 Chip 02 Channel 39 Mean/Std_dev : 290.41 3.76 Card 00 Chip 02 Channel 40 Mean/Std_dev : 377.26 3.35 Card 00 Chip 02 Channel 41 Mean/Std_dev : 366.83 3.23 Card 00 Chip 02 Channel 42 Mean/Std_dev : 375.25 4.21 Card 00 Chip 02 Channel 43 Mean/Std_dev : 256.29 3.05 Card 00 Chip 02 Channel 44 Mean/Std_dev : 319.97 4.31 Card 00 Chip 02 Channel 45 Mean/Std_dev : 336.04 3.30 Card 00 Chip 02 Channel 46 Mean/Std_dev : 322.72 4.29 Card 00 Chip 02 Channel 47 Mean/Std_dev : 328.77 3.28 Card 00 Chip 02 Channel 48 Mean/Std_dev : 378.61 4.26 Card 00 Chip 02 Channel 49 Mean/Std_dev : 291.33 3.31 Card 00 Chip 02 Channel 50 Mean/Std_dev : 357.72 4.19 Card 00 Chip 02 Channel 51 Mean/Std_dev : 302.43 3.35 Card 00 Chip 02 Channel 52 Mean/Std_dev : 390.60 4.26 Card 00 Chip 02 Channel 53 Mean/Std_dev : 303.37 1.75 Card 00 Chip 02 Channel 54 Mean/Std_dev : 395.28 3.14 Card 00 Chip 02 Channel 55 Mean/Std_dev : 346.60 4.23 Card 00 Chip 02 Channel 56 Mean/Std_dev : 385.92 3.17 Card 00 Chip 02 Channel 57 Mean/Std_dev : 302.32 4.20 Card 00 Chip 02 Channel 58 Mean/Std_dev : 445.27 3.26 Card 00 Chip 02 Channel 59 Mean/Std_dev : 319.14 4.27 Card 00 Chip 02 Channel 60 Mean/Std_dev : 352.84 3.38 Card 00 Chip 02 Channel 61 Mean/Std_dev : 258.08 4.43 Card 00 Chip 02 Channel 62 Mean/Std_dev : 423.02 3.30 Card 00 Chip 02 Channel 63 Mean/Std_dev : 429.78 4.49 Card 00 Chip 02 Channel 64 Mean/Std_dev : 329.32 3.34 Card 00 Chip 02 Channel 65 Mean/Std_dev : 300.67 4.41 Card 00 Chip 02 Channel 66 Mean/Std_dev : 375.71 1.80 Card 00 Chip 02 Channel 67 Mean/Std_dev : 302.71 3.18 Card 00 Chip 02 Channel 68 Mean/Std_dev : 340.79 4.45 Card 00 Chip 02 Channel 69 Mean/Std_dev : 391.14 3.17 Card 00 Chip 02 Channel 70 Mean/Std_dev : 341.13 4.59 Card 00 Chip 02 Channel 71 Mean/Std_dev : 365.92 3.08 Card 00 Chip 02 Channel 72 Mean/Std_dev : 332.90 4.52 Card 00 Chip 02 Channel 73 Mean/Std_dev : 279.13 3.42 Card 00 Chip 02 Channel 74 Mean/Std_dev : 327.56 4.56 Card 00 Chip 02 Channel 75 Mean/Std_dev : 336.28 3.17 Card 00 Chip 02 Channel 76 Mean/Std_dev : 382.67 4.59 Card 00 Chip 02 Channel 77 Mean/Std_dev : 273.09 3.21 Card 00 Chip 02 Channel 78 Mean/Std_dev : 323.66 4.55 ----- End of Frame ----- srv(00).cmd(0): fe hped 3 * getsummary Frame payload: 954 bytes --- Start of Moni Frame (V.0) FE 00 (952 bytes) -- Card 00 Chip 03 Channel 00 Mean/Std_dev : 0.00 0.00 Card 00 Chip 03 Channel 01 Mean/Std_dev : 744.33 7.93 Card 00 Chip 03 Channel 02 Mean/Std_dev : 371.16 1.40 Card 00 Chip 03 Channel 03 Mean/Std_dev : 365.85 6.27 Card 00 Chip 03 Channel 04 Mean/Std_dev : 382.51 3.66 Card 00 Chip 03 Channel 05 Mean/Std_dev : 337.96 6.05 Card 00 Chip 03 Channel 06 Mean/Std_dev : 291.09 3.74 Card 00 Chip 03 Channel 07 Mean/Std_dev : 385.09 5.69 Card 00 Chip 03 Channel 08 Mean/Std_dev : 355.94 3.51 Card 00 Chip 03 Channel 09 Mean/Std_dev : 321.56 5.74 Card 00 Chip 03 Channel 10 Mean/Std_dev : 359.83 3.40 Card 00 Chip 03 Channel 11 Mean/Std_dev : 336.13 5.40 Card 00 Chip 03 Channel 12 Mean/Std_dev : 336.50 3.50 Card 00 Chip 03 Channel 13 Mean/Std_dev : 289.68 5.65 Card 00 Chip 03 Channel 14 Mean/Std_dev : 355.89 3.59 Card 00 Chip 03 Channel 15 Mean/Std_dev : 272.53 1.92 Card 00 Chip 03 Channel 16 Mean/Std_dev : 320.72 5.35 Card 00 Chip 03 Channel 17 Mean/Std_dev : 338.36 3.48 Card 00 Chip 03 Channel 18 Mean/Std_dev : 261.13 5.29 Card 00 Chip 03 Channel 19 Mean/Std_dev : 365.98 3.54 Card 00 Chip 03 Channel 20 Mean/Std_dev : 366.76 5.06 Card 00 Chip 03 Channel 21 Mean/Std_dev : 295.67 3.66 Card 00 Chip 03 Channel 22 Mean/Std_dev : 343.91 5.05 Card 00 Chip 03 Channel 23 Mean/Std_dev : 396.59 3.57 Card 00 Chip 03 Channel 24 Mean/Std_dev : 314.57 5.08 Card 00 Chip 03 Channel 25 Mean/Std_dev : 361.43 3.39 Card 00 Chip 03 Channel 26 Mean/Std_dev : 414.64 4.92 Card 00 Chip 03 Channel 27 Mean/Std_dev : 335.73 3.43 Card 00 Chip 03 Channel 28 Mean/Std_dev : 275.32 2.01 Card 00 Chip 03 Channel 29 Mean/Std_dev : 371.13 4.85 Card 00 Chip 03 Channel 30 Mean/Std_dev : 333.05 3.41 Card 00 Chip 03 Channel 31 Mean/Std_dev : 307.53 4.92 Card 00 Chip 03 Channel 32 Mean/Std_dev : 272.96 3.57 Card 00 Chip 03 Channel 33 Mean/Std_dev : 424.31 4.69 Card 00 Chip 03 Channel 34 Mean/Std_dev : 363.34 3.42 Card 00 Chip 03 Channel 35 Mean/Std_dev : 374.28 4.69 Card 00 Chip 03 Channel 36 Mean/Std_dev : 353.40 3.42 Card 00 Chip 03 Channel 37 Mean/Std_dev : 378.10 4.35 Card 00 Chip 03 Channel 38 Mean/Std_dev : 285.72 3.51 Card 00 Chip 03 Channel 39 Mean/Std_dev : 308.92 4.03 Card 00 Chip 03 Channel 40 Mean/Std_dev : 266.16 3.60 Card 00 Chip 03 Channel 41 Mean/Std_dev : 383.25 3.41 Card 00 Chip 03 Channel 42 Mean/Std_dev : 356.88 4.82 Card 00 Chip 03 Channel 43 Mean/Std_dev : 397.17 3.60 Card 00 Chip 03 Channel 44 Mean/Std_dev : 243.37 4.86 Card 00 Chip 03 Channel 45 Mean/Std_dev : 296.43 3.52 Card 00 Chip 03 Channel 46 Mean/Std_dev : 372.73 5.05 Card 00 Chip 03 Channel 47 Mean/Std_dev : 338.49 3.47 Card 00 Chip 03 Channel 48 Mean/Std_dev : 352.91 4.70 Card 00 Chip 03 Channel 49 Mean/Std_dev : 367.01 3.54 Card 00 Chip 03 Channel 50 Mean/Std_dev : 344.56 4.83 Card 00 Chip 03 Channel 51 Mean/Std_dev : 354.15 3.33 Card 00 Chip 03 Channel 52 Mean/Std_dev : 327.81 4.95 Card 00 Chip 03 Channel 53 Mean/Std_dev : 319.31 1.85 Card 00 Chip 03 Channel 54 Mean/Std_dev : 341.19 3.34 Card 00 Chip 03 Channel 55 Mean/Std_dev : 328.37 4.80 Card 00 Chip 03 Channel 56 Mean/Std_dev : 290.39 3.38 Card 00 Chip 03 Channel 57 Mean/Std_dev : 260.08 4.77 Card 00 Chip 03 Channel 58 Mean/Std_dev : 352.08 3.49 Card 00 Chip 03 Channel 59 Mean/Std_dev : 325.68 5.01 Card 00 Chip 03 Channel 60 Mean/Std_dev : 248.93 3.49 Card 00 Chip 03 Channel 61 Mean/Std_dev : 340.95 4.95 Card 00 Chip 03 Channel 62 Mean/Std_dev : 276.68 3.34 Card 00 Chip 03 Channel 63 Mean/Std_dev : 382.51 5.03 Card 00 Chip 03 Channel 64 Mean/Std_dev : 271.17 3.40 Card 00 Chip 03 Channel 65 Mean/Std_dev : 340.37 5.15 Card 00 Chip 03 Channel 66 Mean/Std_dev : 295.18 1.95 Card 00 Chip 03 Channel 67 Mean/Std_dev : 282.66 3.37 Card 00 Chip 03 Channel 68 Mean/Std_dev : 449.05 5.04 Card 00 Chip 03 Channel 69 Mean/Std_dev : 335.77 3.37 Card 00 Chip 03 Channel 70 Mean/Std_dev : 352.36 5.00 Card 00 Chip 03 Channel 71 Mean/Std_dev : 391.21 3.58 Card 00 Chip 03 Channel 72 Mean/Std_dev : 374.84 5.07 Card 00 Chip 03 Channel 73 Mean/Std_dev : 412.36 3.51 Card 00 Chip 03 Channel 74 Mean/Std_dev : 315.55 5.20 Card 00 Chip 03 Channel 75 Mean/Std_dev : 326.63 3.44 Card 00 Chip 03 Channel 76 Mean/Std_dev : 335.85 5.18 Card 00 Chip 03 Channel 77 Mean/Std_dev : 333.73 3.54 Card 00 Chip 03 Channel 78 Mean/Std_dev : 341.12 5.33 ----- End of Frame ----- srv(00).cmd(0): fe hped 4 * getsummary Frame payload: 954 bytes --- Start of Moni Frame (V.0) FE 00 (952 bytes) -- Card 00 Chip 04 Channel 00 Mean/Std_dev : 0.00 0.00 Card 00 Chip 04 Channel 01 Mean/Std_dev : 704.67 6.60 Card 00 Chip 04 Channel 02 Mean/Std_dev : 318.42 0.86 Card 00 Chip 04 Channel 03 Mean/Std_dev : 251.29 4.56 Card 00 Chip 04 Channel 04 Mean/Std_dev : 248.73 3.27 Card 00 Chip 04 Channel 05 Mean/Std_dev : 242.90 4.47 Card 00 Chip 04 Channel 06 Mean/Std_dev : 217.34 3.57 Card 00 Chip 04 Channel 07 Mean/Std_dev : 331.28 4.65 Card 00 Chip 04 Channel 08 Mean/Std_dev : 158.40 3.45 Card 00 Chip 04 Channel 09 Mean/Std_dev : 204.31 4.66 Card 00 Chip 04 Channel 10 Mean/Std_dev : 203.31 3.48 Card 00 Chip 04 Channel 11 Mean/Std_dev : 257.95 4.31 Card 00 Chip 04 Channel 12 Mean/Std_dev : 261.09 3.50 Card 00 Chip 04 Channel 13 Mean/Std_dev : 243.41 4.32 Card 00 Chip 04 Channel 14 Mean/Std_dev : 227.97 3.31 Card 00 Chip 04 Channel 15 Mean/Std_dev : 225.44 1.67 Card 00 Chip 04 Channel 16 Mean/Std_dev : 243.52 4.10 Card 00 Chip 04 Channel 17 Mean/Std_dev : 187.93 3.31 Card 00 Chip 04 Channel 18 Mean/Std_dev : 196.68 4.14 Card 00 Chip 04 Channel 19 Mean/Std_dev : 211.72 3.32 Card 00 Chip 04 Channel 20 Mean/Std_dev : 266.47 4.36 Card 00 Chip 04 Channel 21 Mean/Std_dev : 228.84 3.56 Card 00 Chip 04 Channel 22 Mean/Std_dev : 204.14 4.25 Card 00 Chip 04 Channel 23 Mean/Std_dev : 314.40 3.38 Card 00 Chip 04 Channel 24 Mean/Std_dev : 203.04 4.27 Card 00 Chip 04 Channel 25 Mean/Std_dev : 184.99 3.37 Card 00 Chip 04 Channel 26 Mean/Std_dev : 174.40 4.13 Card 00 Chip 04 Channel 27 Mean/Std_dev : 203.91 3.64 Card 00 Chip 04 Channel 28 Mean/Std_dev : 240.28 1.74 Card 00 Chip 04 Channel 29 Mean/Std_dev : 166.38 4.14 Card 00 Chip 04 Channel 30 Mean/Std_dev : 309.09 3.31 Card 00 Chip 04 Channel 31 Mean/Std_dev : 129.05 4.04 Card 00 Chip 04 Channel 32 Mean/Std_dev : 193.24 3.25 Card 00 Chip 04 Channel 33 Mean/Std_dev : 180.73 4.18 Card 00 Chip 04 Channel 34 Mean/Std_dev : 196.26 3.41 Card 00 Chip 04 Channel 35 Mean/Std_dev : 204.51 4.21 Card 00 Chip 04 Channel 36 Mean/Std_dev : 237.63 3.43 Card 00 Chip 04 Channel 37 Mean/Std_dev : 253.73 3.83 Card 00 Chip 04 Channel 38 Mean/Std_dev : 296.88 3.62 Card 00 Chip 04 Channel 39 Mean/Std_dev : 198.76 3.82 Card 00 Chip 04 Channel 40 Mean/Std_dev : 301.48 3.52 Card 00 Chip 04 Channel 41 Mean/Std_dev : 208.09 3.18 Card 00 Chip 04 Channel 42 Mean/Std_dev : 242.81 4.00 Card 00 Chip 04 Channel 43 Mean/Std_dev : 202.75 3.35 Card 00 Chip 04 Channel 44 Mean/Std_dev : 243.69 4.02 Card 00 Chip 04 Channel 45 Mean/Std_dev : 246.00 3.25 Card 00 Chip 04 Channel 46 Mean/Std_dev : 326.62 4.23 Card 00 Chip 04 Channel 47 Mean/Std_dev : 265.24 3.30 Card 00 Chip 04 Channel 48 Mean/Std_dev : 235.07 4.18 Card 00 Chip 04 Channel 49 Mean/Std_dev : 226.71 3.31 Card 00 Chip 04 Channel 50 Mean/Std_dev : 208.29 4.16 Card 00 Chip 04 Channel 51 Mean/Std_dev : 251.65 3.19 Card 00 Chip 04 Channel 52 Mean/Std_dev : 251.12 4.03 Card 00 Chip 04 Channel 53 Mean/Std_dev : 210.91 1.68 Card 00 Chip 04 Channel 54 Mean/Std_dev : 270.17 3.33 Card 00 Chip 04 Channel 55 Mean/Std_dev : 276.43 4.08 Card 00 Chip 04 Channel 56 Mean/Std_dev : 306.20 3.13 Card 00 Chip 04 Channel 57 Mean/Std_dev : 240.86 4.33 Card 00 Chip 04 Channel 58 Mean/Std_dev : 241.78 3.16 Card 00 Chip 04 Channel 59 Mean/Std_dev : 246.74 4.21 Card 00 Chip 04 Channel 60 Mean/Std_dev : 215.01 3.29 Card 00 Chip 04 Channel 61 Mean/Std_dev : 136.20 4.27 Card 00 Chip 04 Channel 62 Mean/Std_dev : 255.12 3.05 Card 00 Chip 04 Channel 63 Mean/Std_dev : 266.44 4.36 Card 00 Chip 04 Channel 64 Mean/Std_dev : 220.80 3.08 Card 00 Chip 04 Channel 65 Mean/Std_dev : 297.03 4.36 Card 00 Chip 04 Channel 66 Mean/Std_dev : 248.63 1.70 Card 00 Chip 04 Channel 67 Mean/Std_dev : 190.59 3.13 Card 00 Chip 04 Channel 68 Mean/Std_dev : 208.95 4.47 Card 00 Chip 04 Channel 69 Mean/Std_dev : 202.76 3.43 Card 00 Chip 04 Channel 70 Mean/Std_dev : 216.50 4.50 Card 00 Chip 04 Channel 71 Mean/Std_dev : 201.99 3.24 Card 00 Chip 04 Channel 72 Mean/Std_dev : 219.20 4.33 Card 00 Chip 04 Channel 73 Mean/Std_dev : 143.59 3.22 Card 00 Chip 04 Channel 74 Mean/Std_dev : 308.75 4.28 Card 00 Chip 04 Channel 75 Mean/Std_dev : 312.33 3.40 Card 00 Chip 04 Channel 76 Mean/Std_dev : 275.62 4.54 Card 00 Chip 04 Channel 77 Mean/Std_dev : 266.70 3.43 Card 00 Chip 04 Channel 78 Mean/Std_dev : 200.95 4.55 ----- End of Frame ----- srv(00).cmd(0): fe hped 5 * getsummary Frame payload: 954 bytes --- Start of Moni Frame (V.0) FE 00 (952 bytes) -- Card 00 Chip 05 Channel 00 Mean/Std_dev : 0.00 0.00 Card 00 Chip 05 Channel 01 Mean/Std_dev : 731.61 9.42 Card 00 Chip 05 Channel 02 Mean/Std_dev : 323.00 0.98 Card 00 Chip 05 Channel 03 Mean/Std_dev : 397.02 4.96 Card 00 Chip 05 Channel 04 Mean/Std_dev : 291.30 3.44 Card 00 Chip 05 Channel 05 Mean/Std_dev : 363.26 4.63 Card 00 Chip 05 Channel 06 Mean/Std_dev : 279.49 3.43 Card 00 Chip 05 Channel 07 Mean/Std_dev : 333.68 4.72 Card 00 Chip 05 Channel 08 Mean/Std_dev : 292.89 3.50 Card 00 Chip 05 Channel 09 Mean/Std_dev : 301.29 4.42 Card 00 Chip 05 Channel 10 Mean/Std_dev : 293.74 3.46 Card 00 Chip 05 Channel 11 Mean/Std_dev : 388.77 4.51 Card 00 Chip 05 Channel 12 Mean/Std_dev : 345.32 3.51 Card 00 Chip 05 Channel 13 Mean/Std_dev : 286.11 4.39 Card 00 Chip 05 Channel 14 Mean/Std_dev : 221.55 3.31 Card 00 Chip 05 Channel 15 Mean/Std_dev : 367.53 1.58 Card 00 Chip 05 Channel 16 Mean/Std_dev : 312.05 4.43 Card 00 Chip 05 Channel 17 Mean/Std_dev : 351.23 3.39 Card 00 Chip 05 Channel 18 Mean/Std_dev : 280.73 4.36 Card 00 Chip 05 Channel 19 Mean/Std_dev : 354.19 3.46 Card 00 Chip 05 Channel 20 Mean/Std_dev : 297.29 4.22 Card 00 Chip 05 Channel 21 Mean/Std_dev : 311.06 3.46 Card 00 Chip 05 Channel 22 Mean/Std_dev : 289.81 4.23 Card 00 Chip 05 Channel 23 Mean/Std_dev : 343.44 3.48 Card 00 Chip 05 Channel 24 Mean/Std_dev : 238.61 4.13 Card 00 Chip 05 Channel 25 Mean/Std_dev : 328.31 3.30 Card 00 Chip 05 Channel 26 Mean/Std_dev : 288.32 4.11 Card 00 Chip 05 Channel 27 Mean/Std_dev : 287.87 3.34 Card 00 Chip 05 Channel 28 Mean/Std_dev : 192.12 1.72 Card 00 Chip 05 Channel 29 Mean/Std_dev : 294.37 4.31 Card 00 Chip 05 Channel 30 Mean/Std_dev : 310.46 3.34 Card 00 Chip 05 Channel 31 Mean/Std_dev : 317.80 4.25 Card 00 Chip 05 Channel 32 Mean/Std_dev : 243.37 3.40 Card 00 Chip 05 Channel 33 Mean/Std_dev : 288.25 4.14 Card 00 Chip 05 Channel 34 Mean/Std_dev : 250.47 3.42 Card 00 Chip 05 Channel 35 Mean/Std_dev : 322.85 4.06 Card 00 Chip 05 Channel 36 Mean/Std_dev : 284.17 3.42 Card 00 Chip 05 Channel 37 Mean/Std_dev : 266.68 4.03 Card 00 Chip 05 Channel 38 Mean/Std_dev : 249.68 3.36 Card 00 Chip 05 Channel 39 Mean/Std_dev : 248.76 3.85 Card 00 Chip 05 Channel 40 Mean/Std_dev : 259.92 3.36 Card 00 Chip 05 Channel 41 Mean/Std_dev : 274.35 3.15 Card 00 Chip 05 Channel 42 Mean/Std_dev : 297.45 4.25 Card 00 Chip 05 Channel 43 Mean/Std_dev : 303.09 3.18 Card 00 Chip 05 Channel 44 Mean/Std_dev : 328.82 4.35 Card 00 Chip 05 Channel 45 Mean/Std_dev : 232.50 3.33 Card 00 Chip 05 Channel 46 Mean/Std_dev : 266.28 4.29 Card 00 Chip 05 Channel 47 Mean/Std_dev : 225.18 3.19 Card 00 Chip 05 Channel 48 Mean/Std_dev : 263.53 4.21 Card 00 Chip 05 Channel 49 Mean/Std_dev : 269.69 3.26 Card 00 Chip 05 Channel 50 Mean/Std_dev : 339.10 4.22 Card 00 Chip 05 Channel 51 Mean/Std_dev : 302.33 3.10 Card 00 Chip 05 Channel 52 Mean/Std_dev : 282.91 4.29 Card 00 Chip 05 Channel 53 Mean/Std_dev : 344.43 1.71 Card 00 Chip 05 Channel 54 Mean/Std_dev : 271.70 3.29 Card 00 Chip 05 Channel 55 Mean/Std_dev : 288.81 4.31 Card 00 Chip 05 Channel 56 Mean/Std_dev : 247.15 3.25 Card 00 Chip 05 Channel 57 Mean/Std_dev : 351.73 4.28 Card 00 Chip 05 Channel 58 Mean/Std_dev : 243.79 3.26 Card 00 Chip 05 Channel 59 Mean/Std_dev : 230.49 4.36 Card 00 Chip 05 Channel 60 Mean/Std_dev : 277.50 3.27 Card 00 Chip 05 Channel 61 Mean/Std_dev : 352.70 4.36 Card 00 Chip 05 Channel 62 Mean/Std_dev : 320.42 3.16 Card 00 Chip 05 Channel 63 Mean/Std_dev : 345.83 4.50 Card 00 Chip 05 Channel 64 Mean/Std_dev : 305.21 3.02 Card 00 Chip 05 Channel 65 Mean/Std_dev : 262.02 4.26 Card 00 Chip 05 Channel 66 Mean/Std_dev : 294.71 1.76 Card 00 Chip 05 Channel 67 Mean/Std_dev : 274.00 3.21 Card 00 Chip 05 Channel 68 Mean/Std_dev : 214.34 4.56 Card 00 Chip 05 Channel 69 Mean/Std_dev : 305.65 3.12 Card 00 Chip 05 Channel 70 Mean/Std_dev : 265.54 4.57 Card 00 Chip 05 Channel 71 Mean/Std_dev : 326.37 3.19 Card 00 Chip 05 Channel 72 Mean/Std_dev : 260.71 4.69 Card 00 Chip 05 Channel 73 Mean/Std_dev : 271.97 3.15 Card 00 Chip 05 Channel 74 Mean/Std_dev : 288.77 4.65 Card 00 Chip 05 Channel 75 Mean/Std_dev : 327.04 3.37 Card 00 Chip 05 Channel 76 Mean/Std_dev : 267.41 4.58 Card 00 Chip 05 Channel 77 Mean/Std_dev : 344.27 3.31 Card 00 Chip 05 Channel 78 Mean/Std_dev : 330.66 4.76 ----- End of Frame ----- srv(00).cmd(0): fe hped 6 * getsummary Frame payload: 954 bytes --- Start of Moni Frame (V.0) FE 00 (952 bytes) -- Card 00 Chip 06 Channel 00 Mean/Std_dev : 0.00 0.00 Card 00 Chip 06 Channel 01 Mean/Std_dev : 685.93 10.26 Card 00 Chip 06 Channel 02 Mean/Std_dev : 344.33 1.02 Card 00 Chip 06 Channel 03 Mean/Std_dev : 379.43 5.16 Card 00 Chip 06 Channel 04 Mean/Std_dev : 382.79 3.44 Card 00 Chip 06 Channel 05 Mean/Std_dev : 374.57 4.97 Card 00 Chip 06 Channel 06 Mean/Std_dev : 413.03 3.47 Card 00 Chip 06 Channel 07 Mean/Std_dev : 293.79 4.85 Card 00 Chip 06 Channel 08 Mean/Std_dev : 242.53 3.49 Card 00 Chip 06 Channel 09 Mean/Std_dev : 406.64 4.76 Card 00 Chip 06 Channel 10 Mean/Std_dev : 392.83 3.46 Card 00 Chip 06 Channel 11 Mean/Std_dev : 345.58 4.74 Card 00 Chip 06 Channel 12 Mean/Std_dev : 386.89 3.41 Card 00 Chip 06 Channel 13 Mean/Std_dev : 376.45 4.57 Card 00 Chip 06 Channel 14 Mean/Std_dev : 300.86 3.36 Card 00 Chip 06 Channel 15 Mean/Std_dev : 323.26 1.90 Card 00 Chip 06 Channel 16 Mean/Std_dev : 316.88 4.66 Card 00 Chip 06 Channel 17 Mean/Std_dev : 321.46 3.43 Card 00 Chip 06 Channel 18 Mean/Std_dev : 265.51 4.52 Card 00 Chip 06 Channel 19 Mean/Std_dev : 319.58 3.52 Card 00 Chip 06 Channel 20 Mean/Std_dev : 317.41 4.62 Card 00 Chip 06 Channel 21 Mean/Std_dev : 407.71 3.40 Card 00 Chip 06 Channel 22 Mean/Std_dev : 364.73 4.41 Card 00 Chip 06 Channel 23 Mean/Std_dev : 446.25 3.38 Card 00 Chip 06 Channel 24 Mean/Std_dev : 215.31 4.56 Card 00 Chip 06 Channel 25 Mean/Std_dev : 317.72 3.43 Card 00 Chip 06 Channel 26 Mean/Std_dev : 338.84 4.24 Card 00 Chip 06 Channel 27 Mean/Std_dev : 372.01 3.53 Card 00 Chip 06 Channel 28 Mean/Std_dev : 288.29 1.83 Card 00 Chip 06 Channel 29 Mean/Std_dev : 370.20 4.38 Card 00 Chip 06 Channel 30 Mean/Std_dev : 335.85 3.47 Card 00 Chip 06 Channel 31 Mean/Std_dev : 334.68 4.04 Card 00 Chip 06 Channel 32 Mean/Std_dev : 271.86 3.76 Card 00 Chip 06 Channel 33 Mean/Std_dev : 343.00 4.21 Card 00 Chip 06 Channel 34 Mean/Std_dev : 342.87 3.57 Card 00 Chip 06 Channel 35 Mean/Std_dev : 302.15 4.18 Card 00 Chip 06 Channel 36 Mean/Std_dev : 362.82 3.42 Card 00 Chip 06 Channel 37 Mean/Std_dev : 359.52 4.24 Card 00 Chip 06 Channel 38 Mean/Std_dev : 241.48 3.68 Card 00 Chip 06 Channel 39 Mean/Std_dev : 323.20 3.93 Card 00 Chip 06 Channel 40 Mean/Std_dev : 333.04 3.34 Card 00 Chip 06 Channel 41 Mean/Std_dev : 294.58 3.12 Card 00 Chip 06 Channel 42 Mean/Std_dev : 290.67 4.55 Card 00 Chip 06 Channel 43 Mean/Std_dev : 310.92 3.32 Card 00 Chip 06 Channel 44 Mean/Std_dev : 372.02 4.59 Card 00 Chip 06 Channel 45 Mean/Std_dev : 384.47 3.40 Card 00 Chip 06 Channel 46 Mean/Std_dev : 375.88 4.44 Card 00 Chip 06 Channel 47 Mean/Std_dev : 362.61 3.32 Card 00 Chip 06 Channel 48 Mean/Std_dev : 235.90 4.63 Card 00 Chip 06 Channel 49 Mean/Std_dev : 331.18 3.09 Card 00 Chip 06 Channel 50 Mean/Std_dev : 338.77 4.56 Card 00 Chip 06 Channel 51 Mean/Std_dev : 364.98 3.14 Card 00 Chip 06 Channel 52 Mean/Std_dev : 281.10 4.56 Card 00 Chip 06 Channel 53 Mean/Std_dev : 342.53 1.65 Card 00 Chip 06 Channel 54 Mean/Std_dev : 286.23 3.22 Card 00 Chip 06 Channel 55 Mean/Std_dev : 352.42 4.50 Card 00 Chip 06 Channel 56 Mean/Std_dev : 320.27 3.28 Card 00 Chip 06 Channel 57 Mean/Std_dev : 355.59 4.60 Card 00 Chip 06 Channel 58 Mean/Std_dev : 353.44 3.11 Card 00 Chip 06 Channel 59 Mean/Std_dev : 408.42 4.65 Card 00 Chip 06 Channel 60 Mean/Std_dev : 326.87 3.26 Card 00 Chip 06 Channel 61 Mean/Std_dev : 399.40 4.81 Card 00 Chip 06 Channel 62 Mean/Std_dev : 262.65 3.31 Card 00 Chip 06 Channel 63 Mean/Std_dev : 386.76 4.69 Card 00 Chip 06 Channel 64 Mean/Std_dev : 283.42 3.30 Card 00 Chip 06 Channel 65 Mean/Std_dev : 399.50 4.80 Card 00 Chip 06 Channel 66 Mean/Std_dev : 376.70 1.71 Card 00 Chip 06 Channel 67 Mean/Std_dev : 385.63 3.26 Card 00 Chip 06 Channel 68 Mean/Std_dev : 355.59 4.78 Card 00 Chip 06 Channel 69 Mean/Std_dev : 410.32 3.38 Card 00 Chip 06 Channel 70 Mean/Std_dev : 311.41 4.97 Card 00 Chip 06 Channel 71 Mean/Std_dev : 369.51 3.43 Card 00 Chip 06 Channel 72 Mean/Std_dev : 323.67 5.14 Card 00 Chip 06 Channel 73 Mean/Std_dev : 414.84 3.37 Card 00 Chip 06 Channel 74 Mean/Std_dev : 366.96 5.10 Card 00 Chip 06 Channel 75 Mean/Std_dev : 321.87 3.28 Card 00 Chip 06 Channel 76 Mean/Std_dev : 346.18 4.95 Card 00 Chip 06 Channel 77 Mean/Std_dev : 398.00 3.38 Card 00 Chip 06 Channel 78 Mean/Std_dev : 295.63 5.04 ----- End of Frame ----- srv(00).cmd(0): fe hped 7 * getsummary Frame payload: 954 bytes --- Start of Moni Frame (V.0) FE 00 (952 bytes) -- Card 00 Chip 07 Channel 00 Mean/Std_dev : 0.00 0.00 Card 00 Chip 07 Channel 01 Mean/Std_dev : 646.34 7.92 Card 00 Chip 07 Channel 02 Mean/Std_dev : 350.31 0.92 Card 00 Chip 07 Channel 03 Mean/Std_dev : 270.77 5.71 Card 00 Chip 07 Channel 04 Mean/Std_dev : 328.41 3.61 Card 00 Chip 07 Channel 05 Mean/Std_dev : 243.94 5.34 Card 00 Chip 07 Channel 06 Mean/Std_dev : 325.62 3.72 Card 00 Chip 07 Channel 07 Mean/Std_dev : 263.29 5.39 Card 00 Chip 07 Channel 08 Mean/Std_dev : 354.06 3.50 Card 00 Chip 07 Channel 09 Mean/Std_dev : 309.15 5.27 Card 00 Chip 07 Channel 10 Mean/Std_dev : 360.45 3.53 Card 00 Chip 07 Channel 11 Mean/Std_dev : 276.09 5.12 Card 00 Chip 07 Channel 12 Mean/Std_dev : 321.45 3.55 Card 00 Chip 07 Channel 13 Mean/Std_dev : 296.55 5.13 Card 00 Chip 07 Channel 14 Mean/Std_dev : 319.87 3.51 Card 00 Chip 07 Channel 15 Mean/Std_dev : 231.85 1.78 Card 00 Chip 07 Channel 16 Mean/Std_dev : 258.59 5.08 Card 00 Chip 07 Channel 17 Mean/Std_dev : 219.69 3.79 Card 00 Chip 07 Channel 18 Mean/Std_dev : 217.79 5.02 Card 00 Chip 07 Channel 19 Mean/Std_dev : 314.16 3.58 Card 00 Chip 07 Channel 20 Mean/Std_dev : 416.12 5.03 Card 00 Chip 07 Channel 21 Mean/Std_dev : 294.86 3.65 Card 00 Chip 07 Channel 22 Mean/Std_dev : 241.93 4.94 Card 00 Chip 07 Channel 23 Mean/Std_dev : 313.42 3.60 Card 00 Chip 07 Channel 24 Mean/Std_dev : 318.41 4.87 Card 00 Chip 07 Channel 25 Mean/Std_dev : 227.61 3.70 Card 00 Chip 07 Channel 26 Mean/Std_dev : 282.85 4.72 Card 00 Chip 07 Channel 27 Mean/Std_dev : 315.46 3.55 Card 00 Chip 07 Channel 28 Mean/Std_dev : 251.14 1.90 Card 00 Chip 07 Channel 29 Mean/Std_dev : 302.16 4.66 Card 00 Chip 07 Channel 30 Mean/Std_dev : 269.27 3.74 Card 00 Chip 07 Channel 31 Mean/Std_dev : 325.81 4.92 Card 00 Chip 07 Channel 32 Mean/Std_dev : 260.71 3.55 Card 00 Chip 07 Channel 33 Mean/Std_dev : 177.68 4.83 Card 00 Chip 07 Channel 34 Mean/Std_dev : 206.81 3.91 Card 00 Chip 07 Channel 35 Mean/Std_dev : 335.02 4.80 Card 00 Chip 07 Channel 36 Mean/Std_dev : 385.37 3.48 Card 00 Chip 07 Channel 37 Mean/Std_dev : 326.96 4.64 Card 00 Chip 07 Channel 38 Mean/Std_dev : 302.68 3.59 Card 00 Chip 07 Channel 39 Mean/Std_dev : 259.31 4.40 Card 00 Chip 07 Channel 40 Mean/Std_dev : 374.25 3.83 Card 00 Chip 07 Channel 41 Mean/Std_dev : 275.95 3.28 Card 00 Chip 07 Channel 42 Mean/Std_dev : 303.65 5.09 Card 00 Chip 07 Channel 43 Mean/Std_dev : 163.90 3.27 Card 00 Chip 07 Channel 44 Mean/Std_dev : 306.79 5.00 Card 00 Chip 07 Channel 45 Mean/Std_dev : 293.84 3.45 Card 00 Chip 07 Channel 46 Mean/Std_dev : 282.25 4.98 Card 00 Chip 07 Channel 47 Mean/Std_dev : 298.98 3.33 Card 00 Chip 07 Channel 48 Mean/Std_dev : 268.53 5.07 Card 00 Chip 07 Channel 49 Mean/Std_dev : 323.03 3.49 Card 00 Chip 07 Channel 50 Mean/Std_dev : 371.49 5.07 Card 00 Chip 07 Channel 51 Mean/Std_dev : 274.63 3.30 Card 00 Chip 07 Channel 52 Mean/Std_dev : 354.03 5.00 Card 00 Chip 07 Channel 53 Mean/Std_dev : 321.43 1.55 Card 00 Chip 07 Channel 54 Mean/Std_dev : 364.77 3.38 Card 00 Chip 07 Channel 55 Mean/Std_dev : 247.50 5.00 Card 00 Chip 07 Channel 56 Mean/Std_dev : 361.27 3.37 Card 00 Chip 07 Channel 57 Mean/Std_dev : 321.66 5.21 Card 00 Chip 07 Channel 58 Mean/Std_dev : 278.46 3.45 Card 00 Chip 07 Channel 59 Mean/Std_dev : 264.00 5.29 Card 00 Chip 07 Channel 60 Mean/Std_dev : 379.14 3.44 Card 00 Chip 07 Channel 61 Mean/Std_dev : 250.19 5.26 Card 00 Chip 07 Channel 62 Mean/Std_dev : 340.28 3.47 Card 00 Chip 07 Channel 63 Mean/Std_dev : 325.99 5.19 Card 00 Chip 07 Channel 64 Mean/Std_dev : 310.24 3.34 Card 00 Chip 07 Channel 65 Mean/Std_dev : 398.12 5.34 Card 00 Chip 07 Channel 66 Mean/Std_dev : 328.26 1.65 Card 00 Chip 07 Channel 67 Mean/Std_dev : 370.00 3.29 Card 00 Chip 07 Channel 68 Mean/Std_dev : 342.58 5.33 Card 00 Chip 07 Channel 69 Mean/Std_dev : 229.98 3.38 Card 00 Chip 07 Channel 70 Mean/Std_dev : 322.34 5.37 Card 00 Chip 07 Channel 71 Mean/Std_dev : 300.44 3.51 Card 00 Chip 07 Channel 72 Mean/Std_dev : 293.44 5.47 Card 00 Chip 07 Channel 73 Mean/Std_dev : 330.55 3.32 Card 00 Chip 07 Channel 74 Mean/Std_dev : 332.21 5.42 Card 00 Chip 07 Channel 75 Mean/Std_dev : 309.41 3.47 Card 00 Chip 07 Channel 76 Mean/Std_dev : 408.60 5.65 Card 00 Chip 07 Channel 77 Mean/Std_dev : 362.32 3.71 Card 00 Chip 07 Channel 78 Mean/Std_dev : 297.48 5.63 ----- End of Frame ----- srv(00).cmd(0): fe hped 0:15 * centermean 250 0 Tdcm(0) Fem(00): hped centermean done on 1264 histograms. Underflow: 8 Overflow: 0 ped: 250 srv(00).cmd(0): fe subtract_ped 1 0 Tdcm(0) Fem(00) Reg(0) <- 0x4000 srv(00).cmd(0): fe zero_suppress 0 0 Tdcm(0) Fem(00) Reg(0) <- 0x0 srv(00).cmd(0): fe hped 0:15 * clr 0 Tdcm(0) Fem(00): hped clr done on 1264 histograms. Underflow: 0 Overflow: 0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): be state pa 1 0 Tdcm(0): PedestalAccumulatorState <- 1 srv(00).cmd(0): be trig_ena 1 0 Tdcm(0) Reg(6) <- 0x1000 srv(00).cmd(0): be state pa 0 Tdcm(0): PedestalAccumulatorState= 1 (Busy) 0 Tdcm(0): PedestalAccumulatorState= 0 (Standby) srv(00).cmd(0): be trig_ena 0 0 Tdcm(0) Reg(6) <- 0x0 srv(00).cmd(0): fe hped 0 * getsummary Frame payload: 954 bytes --- Start of Moni Frame (V.0) FE 00 (952 bytes) -- Card 00 Chip 00 Channel 00 Mean/Std_dev : 250.00 0.00 Card 00 Chip 00 Channel 01 Mean/Std_dev : 406.08 7.77 Card 00 Chip 00 Channel 02 Mean/Std_dev : 248.76 0.70 Card 00 Chip 00 Channel 03 Mean/Std_dev : 248.48 4.55 Card 00 Chip 00 Channel 04 Mean/Std_dev : 250.06 3.31 Card 00 Chip 00 Channel 05 Mean/Std_dev : 249.51 4.68 Card 00 Chip 00 Channel 06 Mean/Std_dev : 249.75 3.17 Card 00 Chip 00 Channel 07 Mean/Std_dev : 248.44 4.50 Card 00 Chip 00 Channel 08 Mean/Std_dev : 249.08 3.30 Card 00 Chip 00 Channel 09 Mean/Std_dev : 249.21 4.50 Card 00 Chip 00 Channel 10 Mean/Std_dev : 248.79 3.20 Card 00 Chip 00 Channel 11 Mean/Std_dev : 249.07 4.43 Card 00 Chip 00 Channel 12 Mean/Std_dev : 249.67 3.28 Card 00 Chip 00 Channel 13 Mean/Std_dev : 248.80 4.22 Card 00 Chip 00 Channel 14 Mean/Std_dev : 249.53 3.34 Card 00 Chip 00 Channel 15 Mean/Std_dev : 249.48 1.61 Card 00 Chip 00 Channel 16 Mean/Std_dev : 249.39 4.21 Card 00 Chip 00 Channel 17 Mean/Std_dev : 249.78 3.19 Card 00 Chip 00 Channel 18 Mean/Std_dev : 249.16 4.09 Card 00 Chip 00 Channel 19 Mean/Std_dev : 248.77 3.17 Card 00 Chip 00 Channel 20 Mean/Std_dev : 248.67 4.17 Card 00 Chip 00 Channel 21 Mean/Std_dev : 249.10 3.28 Card 00 Chip 00 Channel 22 Mean/Std_dev : 249.90 4.12 Card 00 Chip 00 Channel 23 Mean/Std_dev : 249.63 3.34 Card 00 Chip 00 Channel 24 Mean/Std_dev : 249.21 3.91 Card 00 Chip 00 Channel 25 Mean/Std_dev : 249.54 3.15 Card 00 Chip 00 Channel 26 Mean/Std_dev : 248.58 4.03 Card 00 Chip 00 Channel 27 Mean/Std_dev : 249.41 3.24 Card 00 Chip 00 Channel 28 Mean/Std_dev : 249.66 1.71 Card 00 Chip 00 Channel 29 Mean/Std_dev : 248.63 4.02 Card 00 Chip 00 Channel 30 Mean/Std_dev : 249.39 3.25 Card 00 Chip 00 Channel 31 Mean/Std_dev : 248.81 3.88 Card 00 Chip 00 Channel 32 Mean/Std_dev : 249.42 3.18 Card 00 Chip 00 Channel 33 Mean/Std_dev : 249.56 3.95 Card 00 Chip 00 Channel 34 Mean/Std_dev : 249.61 3.30 Card 00 Chip 00 Channel 35 Mean/Std_dev : 248.92 3.93 Card 00 Chip 00 Channel 36 Mean/Std_dev : 248.58 3.03 Card 00 Chip 00 Channel 37 Mean/Std_dev : 249.52 3.92 Card 00 Chip 00 Channel 38 Mean/Std_dev : 249.43 3.22 Card 00 Chip 00 Channel 39 Mean/Std_dev : 248.96 3.63 Card 00 Chip 00 Channel 40 Mean/Std_dev : 249.36 3.20 Card 00 Chip 00 Channel 41 Mean/Std_dev : 249.58 2.98 Card 00 Chip 00 Channel 42 Mean/Std_dev : 249.76 3.70 Card 00 Chip 00 Channel 43 Mean/Std_dev : 248.93 3.10 Card 00 Chip 00 Channel 44 Mean/Std_dev : 248.75 3.88 Card 00 Chip 00 Channel 45 Mean/Std_dev : 248.46 3.13 Card 00 Chip 00 Channel 46 Mean/Std_dev : 249.09 3.74 Card 00 Chip 00 Channel 47 Mean/Std_dev : 249.38 3.02 Card 00 Chip 00 Channel 48 Mean/Std_dev : 248.84 3.96 Card 00 Chip 00 Channel 49 Mean/Std_dev : 249.47 3.15 Card 00 Chip 00 Channel 50 Mean/Std_dev : 249.83 3.84 Card 00 Chip 00 Channel 51 Mean/Std_dev : 249.16 3.05 Card 00 Chip 00 Channel 52 Mean/Std_dev : 249.42 3.84 Card 00 Chip 00 Channel 53 Mean/Std_dev : 249.29 1.63 Card 00 Chip 00 Channel 54 Mean/Std_dev : 249.27 3.02 Card 00 Chip 00 Channel 55 Mean/Std_dev : 248.60 3.84 Card 00 Chip 00 Channel 56 Mean/Std_dev : 248.87 2.91 Card 00 Chip 00 Channel 57 Mean/Std_dev : 249.14 3.92 Card 00 Chip 00 Channel 58 Mean/Std_dev : 248.38 3.05 Card 00 Chip 00 Channel 59 Mean/Std_dev : 249.12 3.90 Card 00 Chip 00 Channel 60 Mean/Std_dev : 248.73 3.13 Card 00 Chip 00 Channel 61 Mean/Std_dev : 248.74 4.02 Card 00 Chip 00 Channel 62 Mean/Std_dev : 249.68 3.10 Card 00 Chip 00 Channel 63 Mean/Std_dev : 249.87 3.88 Card 00 Chip 00 Channel 64 Mean/Std_dev : 248.82 3.16 Card 00 Chip 00 Channel 65 Mean/Std_dev : 248.43 3.96 Card 00 Chip 00 Channel 66 Mean/Std_dev : 249.00 1.59 Card 00 Chip 00 Channel 67 Mean/Std_dev : 249.41 3.12 Card 00 Chip 00 Channel 68 Mean/Std_dev : 248.95 4.03 Card 00 Chip 00 Channel 69 Mean/Std_dev : 249.00 2.95 Card 00 Chip 00 Channel 70 Mean/Std_dev : 249.39 4.05 Card 00 Chip 00 Channel 71 Mean/Std_dev : 249.96 3.18 Card 00 Chip 00 Channel 72 Mean/Std_dev : 249.94 4.14 Card 00 Chip 00 Channel 73 Mean/Std_dev : 249.23 3.14 Card 00 Chip 00 Channel 74 Mean/Std_dev : 248.81 4.07 Card 00 Chip 00 Channel 75 Mean/Std_dev : 249.73 3.22 Card 00 Chip 00 Channel 76 Mean/Std_dev : 248.87 4.09 Card 00 Chip 00 Channel 77 Mean/Std_dev : 249.13 3.10 Card 00 Chip 00 Channel 78 Mean/Std_dev : 249.71 4.15 ----- End of Frame ----- srv(00).cmd(0): fe hped 1 * getsummary Frame payload: 954 bytes --- Start of Moni Frame (V.0) FE 00 (952 bytes) -- Card 00 Chip 01 Channel 00 Mean/Std_dev : 250.00 0.00 Card 00 Chip 01 Channel 01 Mean/Std_dev : 394.91 8.48 Card 00 Chip 01 Channel 02 Mean/Std_dev : 249.59 0.69 Card 00 Chip 01 Channel 03 Mean/Std_dev : 248.95 4.69 Card 00 Chip 01 Channel 04 Mean/Std_dev : 249.54 3.29 Card 00 Chip 01 Channel 05 Mean/Std_dev : 249.66 4.65 Card 00 Chip 01 Channel 06 Mean/Std_dev : 248.75 3.25 Card 00 Chip 01 Channel 07 Mean/Std_dev : 249.00 4.59 Card 00 Chip 01 Channel 08 Mean/Std_dev : 249.49 3.34 Card 00 Chip 01 Channel 09 Mean/Std_dev : 249.31 4.52 Card 00 Chip 01 Channel 10 Mean/Std_dev : 250.06 3.26 Card 00 Chip 01 Channel 11 Mean/Std_dev : 250.64 4.43 Card 00 Chip 01 Channel 12 Mean/Std_dev : 249.39 3.19 Card 00 Chip 01 Channel 13 Mean/Std_dev : 249.57 4.27 Card 00 Chip 01 Channel 14 Mean/Std_dev : 250.05 3.25 Card 00 Chip 01 Channel 15 Mean/Std_dev : 249.23 1.63 Card 00 Chip 01 Channel 16 Mean/Std_dev : 249.33 4.25 Card 00 Chip 01 Channel 17 Mean/Std_dev : 249.10 3.38 Card 00 Chip 01 Channel 18 Mean/Std_dev : 249.65 4.19 Card 00 Chip 01 Channel 19 Mean/Std_dev : 249.51 3.26 Card 00 Chip 01 Channel 20 Mean/Std_dev : 249.38 4.28 Card 00 Chip 01 Channel 21 Mean/Std_dev : 249.16 3.25 Card 00 Chip 01 Channel 22 Mean/Std_dev : 248.47 4.31 Card 00 Chip 01 Channel 23 Mean/Std_dev : 248.98 3.24 Card 00 Chip 01 Channel 24 Mean/Std_dev : 249.32 4.37 Card 00 Chip 01 Channel 25 Mean/Std_dev : 248.93 3.17 Card 00 Chip 01 Channel 26 Mean/Std_dev : 250.18 4.14 Card 00 Chip 01 Channel 27 Mean/Std_dev : 249.55 3.21 Card 00 Chip 01 Channel 28 Mean/Std_dev : 248.89 1.80 Card 00 Chip 01 Channel 29 Mean/Std_dev : 248.49 4.08 Card 00 Chip 01 Channel 30 Mean/Std_dev : 249.50 3.44 Card 00 Chip 01 Channel 31 Mean/Std_dev : 250.01 3.99 Card 00 Chip 01 Channel 32 Mean/Std_dev : 249.90 3.26 Card 00 Chip 01 Channel 33 Mean/Std_dev : 249.09 3.95 Card 00 Chip 01 Channel 34 Mean/Std_dev : 249.17 3.22 Card 00 Chip 01 Channel 35 Mean/Std_dev : 248.86 4.16 Card 00 Chip 01 Channel 36 Mean/Std_dev : 250.00 3.27 Card 00 Chip 01 Channel 37 Mean/Std_dev : 248.84 3.88 Card 00 Chip 01 Channel 38 Mean/Std_dev : 249.11 3.28 Card 00 Chip 01 Channel 39 Mean/Std_dev : 250.12 3.76 Card 00 Chip 01 Channel 40 Mean/Std_dev : 249.71 3.39 Card 00 Chip 01 Channel 41 Mean/Std_dev : 249.72 3.03 Card 00 Chip 01 Channel 42 Mean/Std_dev : 249.47 3.89 Card 00 Chip 01 Channel 43 Mean/Std_dev : 249.91 3.18 Card 00 Chip 01 Channel 44 Mean/Std_dev : 249.97 3.92 Card 00 Chip 01 Channel 45 Mean/Std_dev : 249.88 3.08 Card 00 Chip 01 Channel 46 Mean/Std_dev : 249.92 4.04 Card 00 Chip 01 Channel 47 Mean/Std_dev : 249.92 3.18 Card 00 Chip 01 Channel 48 Mean/Std_dev : 249.12 3.92 Card 00 Chip 01 Channel 49 Mean/Std_dev : 249.55 3.05 Card 00 Chip 01 Channel 50 Mean/Std_dev : 248.76 3.90 Card 00 Chip 01 Channel 51 Mean/Std_dev : 248.77 3.13 Card 00 Chip 01 Channel 52 Mean/Std_dev : 250.52 4.01 Card 00 Chip 01 Channel 53 Mean/Std_dev : 249.50 1.54 Card 00 Chip 01 Channel 54 Mean/Std_dev : 248.71 3.12 Card 00 Chip 01 Channel 55 Mean/Std_dev : 249.17 4.04 Card 00 Chip 01 Channel 56 Mean/Std_dev : 249.99 3.12 Card 00 Chip 01 Channel 57 Mean/Std_dev : 250.49 4.10 Card 00 Chip 01 Channel 58 Mean/Std_dev : 249.50 3.16 Card 00 Chip 01 Channel 59 Mean/Std_dev : 249.55 4.09 Card 00 Chip 01 Channel 60 Mean/Std_dev : 248.82 3.15 Card 00 Chip 01 Channel 61 Mean/Std_dev : 249.47 4.09 Card 00 Chip 01 Channel 62 Mean/Std_dev : 249.81 3.08 Card 00 Chip 01 Channel 63 Mean/Std_dev : 249.50 4.11 Card 00 Chip 01 Channel 64 Mean/Std_dev : 249.24 3.29 Card 00 Chip 01 Channel 65 Mean/Std_dev : 249.31 4.19 Card 00 Chip 01 Channel 66 Mean/Std_dev : 248.87 1.55 Card 00 Chip 01 Channel 67 Mean/Std_dev : 249.25 3.03 Card 00 Chip 01 Channel 68 Mean/Std_dev : 248.47 4.15 Card 00 Chip 01 Channel 69 Mean/Std_dev : 249.38 3.15 Card 00 Chip 01 Channel 70 Mean/Std_dev : 248.40 4.33 Card 00 Chip 01 Channel 71 Mean/Std_dev : 248.51 2.98 Card 00 Chip 01 Channel 72 Mean/Std_dev : 248.83 4.15 Card 00 Chip 01 Channel 73 Mean/Std_dev : 249.81 3.04 Card 00 Chip 01 Channel 74 Mean/Std_dev : 249.73 4.36 Card 00 Chip 01 Channel 75 Mean/Std_dev : 249.78 3.16 Card 00 Chip 01 Channel 76 Mean/Std_dev : 249.78 4.29 Card 00 Chip 01 Channel 77 Mean/Std_dev : 249.74 3.01 Card 00 Chip 01 Channel 78 Mean/Std_dev : 249.44 4.37 ----- End of Frame ----- srv(00).cmd(0): fe hped 2 * getsummary Frame payload: 954 bytes --- Start of Moni Frame (V.0) FE 00 (952 bytes) -- Card 00 Chip 02 Channel 00 Mean/Std_dev : 250.00 0.00 Card 00 Chip 02 Channel 01 Mean/Std_dev : 608.50 7.45 Card 00 Chip 02 Channel 02 Mean/Std_dev : 249.37 0.70 Card 00 Chip 02 Channel 03 Mean/Std_dev : 249.31 5.26 Card 00 Chip 02 Channel 04 Mean/Std_dev : 248.81 3.27 Card 00 Chip 02 Channel 05 Mean/Std_dev : 249.50 5.01 Card 00 Chip 02 Channel 06 Mean/Std_dev : 248.82 3.19 Card 00 Chip 02 Channel 07 Mean/Std_dev : 248.56 4.82 Card 00 Chip 02 Channel 08 Mean/Std_dev : 249.04 3.13 Card 00 Chip 02 Channel 09 Mean/Std_dev : 249.76 4.75 Card 00 Chip 02 Channel 10 Mean/Std_dev : 249.92 3.25 Card 00 Chip 02 Channel 11 Mean/Std_dev : 248.94 4.61 Card 00 Chip 02 Channel 12 Mean/Std_dev : 248.60 3.18 Card 00 Chip 02 Channel 13 Mean/Std_dev : 249.28 4.60 Card 00 Chip 02 Channel 14 Mean/Std_dev : 249.14 3.32 Card 00 Chip 02 Channel 15 Mean/Std_dev : 248.28 1.64 Card 00 Chip 02 Channel 16 Mean/Std_dev : 249.97 4.51 Card 00 Chip 02 Channel 17 Mean/Std_dev : 248.87 3.31 Card 00 Chip 02 Channel 18 Mean/Std_dev : 248.61 4.63 Card 00 Chip 02 Channel 19 Mean/Std_dev : 248.67 3.18 Card 00 Chip 02 Channel 20 Mean/Std_dev : 249.03 4.43 Card 00 Chip 02 Channel 21 Mean/Std_dev : 249.12 3.20 Card 00 Chip 02 Channel 22 Mean/Std_dev : 248.72 4.42 Card 00 Chip 02 Channel 23 Mean/Std_dev : 249.62 3.08 Card 00 Chip 02 Channel 24 Mean/Std_dev : 249.23 4.27 Card 00 Chip 02 Channel 25 Mean/Std_dev : 249.40 3.17 Card 00 Chip 02 Channel 26 Mean/Std_dev : 249.06 4.09 Card 00 Chip 02 Channel 27 Mean/Std_dev : 249.31 3.29 Card 00 Chip 02 Channel 28 Mean/Std_dev : 248.88 1.67 Card 00 Chip 02 Channel 29 Mean/Std_dev : 248.54 4.18 Card 00 Chip 02 Channel 30 Mean/Std_dev : 249.24 3.19 Card 00 Chip 02 Channel 31 Mean/Std_dev : 249.77 4.17 Card 00 Chip 02 Channel 32 Mean/Std_dev : 249.00 3.10 Card 00 Chip 02 Channel 33 Mean/Std_dev : 249.17 4.02 Card 00 Chip 02 Channel 34 Mean/Std_dev : 249.00 3.31 Card 00 Chip 02 Channel 35 Mean/Std_dev : 249.73 4.06 Card 00 Chip 02 Channel 36 Mean/Std_dev : 248.60 3.22 Card 00 Chip 02 Channel 37 Mean/Std_dev : 249.09 4.08 Card 00 Chip 02 Channel 38 Mean/Std_dev : 248.98 3.31 Card 00 Chip 02 Channel 39 Mean/Std_dev : 250.00 3.82 Card 00 Chip 02 Channel 40 Mean/Std_dev : 249.29 3.20 Card 00 Chip 02 Channel 41 Mean/Std_dev : 248.48 3.12 Card 00 Chip 02 Channel 42 Mean/Std_dev : 249.73 4.05 Card 00 Chip 02 Channel 43 Mean/Std_dev : 249.47 3.05 Card 00 Chip 02 Channel 44 Mean/Std_dev : 249.18 4.07 Card 00 Chip 02 Channel 45 Mean/Std_dev : 248.75 3.22 Card 00 Chip 02 Channel 46 Mean/Std_dev : 248.93 4.22 Card 00 Chip 02 Channel 47 Mean/Std_dev : 249.17 3.06 Card 00 Chip 02 Channel 48 Mean/Std_dev : 248.66 4.13 Card 00 Chip 02 Channel 49 Mean/Std_dev : 249.55 3.05 Card 00 Chip 02 Channel 50 Mean/Std_dev : 248.61 4.07 Card 00 Chip 02 Channel 51 Mean/Std_dev : 250.14 3.19 Card 00 Chip 02 Channel 52 Mean/Std_dev : 248.85 4.15 Card 00 Chip 02 Channel 53 Mean/Std_dev : 249.60 1.51 Card 00 Chip 02 Channel 54 Mean/Std_dev : 249.63 3.05 Card 00 Chip 02 Channel 55 Mean/Std_dev : 248.50 4.29 Card 00 Chip 02 Channel 56 Mean/Std_dev : 249.26 3.16 Card 00 Chip 02 Channel 57 Mean/Std_dev : 249.02 4.22 Card 00 Chip 02 Channel 58 Mean/Std_dev : 249.19 3.16 Card 00 Chip 02 Channel 59 Mean/Std_dev : 249.02 4.34 Card 00 Chip 02 Channel 60 Mean/Std_dev : 249.05 2.97 Card 00 Chip 02 Channel 61 Mean/Std_dev : 248.97 4.16 Card 00 Chip 02 Channel 62 Mean/Std_dev : 248.69 3.00 Card 00 Chip 02 Channel 63 Mean/Std_dev : 248.90 4.27 Card 00 Chip 02 Channel 64 Mean/Std_dev : 248.59 3.10 Card 00 Chip 02 Channel 65 Mean/Std_dev : 249.27 4.24 Card 00 Chip 02 Channel 66 Mean/Std_dev : 249.00 1.53 Card 00 Chip 02 Channel 67 Mean/Std_dev : 248.61 2.98 Card 00 Chip 02 Channel 68 Mean/Std_dev : 248.51 4.20 Card 00 Chip 02 Channel 69 Mean/Std_dev : 248.88 2.97 Card 00 Chip 02 Channel 70 Mean/Std_dev : 249.38 4.31 Card 00 Chip 02 Channel 71 Mean/Std_dev : 248.85 3.22 Card 00 Chip 02 Channel 72 Mean/Std_dev : 248.75 4.34 Card 00 Chip 02 Channel 73 Mean/Std_dev : 248.67 2.94 Card 00 Chip 02 Channel 74 Mean/Std_dev : 248.62 4.33 Card 00 Chip 02 Channel 75 Mean/Std_dev : 249.58 3.17 Card 00 Chip 02 Channel 76 Mean/Std_dev : 249.19 4.54 Card 00 Chip 02 Channel 77 Mean/Std_dev : 249.28 3.11 Card 00 Chip 02 Channel 78 Mean/Std_dev : 248.50 4.43 ----- End of Frame ----- srv(00).cmd(0): fe hped 3 * getsummary Frame payload: 954 bytes --- Start of Moni Frame (V.0) FE 00 (952 bytes) -- Card 00 Chip 03 Channel 00 Mean/Std_dev : 250.00 0.00 Card 00 Chip 03 Channel 01 Mean/Std_dev : 486.30 7.45 Card 00 Chip 03 Channel 02 Mean/Std_dev : 248.93 0.63 Card 00 Chip 03 Channel 03 Mean/Std_dev : 248.25 6.06 Card 00 Chip 03 Channel 04 Mean/Std_dev : 247.93 3.48 Card 00 Chip 03 Channel 05 Mean/Std_dev : 248.89 5.93 Card 00 Chip 03 Channel 06 Mean/Std_dev : 248.67 3.37 Card 00 Chip 03 Channel 07 Mean/Std_dev : 248.88 5.65 Card 00 Chip 03 Channel 08 Mean/Std_dev : 248.68 3.35 Card 00 Chip 03 Channel 09 Mean/Std_dev : 248.26 5.50 Card 00 Chip 03 Channel 10 Mean/Std_dev : 249.00 3.38 Card 00 Chip 03 Channel 11 Mean/Std_dev : 248.80 5.12 Card 00 Chip 03 Channel 12 Mean/Std_dev : 248.51 3.38 Card 00 Chip 03 Channel 13 Mean/Std_dev : 249.36 5.20 Card 00 Chip 03 Channel 14 Mean/Std_dev : 248.47 3.29 Card 00 Chip 03 Channel 15 Mean/Std_dev : 248.55 1.66 Card 00 Chip 03 Channel 16 Mean/Std_dev : 249.19 5.16 Card 00 Chip 03 Channel 17 Mean/Std_dev : 248.98 3.40 Card 00 Chip 03 Channel 18 Mean/Std_dev : 248.95 4.97 Card 00 Chip 03 Channel 19 Mean/Std_dev : 248.30 3.28 Card 00 Chip 03 Channel 20 Mean/Std_dev : 249.08 5.09 Card 00 Chip 03 Channel 21 Mean/Std_dev : 248.50 3.32 Card 00 Chip 03 Channel 22 Mean/Std_dev : 248.65 5.03 Card 00 Chip 03 Channel 23 Mean/Std_dev : 249.07 3.45 Card 00 Chip 03 Channel 24 Mean/Std_dev : 248.27 4.90 Card 00 Chip 03 Channel 25 Mean/Std_dev : 248.97 3.26 Card 00 Chip 03 Channel 26 Mean/Std_dev : 248.50 4.76 Card 00 Chip 03 Channel 27 Mean/Std_dev : 248.57 3.34 Card 00 Chip 03 Channel 28 Mean/Std_dev : 249.47 1.67 Card 00 Chip 03 Channel 29 Mean/Std_dev : 248.51 4.80 Card 00 Chip 03 Channel 30 Mean/Std_dev : 248.90 3.29 Card 00 Chip 03 Channel 31 Mean/Std_dev : 248.87 4.67 Card 00 Chip 03 Channel 32 Mean/Std_dev : 248.57 3.31 Card 00 Chip 03 Channel 33 Mean/Std_dev : 248.52 4.67 Card 00 Chip 03 Channel 34 Mean/Std_dev : 249.22 3.26 Card 00 Chip 03 Channel 35 Mean/Std_dev : 249.43 4.51 Card 00 Chip 03 Channel 36 Mean/Std_dev : 249.69 3.28 Card 00 Chip 03 Channel 37 Mean/Std_dev : 249.07 4.35 Card 00 Chip 03 Channel 38 Mean/Std_dev : 248.93 3.35 Card 00 Chip 03 Channel 39 Mean/Std_dev : 249.08 4.05 Card 00 Chip 03 Channel 40 Mean/Std_dev : 248.67 3.39 Card 00 Chip 03 Channel 41 Mean/Std_dev : 248.57 3.21 Card 00 Chip 03 Channel 42 Mean/Std_dev : 248.80 4.65 Card 00 Chip 03 Channel 43 Mean/Std_dev : 248.71 3.30 Card 00 Chip 03 Channel 44 Mean/Std_dev : 249.15 4.61 Card 00 Chip 03 Channel 45 Mean/Std_dev : 248.94 3.22 Card 00 Chip 03 Channel 46 Mean/Std_dev : 248.20 4.59 Card 00 Chip 03 Channel 47 Mean/Std_dev : 249.51 3.20 Card 00 Chip 03 Channel 48 Mean/Std_dev : 249.06 4.60 Card 00 Chip 03 Channel 49 Mean/Std_dev : 248.11 3.25 Card 00 Chip 03 Channel 50 Mean/Std_dev : 248.33 4.58 Card 00 Chip 03 Channel 51 Mean/Std_dev : 248.49 3.25 Card 00 Chip 03 Channel 52 Mean/Std_dev : 249.10 4.58 Card 00 Chip 03 Channel 53 Mean/Std_dev : 249.27 1.55 Card 00 Chip 03 Channel 54 Mean/Std_dev : 248.98 3.12 Card 00 Chip 03 Channel 55 Mean/Std_dev : 249.31 4.68 Card 00 Chip 03 Channel 56 Mean/Std_dev : 249.13 3.05 Card 00 Chip 03 Channel 57 Mean/Std_dev : 249.58 4.70 Card 00 Chip 03 Channel 58 Mean/Std_dev : 248.97 3.18 Card 00 Chip 03 Channel 59 Mean/Std_dev : 248.37 4.77 Card 00 Chip 03 Channel 60 Mean/Std_dev : 248.98 3.16 Card 00 Chip 03 Channel 61 Mean/Std_dev : 248.43 4.82 Card 00 Chip 03 Channel 62 Mean/Std_dev : 248.38 3.14 Card 00 Chip 03 Channel 63 Mean/Std_dev : 248.16 4.78 Card 00 Chip 03 Channel 64 Mean/Std_dev : 248.76 3.14 Card 00 Chip 03 Channel 65 Mean/Std_dev : 249.25 4.70 Card 00 Chip 03 Channel 66 Mean/Std_dev : 249.07 1.46 Card 00 Chip 03 Channel 67 Mean/Std_dev : 248.32 3.41 Card 00 Chip 03 Channel 68 Mean/Std_dev : 249.54 4.73 Card 00 Chip 03 Channel 69 Mean/Std_dev : 248.41 3.18 Card 00 Chip 03 Channel 70 Mean/Std_dev : 248.48 4.83 Card 00 Chip 03 Channel 71 Mean/Std_dev : 249.28 3.24 Card 00 Chip 03 Channel 72 Mean/Std_dev : 248.60 4.80 Card 00 Chip 03 Channel 73 Mean/Std_dev : 249.31 3.24 Card 00 Chip 03 Channel 74 Mean/Std_dev : 248.48 4.92 Card 00 Chip 03 Channel 75 Mean/Std_dev : 248.35 3.11 Card 00 Chip 03 Channel 76 Mean/Std_dev : 248.93 5.02 Card 00 Chip 03 Channel 77 Mean/Std_dev : 248.21 3.21 Card 00 Chip 03 Channel 78 Mean/Std_dev : 249.36 5.14 ----- End of Frame ----- srv(00).cmd(0): fe hped 4 * getsummary Frame payload: 954 bytes --- Start of Moni Frame (V.0) FE 00 (952 bytes) -- Card 00 Chip 04 Channel 00 Mean/Std_dev : 250.00 0.00 Card 00 Chip 04 Channel 01 Mean/Std_dev : 447.93 6.40 Card 00 Chip 04 Channel 02 Mean/Std_dev : 249.75 0.68 Card 00 Chip 04 Channel 03 Mean/Std_dev : 249.89 4.49 Card 00 Chip 04 Channel 04 Mean/Std_dev : 249.12 3.44 Card 00 Chip 04 Channel 05 Mean/Std_dev : 249.38 4.40 Card 00 Chip 04 Channel 06 Mean/Std_dev : 250.16 3.51 Card 00 Chip 04 Channel 07 Mean/Std_dev : 249.97 4.30 Card 00 Chip 04 Channel 08 Mean/Std_dev : 250.21 3.31 Card 00 Chip 04 Channel 09 Mean/Std_dev : 249.79 4.36 Card 00 Chip 04 Channel 10 Mean/Std_dev : 250.37 3.45 Card 00 Chip 04 Channel 11 Mean/Std_dev : 250.08 4.22 Card 00 Chip 04 Channel 12 Mean/Std_dev : 249.59 3.48 Card 00 Chip 04 Channel 13 Mean/Std_dev : 249.59 4.35 Card 00 Chip 04 Channel 14 Mean/Std_dev : 249.20 3.42 Card 00 Chip 04 Channel 15 Mean/Std_dev : 250.34 1.62 Card 00 Chip 04 Channel 16 Mean/Std_dev : 249.26 4.08 Card 00 Chip 04 Channel 17 Mean/Std_dev : 249.46 3.47 Card 00 Chip 04 Channel 18 Mean/Std_dev : 248.87 4.12 Card 00 Chip 04 Channel 19 Mean/Std_dev : 249.26 3.31 Card 00 Chip 04 Channel 20 Mean/Std_dev : 250.24 4.25 Card 00 Chip 04 Channel 21 Mean/Std_dev : 249.66 3.54 Card 00 Chip 04 Channel 22 Mean/Std_dev : 249.40 4.16 Card 00 Chip 04 Channel 23 Mean/Std_dev : 250.30 3.38 Card 00 Chip 04 Channel 24 Mean/Std_dev : 249.71 4.21 Card 00 Chip 04 Channel 25 Mean/Std_dev : 250.05 3.34 Card 00 Chip 04 Channel 26 Mean/Std_dev : 250.37 3.97 Card 00 Chip 04 Channel 27 Mean/Std_dev : 249.78 3.46 Card 00 Chip 04 Channel 28 Mean/Std_dev : 249.76 1.69 Card 00 Chip 04 Channel 29 Mean/Std_dev : 250.39 4.04 Card 00 Chip 04 Channel 30 Mean/Std_dev : 249.72 3.37 Card 00 Chip 04 Channel 31 Mean/Std_dev : 249.92 3.91 Card 00 Chip 04 Channel 32 Mean/Std_dev : 250.38 3.42 Card 00 Chip 04 Channel 33 Mean/Std_dev : 249.38 3.99 Card 00 Chip 04 Channel 34 Mean/Std_dev : 249.35 3.41 Card 00 Chip 04 Channel 35 Mean/Std_dev : 248.64 4.11 Card 00 Chip 04 Channel 36 Mean/Std_dev : 249.27 3.44 Card 00 Chip 04 Channel 37 Mean/Std_dev : 248.83 3.76 Card 00 Chip 04 Channel 38 Mean/Std_dev : 249.26 3.41 Card 00 Chip 04 Channel 39 Mean/Std_dev : 249.09 3.67 Card 00 Chip 04 Channel 40 Mean/Std_dev : 250.14 3.39 Card 00 Chip 04 Channel 41 Mean/Std_dev : 249.63 3.15 Card 00 Chip 04 Channel 42 Mean/Std_dev : 249.84 3.90 Card 00 Chip 04 Channel 43 Mean/Std_dev : 248.65 3.29 Card 00 Chip 04 Channel 44 Mean/Std_dev : 248.91 3.97 Card 00 Chip 04 Channel 45 Mean/Std_dev : 249.40 3.07 Card 00 Chip 04 Channel 46 Mean/Std_dev : 249.08 4.10 Card 00 Chip 04 Channel 47 Mean/Std_dev : 250.04 3.33 Card 00 Chip 04 Channel 48 Mean/Std_dev : 249.97 4.10 Card 00 Chip 04 Channel 49 Mean/Std_dev : 249.60 3.14 Card 00 Chip 04 Channel 50 Mean/Std_dev : 249.59 4.25 Card 00 Chip 04 Channel 51 Mean/Std_dev : 249.64 3.24 Card 00 Chip 04 Channel 52 Mean/Std_dev : 249.65 3.95 Card 00 Chip 04 Channel 53 Mean/Std_dev : 249.59 1.62 Card 00 Chip 04 Channel 54 Mean/Std_dev : 249.96 3.15 Card 00 Chip 04 Channel 55 Mean/Std_dev : 250.27 3.91 Card 00 Chip 04 Channel 56 Mean/Std_dev : 249.55 3.19 Card 00 Chip 04 Channel 57 Mean/Std_dev : 249.53 4.05 Card 00 Chip 04 Channel 58 Mean/Std_dev : 249.40 3.13 Card 00 Chip 04 Channel 59 Mean/Std_dev : 249.26 4.19 Card 00 Chip 04 Channel 60 Mean/Std_dev : 249.19 3.21 Card 00 Chip 04 Channel 61 Mean/Std_dev : 250.17 4.16 Card 00 Chip 04 Channel 62 Mean/Std_dev : 249.93 3.08 Card 00 Chip 04 Channel 63 Mean/Std_dev : 250.08 4.18 Card 00 Chip 04 Channel 64 Mean/Std_dev : 249.30 3.12 Card 00 Chip 04 Channel 65 Mean/Std_dev : 249.72 4.26 Card 00 Chip 04 Channel 66 Mean/Std_dev : 248.94 1.64 Card 00 Chip 04 Channel 67 Mean/Std_dev : 248.64 3.12 Card 00 Chip 04 Channel 68 Mean/Std_dev : 249.44 4.37 Card 00 Chip 04 Channel 69 Mean/Std_dev : 249.89 3.28 Card 00 Chip 04 Channel 70 Mean/Std_dev : 249.93 4.31 Card 00 Chip 04 Channel 71 Mean/Std_dev : 249.63 3.38 Card 00 Chip 04 Channel 72 Mean/Std_dev : 250.29 4.34 Card 00 Chip 04 Channel 73 Mean/Std_dev : 249.27 3.05 Card 00 Chip 04 Channel 74 Mean/Std_dev : 249.51 4.26 Card 00 Chip 04 Channel 75 Mean/Std_dev : 250.04 3.17 Card 00 Chip 04 Channel 76 Mean/Std_dev : 249.35 4.32 Card 00 Chip 04 Channel 77 Mean/Std_dev : 248.99 3.32 Card 00 Chip 04 Channel 78 Mean/Std_dev : 249.69 4.38 ----- End of Frame ----- srv(00).cmd(0): fe hped 5 * getsummary Frame payload: 954 bytes --- Start of Moni Frame (V.0) FE 00 (952 bytes) -- Card 00 Chip 05 Channel 00 Mean/Std_dev : 250.00 0.00 Card 00 Chip 05 Channel 01 Mean/Std_dev : 476.86 9.23 Card 00 Chip 05 Channel 02 Mean/Std_dev : 249.13 0.70 Card 00 Chip 05 Channel 03 Mean/Std_dev : 250.30 4.73 Card 00 Chip 05 Channel 04 Mean/Std_dev : 248.89 3.46 Card 00 Chip 05 Channel 05 Mean/Std_dev : 249.68 4.46 Card 00 Chip 05 Channel 06 Mean/Std_dev : 249.53 3.56 Card 00 Chip 05 Channel 07 Mean/Std_dev : 249.09 4.48 Card 00 Chip 05 Channel 08 Mean/Std_dev : 249.48 3.43 Card 00 Chip 05 Channel 09 Mean/Std_dev : 250.17 4.37 Card 00 Chip 05 Channel 10 Mean/Std_dev : 249.02 3.35 Card 00 Chip 05 Channel 11 Mean/Std_dev : 248.76 4.36 Card 00 Chip 05 Channel 12 Mean/Std_dev : 249.99 3.43 Card 00 Chip 05 Channel 13 Mean/Std_dev : 249.46 4.30 Card 00 Chip 05 Channel 14 Mean/Std_dev : 248.80 3.29 Card 00 Chip 05 Channel 15 Mean/Std_dev : 249.01 1.59 Card 00 Chip 05 Channel 16 Mean/Std_dev : 249.02 4.34 Card 00 Chip 05 Channel 17 Mean/Std_dev : 249.83 3.30 Card 00 Chip 05 Channel 18 Mean/Std_dev : 248.98 4.21 Card 00 Chip 05 Channel 19 Mean/Std_dev : 249.71 3.44 Card 00 Chip 05 Channel 20 Mean/Std_dev : 249.00 4.22 Card 00 Chip 05 Channel 21 Mean/Std_dev : 249.54 3.38 Card 00 Chip 05 Channel 22 Mean/Std_dev : 248.37 4.06 Card 00 Chip 05 Channel 23 Mean/Std_dev : 249.74 3.43 Card 00 Chip 05 Channel 24 Mean/Std_dev : 249.43 4.07 Card 00 Chip 05 Channel 25 Mean/Std_dev : 249.03 3.32 Card 00 Chip 05 Channel 26 Mean/Std_dev : 250.13 4.12 Card 00 Chip 05 Channel 27 Mean/Std_dev : 249.39 3.20 Card 00 Chip 05 Channel 28 Mean/Std_dev : 249.65 1.71 Card 00 Chip 05 Channel 29 Mean/Std_dev : 249.72 4.10 Card 00 Chip 05 Channel 30 Mean/Std_dev : 249.66 3.24 Card 00 Chip 05 Channel 31 Mean/Std_dev : 249.21 4.06 Card 00 Chip 05 Channel 32 Mean/Std_dev : 249.60 3.41 Card 00 Chip 05 Channel 33 Mean/Std_dev : 249.71 3.90 Card 00 Chip 05 Channel 34 Mean/Std_dev : 249.93 3.40 Card 00 Chip 05 Channel 35 Mean/Std_dev : 249.37 4.00 Card 00 Chip 05 Channel 36 Mean/Std_dev : 249.92 3.35 Card 00 Chip 05 Channel 37 Mean/Std_dev : 249.09 3.88 Card 00 Chip 05 Channel 38 Mean/Std_dev : 249.18 3.45 Card 00 Chip 05 Channel 39 Mean/Std_dev : 249.37 3.96 Card 00 Chip 05 Channel 40 Mean/Std_dev : 249.44 3.45 Card 00 Chip 05 Channel 41 Mean/Std_dev : 249.95 3.12 Card 00 Chip 05 Channel 42 Mean/Std_dev : 249.83 4.19 Card 00 Chip 05 Channel 43 Mean/Std_dev : 249.62 3.06 Card 00 Chip 05 Channel 44 Mean/Std_dev : 249.87 4.08 Card 00 Chip 05 Channel 45 Mean/Std_dev : 248.97 3.40 Card 00 Chip 05 Channel 46 Mean/Std_dev : 249.36 4.12 Card 00 Chip 05 Channel 47 Mean/Std_dev : 249.39 3.06 Card 00 Chip 05 Channel 48 Mean/Std_dev : 248.73 4.11 Card 00 Chip 05 Channel 49 Mean/Std_dev : 249.36 3.07 Card 00 Chip 05 Channel 50 Mean/Std_dev : 249.84 4.18 Card 00 Chip 05 Channel 51 Mean/Std_dev : 250.42 3.11 Card 00 Chip 05 Channel 52 Mean/Std_dev : 249.68 4.24 Card 00 Chip 05 Channel 53 Mean/Std_dev : 249.77 1.65 Card 00 Chip 05 Channel 54 Mean/Std_dev : 249.14 3.05 Card 00 Chip 05 Channel 55 Mean/Std_dev : 248.50 4.14 Card 00 Chip 05 Channel 56 Mean/Std_dev : 249.92 3.07 Card 00 Chip 05 Channel 57 Mean/Std_dev : 248.63 4.11 Card 00 Chip 05 Channel 58 Mean/Std_dev : 248.95 3.08 Card 00 Chip 05 Channel 59 Mean/Std_dev : 249.99 4.20 Card 00 Chip 05 Channel 60 Mean/Std_dev : 248.51 3.20 Card 00 Chip 05 Channel 61 Mean/Std_dev : 248.79 4.27 Card 00 Chip 05 Channel 62 Mean/Std_dev : 250.44 3.05 Card 00 Chip 05 Channel 63 Mean/Std_dev : 249.05 4.31 Card 00 Chip 05 Channel 64 Mean/Std_dev : 249.83 3.07 Card 00 Chip 05 Channel 65 Mean/Std_dev : 249.55 4.30 Card 00 Chip 05 Channel 66 Mean/Std_dev : 249.28 1.56 Card 00 Chip 05 Channel 67 Mean/Std_dev : 249.77 3.07 Card 00 Chip 05 Channel 68 Mean/Std_dev : 250.15 4.40 Card 00 Chip 05 Channel 69 Mean/Std_dev : 249.15 3.10 Card 00 Chip 05 Channel 70 Mean/Std_dev : 249.27 4.34 Card 00 Chip 05 Channel 71 Mean/Std_dev : 250.61 3.09 Card 00 Chip 05 Channel 72 Mean/Std_dev : 249.18 4.45 Card 00 Chip 05 Channel 73 Mean/Std_dev : 248.69 3.13 Card 00 Chip 05 Channel 74 Mean/Std_dev : 249.32 4.45 Card 00 Chip 05 Channel 75 Mean/Std_dev : 249.01 3.06 Card 00 Chip 05 Channel 76 Mean/Std_dev : 250.19 4.81 Card 00 Chip 05 Channel 77 Mean/Std_dev : 249.10 3.20 Card 00 Chip 05 Channel 78 Mean/Std_dev : 248.49 4.60 ----- End of Frame ----- srv(00).cmd(0): fe hped 6 * getsummary Frame payload: 954 bytes --- Start of Moni Frame (V.0) FE 00 (952 bytes) -- Card 00 Chip 06 Channel 00 Mean/Std_dev : 250.00 0.00 Card 00 Chip 06 Channel 01 Mean/Std_dev : 429.98 10.20 Card 00 Chip 06 Channel 02 Mean/Std_dev : 249.47 0.70 Card 00 Chip 06 Channel 03 Mean/Std_dev : 249.68 5.14 Card 00 Chip 06 Channel 04 Mean/Std_dev : 249.32 3.30 Card 00 Chip 06 Channel 05 Mean/Std_dev : 248.60 4.83 Card 00 Chip 06 Channel 06 Mean/Std_dev : 249.84 3.48 Card 00 Chip 06 Channel 07 Mean/Std_dev : 249.26 4.78 Card 00 Chip 06 Channel 08 Mean/Std_dev : 248.85 3.35 Card 00 Chip 06 Channel 09 Mean/Std_dev : 249.21 4.65 Card 00 Chip 06 Channel 10 Mean/Std_dev : 249.15 3.21 Card 00 Chip 06 Channel 11 Mean/Std_dev : 248.51 4.64 Card 00 Chip 06 Channel 12 Mean/Std_dev : 249.20 3.46 Card 00 Chip 06 Channel 13 Mean/Std_dev : 250.09 4.66 Card 00 Chip 06 Channel 14 Mean/Std_dev : 249.50 3.29 Card 00 Chip 06 Channel 15 Mean/Std_dev : 249.57 1.74 Card 00 Chip 06 Channel 16 Mean/Std_dev : 249.56 4.53 Card 00 Chip 06 Channel 17 Mean/Std_dev : 249.69 3.31 Card 00 Chip 06 Channel 18 Mean/Std_dev : 249.38 4.39 Card 00 Chip 06 Channel 19 Mean/Std_dev : 248.47 3.53 Card 00 Chip 06 Channel 20 Mean/Std_dev : 249.78 4.37 Card 00 Chip 06 Channel 21 Mean/Std_dev : 249.25 3.45 Card 00 Chip 06 Channel 22 Mean/Std_dev : 249.12 4.35 Card 00 Chip 06 Channel 23 Mean/Std_dev : 249.84 3.35 Card 00 Chip 06 Channel 24 Mean/Std_dev : 249.90 4.31 Card 00 Chip 06 Channel 25 Mean/Std_dev : 249.59 3.21 Card 00 Chip 06 Channel 26 Mean/Std_dev : 249.87 4.25 Card 00 Chip 06 Channel 27 Mean/Std_dev : 249.00 3.35 Card 00 Chip 06 Channel 28 Mean/Std_dev : 249.72 1.76 Card 00 Chip 06 Channel 29 Mean/Std_dev : 250.07 4.16 Card 00 Chip 06 Channel 30 Mean/Std_dev : 249.39 3.38 Card 00 Chip 06 Channel 31 Mean/Std_dev : 248.93 4.14 Card 00 Chip 06 Channel 32 Mean/Std_dev : 249.89 3.39 Card 00 Chip 06 Channel 33 Mean/Std_dev : 249.32 4.30 Card 00 Chip 06 Channel 34 Mean/Std_dev : 249.71 3.31 Card 00 Chip 06 Channel 35 Mean/Std_dev : 248.78 4.00 Card 00 Chip 06 Channel 36 Mean/Std_dev : 249.14 3.53 Card 00 Chip 06 Channel 37 Mean/Std_dev : 248.62 4.21 Card 00 Chip 06 Channel 38 Mean/Std_dev : 249.70 3.47 Card 00 Chip 06 Channel 39 Mean/Std_dev : 249.52 3.96 Card 00 Chip 06 Channel 40 Mean/Std_dev : 249.73 3.44 Card 00 Chip 06 Channel 41 Mean/Std_dev : 249.27 3.23 Card 00 Chip 06 Channel 42 Mean/Std_dev : 248.92 4.46 Card 00 Chip 06 Channel 43 Mean/Std_dev : 249.32 3.34 Card 00 Chip 06 Channel 44 Mean/Std_dev : 249.46 4.40 Card 00 Chip 06 Channel 45 Mean/Std_dev : 249.16 3.24 Card 00 Chip 06 Channel 46 Mean/Std_dev : 249.38 4.40 Card 00 Chip 06 Channel 47 Mean/Std_dev : 248.97 3.15 Card 00 Chip 06 Channel 48 Mean/Std_dev : 248.80 4.26 Card 00 Chip 06 Channel 49 Mean/Std_dev : 249.03 3.15 Card 00 Chip 06 Channel 50 Mean/Std_dev : 248.90 4.35 Card 00 Chip 06 Channel 51 Mean/Std_dev : 249.94 3.06 Card 00 Chip 06 Channel 52 Mean/Std_dev : 249.69 4.38 Card 00 Chip 06 Channel 53 Mean/Std_dev : 248.92 1.57 Card 00 Chip 06 Channel 54 Mean/Std_dev : 250.00 3.28 Card 00 Chip 06 Channel 55 Mean/Std_dev : 249.73 4.48 Card 00 Chip 06 Channel 56 Mean/Std_dev : 249.82 3.16 Card 00 Chip 06 Channel 57 Mean/Std_dev : 248.97 4.52 Card 00 Chip 06 Channel 58 Mean/Std_dev : 250.03 3.34 Card 00 Chip 06 Channel 59 Mean/Std_dev : 249.53 4.67 Card 00 Chip 06 Channel 60 Mean/Std_dev : 248.98 3.15 Card 00 Chip 06 Channel 61 Mean/Std_dev : 249.80 4.66 Card 00 Chip 06 Channel 62 Mean/Std_dev : 248.34 3.21 Card 00 Chip 06 Channel 63 Mean/Std_dev : 249.84 4.61 Card 00 Chip 06 Channel 64 Mean/Std_dev : 250.69 3.27 Card 00 Chip 06 Channel 65 Mean/Std_dev : 248.42 4.71 Card 00 Chip 06 Channel 66 Mean/Std_dev : 248.57 1.62 Card 00 Chip 06 Channel 67 Mean/Std_dev : 248.95 3.39 Card 00 Chip 06 Channel 68 Mean/Std_dev : 249.53 4.66 Card 00 Chip 06 Channel 69 Mean/Std_dev : 249.52 3.21 Card 00 Chip 06 Channel 70 Mean/Std_dev : 248.82 4.73 Card 00 Chip 06 Channel 71 Mean/Std_dev : 248.14 3.14 Card 00 Chip 06 Channel 72 Mean/Std_dev : 249.04 4.73 Card 00 Chip 06 Channel 73 Mean/Std_dev : 249.04 3.34 Card 00 Chip 06 Channel 74 Mean/Std_dev : 249.58 4.84 Card 00 Chip 06 Channel 75 Mean/Std_dev : 249.31 3.26 Card 00 Chip 06 Channel 76 Mean/Std_dev : 249.69 4.99 Card 00 Chip 06 Channel 77 Mean/Std_dev : 249.35 3.23 Card 00 Chip 06 Channel 78 Mean/Std_dev : 248.94 4.94 ----- End of Frame ----- srv(00).cmd(0): fe hped 7 * getsummary Frame payload: 954 bytes --- Start of Moni Frame (V.0) FE 00 (952 bytes) -- Card 00 Chip 07 Channel 00 Mean/Std_dev : 250.00 0.00 Card 00 Chip 07 Channel 01 Mean/Std_dev : 389.83 7.76 Card 00 Chip 07 Channel 02 Mean/Std_dev : 249.54 0.69 Card 00 Chip 07 Channel 03 Mean/Std_dev : 249.32 5.67 Card 00 Chip 07 Channel 04 Mean/Std_dev : 249.49 3.54 Card 00 Chip 07 Channel 05 Mean/Std_dev : 249.38 5.20 Card 00 Chip 07 Channel 06 Mean/Std_dev : 249.10 3.47 Card 00 Chip 07 Channel 07 Mean/Std_dev : 249.80 5.11 Card 00 Chip 07 Channel 08 Mean/Std_dev : 249.55 3.56 Card 00 Chip 07 Channel 09 Mean/Std_dev : 248.75 5.15 Card 00 Chip 07 Channel 10 Mean/Std_dev : 249.11 3.50 Card 00 Chip 07 Channel 11 Mean/Std_dev : 249.64 5.01 Card 00 Chip 07 Channel 12 Mean/Std_dev : 250.43 3.60 Card 00 Chip 07 Channel 13 Mean/Std_dev : 248.79 5.06 Card 00 Chip 07 Channel 14 Mean/Std_dev : 248.98 3.46 Card 00 Chip 07 Channel 15 Mean/Std_dev : 249.29 1.67 Card 00 Chip 07 Channel 16 Mean/Std_dev : 248.90 4.78 Card 00 Chip 07 Channel 17 Mean/Std_dev : 249.34 3.71 Card 00 Chip 07 Channel 18 Mean/Std_dev : 248.82 5.01 Card 00 Chip 07 Channel 19 Mean/Std_dev : 249.67 3.58 Card 00 Chip 07 Channel 20 Mean/Std_dev : 249.81 4.82 Card 00 Chip 07 Channel 21 Mean/Std_dev : 249.20 3.68 Card 00 Chip 07 Channel 22 Mean/Std_dev : 249.52 4.88 Card 00 Chip 07 Channel 23 Mean/Std_dev : 249.63 3.42 Card 00 Chip 07 Channel 24 Mean/Std_dev : 250.18 4.82 Card 00 Chip 07 Channel 25 Mean/Std_dev : 248.77 3.56 Card 00 Chip 07 Channel 26 Mean/Std_dev : 249.36 4.70 Card 00 Chip 07 Channel 27 Mean/Std_dev : 249.45 3.65 Card 00 Chip 07 Channel 28 Mean/Std_dev : 249.44 1.81 Card 00 Chip 07 Channel 29 Mean/Std_dev : 249.71 4.80 Card 00 Chip 07 Channel 30 Mean/Std_dev : 249.53 3.66 Card 00 Chip 07 Channel 31 Mean/Std_dev : 249.11 4.54 Card 00 Chip 07 Channel 32 Mean/Std_dev : 248.87 3.51 Card 00 Chip 07 Channel 33 Mean/Std_dev : 248.99 4.65 Card 00 Chip 07 Channel 34 Mean/Std_dev : 248.95 3.88 Card 00 Chip 07 Channel 35 Mean/Std_dev : 248.94 4.54 Card 00 Chip 07 Channel 36 Mean/Std_dev : 249.49 3.50 Card 00 Chip 07 Channel 37 Mean/Std_dev : 249.74 4.54 Card 00 Chip 07 Channel 38 Mean/Std_dev : 249.09 3.59 Card 00 Chip 07 Channel 39 Mean/Std_dev : 249.37 4.16 Card 00 Chip 07 Channel 40 Mean/Std_dev : 249.64 3.60 Card 00 Chip 07 Channel 41 Mean/Std_dev : 249.01 3.16 Card 00 Chip 07 Channel 42 Mean/Std_dev : 248.96 4.89 Card 00 Chip 07 Channel 43 Mean/Std_dev : 248.72 3.26 Card 00 Chip 07 Channel 44 Mean/Std_dev : 249.25 4.90 Card 00 Chip 07 Channel 45 Mean/Std_dev : 249.52 3.30 Card 00 Chip 07 Channel 46 Mean/Std_dev : 249.37 4.88 Card 00 Chip 07 Channel 47 Mean/Std_dev : 249.84 3.47 Card 00 Chip 07 Channel 48 Mean/Std_dev : 249.24 5.05 Card 00 Chip 07 Channel 49 Mean/Std_dev : 249.24 3.34 Card 00 Chip 07 Channel 50 Mean/Std_dev : 249.81 4.91 Card 00 Chip 07 Channel 51 Mean/Std_dev : 249.55 3.30 Card 00 Chip 07 Channel 52 Mean/Std_dev : 249.61 4.87 Card 00 Chip 07 Channel 53 Mean/Std_dev : 249.54 1.51 Card 00 Chip 07 Channel 54 Mean/Std_dev : 248.67 3.41 Card 00 Chip 07 Channel 55 Mean/Std_dev : 248.70 4.88 Card 00 Chip 07 Channel 56 Mean/Std_dev : 249.62 3.24 Card 00 Chip 07 Channel 57 Mean/Std_dev : 249.23 5.00 Card 00 Chip 07 Channel 58 Mean/Std_dev : 249.72 3.50 Card 00 Chip 07 Channel 59 Mean/Std_dev : 249.43 5.09 Card 00 Chip 07 Channel 60 Mean/Std_dev : 249.86 3.33 Card 00 Chip 07 Channel 61 Mean/Std_dev : 249.59 5.02 Card 00 Chip 07 Channel 62 Mean/Std_dev : 249.97 3.25 Card 00 Chip 07 Channel 63 Mean/Std_dev : 248.43 5.38 Card 00 Chip 07 Channel 64 Mean/Std_dev : 249.85 3.35 Card 00 Chip 07 Channel 65 Mean/Std_dev : 249.05 5.23 Card 00 Chip 07 Channel 66 Mean/Std_dev : 249.83 1.54 Card 00 Chip 07 Channel 67 Mean/Std_dev : 249.54 3.27 Card 00 Chip 07 Channel 68 Mean/Std_dev : 249.24 5.15 Card 00 Chip 07 Channel 69 Mean/Std_dev : 249.95 3.33 Card 00 Chip 07 Channel 70 Mean/Std_dev : 249.85 5.25 Card 00 Chip 07 Channel 71 Mean/Std_dev : 249.99 3.39 Card 00 Chip 07 Channel 72 Mean/Std_dev : 250.69 5.07 Card 00 Chip 07 Channel 73 Mean/Std_dev : 248.46 3.33 Card 00 Chip 07 Channel 74 Mean/Std_dev : 249.31 5.33 Card 00 Chip 07 Channel 75 Mean/Std_dev : 250.34 3.41 Card 00 Chip 07 Channel 76 Mean/Std_dev : 249.41 5.35 Card 00 Chip 07 Channel 77 Mean/Std_dev : 249.64 3.49 Card 00 Chip 07 Channel 78 Mean/Std_dev : 249.55 5.61 ----- End of Frame ----- srv(00).cmd(0): fe hped 0:15 * setthr 250 5.0 0 Tdcm(0) Fem(00): hped setthr done on 1264 histograms. Underflow: 0 Overflow: 0 ped: 250 thr: 5.00 srv(00).cmd(0): be serve_target 1 0 Tdcm(0) Serve_Target <- 1 (0) >srv(00).cmd(0): fe pulser model T2K2 0 Tdcm(0) Fem(00) pulser_DAC <- 3 (T2K2) srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.640 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x0000 0 Tdcm(0) Fem(00) Pulser_Base <- 0x0 srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V srv(00).cmd(0): fe pulser 0 base 0x3FFF 0 Tdcm(0) Fem(00) Pulser_Base <- 0x3fff srv(00).cmd(0): fe pulser 0 load 0 Tdcm(0) Fem(00) Reg(1) <- 0x0 GEN_GO pulsed srv(00).cmd(0): fe moni A 0 0 Tdcm(0) Fem(00) FEC_Vad: 1.650 V (0) >srv(00).cmd(0): quit CmdFetcher_Main: completed. FemArray_ReceiveLoop: completed. femarray: Thread_Join done. eventbuilder: Thread_Join done.