UIC FST Cosmic Test Stand Log

03/06/2020: good pedestals from inner APVs for module 1&2, no data from outer APVs for module 2

03/06/2020-03/09/2020: mount Silicon sensor on inner hybrid for module 1, replace chip #7 on outer hybrid for module 2

03/10/2020: no data from APVs, no temperature readout from TEMP102 for module 1&2

03/11/2020: checked VDD, VSS, GND connections between T-board (C1&C2) and inner hybrid (TEMP102)

03/12/2020: checked SCLK, SDA, CLK_P and CLK_N on Patch Panel Board

03/13/2020: checked SCLK and SDA connection between Patch Panel Board, T-board, and Hybrid

03/13/2020: checked SCLK, SDA connection on new hybrid board & outer hybrid on module 1 => able to readout TEMP 102 for new hybrid and outer hybrid on module 1

03/16/2020: checked SCLK connection along inner hybrid connector to TEMP102

03/16/2020: checked TRG_P/N, CLK_P/N, and SUB0 between inner hybrid connector and R1-3

03/16/2020: problems are identified for not able to readout APV chips: 

  • Inner sector: Multiple open connections between connector and inner hybrid on module 1 & 2.

  • Outer sector: Shorted connection between SCLK and VDD on the outer hybrid of module 2.

03/17/2020-03/18/2020: one outer sensor is mounted and wire bounded for outer hybrid of Module 1 @ Fermi Lab.

03/18/2020: able to read out all 4 APV chips and all channels of the outer sensor.

03/18/2020-03/20/2020: HV scan for pedestal (0-200V) and cosmic signal (40-200V), extended cosmic signal at 70 and 140V

03/27/2020: resume cosmic data taking at UIC.

03/27/2020-03/29/2020: cosmic signal scan (110-200V) to find plateau of detection efficiency.

03/30/2020-04/01/2020: extensive data taking at 140V: 4 runs with 25K events each => 
/scratch/data/FstTestStand_Mar2020/data/FstOuterTracking_Mod01_FST05_03292020_HV140V_data_0.sfs
/scratch/data/FstTestStand_Mar2020/data/FstOuterTracking_Mod01_FST05_03302020_HV140V_data_0.sfs
/scratch/data/FstTestStand_Mar2020/data/FstOuterTracking_Mod01_FST05_03302020_HV140V_data_1.sfs
/scratch/data/FstTestStand_Mar2020/data/FstOuterTracking_Mod01_FST05_03312020_HV140V_data_0.sfs

04/01/2020 08:28: Finish data taking and turn off the HV and crate for 24 hours.

04/02/2020 08:50: Start data taking with 25K events at 140V => 
/scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04022020_HV140V_data_0.sfs

04/02/2020 23:23: Start data taking with 25K events at 200V => 
/scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04022020_HV200V_data_0.sfs

04/03/2020 13:50: Start data taking with 25K events at 140V => 
/scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04032020_HV140V_data_0.sfs

04/04/2020 11:50: Start data taking with 25K events at 70V => 
/scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04042020_HV70V_data_0.sfs
=> start to show errors
ERROR: fgt_run_daq.C [line 305]: Error in event 10631/25000: words -131072, status 0x00000000, address 0x2b69bae98000
ERROR: ddl_lib.C [line 637]: DDL 0:0: got 131072 words, fifo 7, status 0x00000000, (st words 0); link check 0
Kill the run at 22:49.

04/04/2020 22:50: Reboot the crate. Start data taking with 25K events at 140V => 
/scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04042020_HV140V_data_0.sfs

04/05/2020 13:36: Start data taking with 25K events at 200V => 
/scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04052020_HV200V_data_0.sfs

04/06/2020 08:01: Start data taking with 25K events at 140V => 
/scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04062020_HV140V_data_0.sfs

04/06/2020 22:40: Start data taking with 25K events at 70V => 
/scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04062020_HV70V_data_0.sfs

04/07/2020 12:59: Start data taking with 25K events at 140V => 
/scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04072020_HV140V_data_0.sfs

04/08/2020 19:33: Start data taking with 25K events at 140V => 
/scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04082020_HV140V_data_0.sfs

04/09/2020 15:43: Start data taking with 25K events at 200V => 
/scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04092020_HV200V_data_0.sfs

04/10/2020 08:54: Start data taking with 25K events at 70V => /scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04102020_HV70V_data_0.sfs

  • finished at 22:55 => will keep Crate on for 24 hours without data taking.
04/11/2020 23:06: Start data taking with 25K events at 70V => /scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04112020_HV70V_data_0.sfs

04/12/2020 14:06: Start data taking with 25K events at 200V => /scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04122020_HV200V_data_0.sfs

04/13/2020 07:47: Start data taking with 25K events at 140V => /scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04132020_HV140V_data_0.sfs

04/14/2020 12:42: Start data taking with 25K events at 70V => /scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04142020_HV70V_data_0.sfs
  • finished at 04/15/2020 1:30am => will keep Crate on for 24 hours without data taking.
04/16/2020 11:32: Start data taking with 25K events at 70V => /scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04162020_HV70V_data_0.sfs

04/17/2020 14:37: Start data taking with 25K events at 140V => /scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04172020_HV140V_data_0.sfs

04/18/2020 17:38: Start data taking with 25K events at 200V => /scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04182020_HV200V_data_0.sfs

04/19/2020 14:13: Start data taking with 25K events at 200V => /scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04192020_HV200V_data_0.sfs

04/20/2020 9:20: UIC campus power outage. Lost connection to starist.

04/23/2020 morning: Zhenyu reboot the starist manually.

04/23/2020 12:24: Start ped taking with 1k events at 140V => /scratch/data/FstTestStand_Apr2020/ped/FstOuterTracking_Mod01_FST05_04232020_HV140V_ped_0.sfs

04/23/2020 12:30: Start data taking with 2K events at 140V => /scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04232020_HV140V_data_0.sfs

04/23/2020 16:00: Start data taking with 1k events at 200V => /scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04232020_HV200V_data_0.sfs

04/23/2020 17:57: Start data taking with 25k events at 200V => /scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04232020_HV200V_data_1.sfs

04/24/2020 12:10: Start data taking with 25k events at 200V => /scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04242020_HV200V_data_0.sfs

04/25/2020 14:08: Start data taking with 25k events at 200V => /scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04252020_HV200V_data_0.sfs

04/26/2020 15:56: Start data taking with 25k events at 200V => /scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04262020_HV200V_data_0.sfs

04/27/2020 11:23: Start data taking with 25k events at 140V => /scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04272020_HV140V_data_0.sfs

04/28/2020 07:53: Set HV of FST at 70V and wait for 24 hours without data taking.

04/29/2020 09:56: Start data taking with 25k events at 140V => /scratch/data/FstTestStand_Apr2020/data/FstOuterTracking_Mod01_FST05_04292020_HV140V_data_0.sfs

04/30/2020 08:03: Set HV of FST at 140V and wait for 24 hours without data taking.

05/01/2020 12:04: Start data taking with 25k events at 140V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05012020_HV140V_data_0.sfs
See errors: ERROR: fgt_run_daq.C [line 305]: Error in event 21648/25000: words -131072, status 0x00000000, address 0x2b21a6233000
ERROR: ddl_lib.C [line 637]: DDL 0:0: got 131072 words, fifo 16, status 0x00000000, (st words 0); link check 0
Reboot the crate and re-take 25K events at 140V.
05/02/2020 13:37: Start data taking with 25k events at 140V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05022020_HV140V_data_0.sfs

05/03/2020 15:50: Set HV of FST at 200V and wait for 24 hours without data taking.

05/04/2020 16:28: Start data taking with 25k events at 140V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05042020_HV140V_data_0.sfs

05/07/2020 10:48: Start data taking with 25k events at 140V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05012020_HV140V_data_0.log

05/08/2020 9:57: Set HV of FST at 70V and wait for 24 hours without data taking.

05/09/2020 11:18: Start data taking with 25k events at 140V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05092020_HV140V_data_0.sfs

05/10/2020 14:51: Set HV of FST at 5V and wait for 24 hours without data taking.

05/11/2020 19:13: Start data taking with 25k events at 140V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05112020_HV140V_data_0.sfs

05/12/2020 22:11: Dataset took at 05/07/2020 has unreasonable few events. Reboot the crate and repeat process from 05/07/2020 to 05/11/2020.
Possible reason found at 05/16/2020 in /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05072020_HV140V_data_0.log =>
INFO: fgt_run_daq.C [line 307]: Event 3578/25000: words 10629, status 0x02985082
A typical INFO should be: INFO: fgt_run_daq.C [line 307]: Event 3578/25000: words 23148, status 0x05A6C082
Seem event after 3578 got dropped.

05/12/2020 22:16: Start data taking with 25k events at 140V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05122020_HV140V_data_0.sfs

05/12/2020 13:38: Set HV of FST at 70V and wait for 24 hours without data taking.

05/14/2020 14:59: Start data taking with 25k events at 140V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05142020_HV140V_data_0.sfs
Saw errors when running ARMDisplay.C and this run have smaller output file size =>
ERROR: .sl73_gcc485/obj/StRoot/RTS/src/DAQ_FGT/daq_fgt.cxx [line 598]: [evt 24995]: RDO 1 ARM 0 APV 0: Sequence number mismatch, expect 418 have 417
WARNING: .sl73_gcc485/obj/StRoot/RTS/src/DAQ_FGT/daq_fgt.cxx [line 704]: [evt 24995]: RDO 1: Cannot reliably recover pointer to next item, dropping the rest of this event on this rdo
Possible reason found at 05/16/2020 in /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05142020_HV140V_data_0.log =>
INFO: fgt_run_daq.C [line 307]: Event 17421/25000: words 36, status 0x00024082
A typical INFO should be: INFO: fgt_run_daq.C [line 307]: Event 17421/25000: words 23148, status 0x05A6C082
Seems like event after 17421 got dropped.

05/15/2020 11:51: Set HV of FST at 5V and wait for 24 hours without data taking.

05/16/2020 15:42: Start data taking with 25k events at 140V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05162020_HV140V_data_0.sfs

05/18/2020 12:07: Start data taking with 10k events at 200V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05182020_HV200V_data_0.sfs

05/18/2020 20:05: Start data taking with 10k events at 140V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05182020_HV140V_data_0.sfs

05/19/2020 08:17: Reboot the Crate.

05/19/2020 08:21: Start data taking with 10k events at 140V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05192020_HV140V_data_0.sfs

05/19/2020 22:28: Start data taking with 10k events at 200V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05192020_HV200V_data_0.sfs

05/20/2020 07:50: Set HV of FST at 70V and wait for 5 hours without data taking.

05/20/2020 14:12: Start data taking with 10k events at 140V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05202020_HV140V_data_0.sfs

05/20/2020 20:06: Set HV of FST at 5V and wait for 5 hours without data taking.

05/21/2020 01:11: Start data taking with 10k events at 140V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05212020_HV140V_data_0.sfs

05/21/2020 18:14: Start data taking with 10k events at 200V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05212020_HV200V_data_0.sfs



FST Timing Adjustment
Copy FTS_test_conf_Outer.txt to FTS_timing_conf_Outer.txt for FST timing adjustment test.
=> output file of rts_example at: /scratch/data/FstTestStand_Timeing/Log/

05/22/2020 12:32: Start data taking with 500 events at 200V => /scratch/data/FstTestStand_Timing/data/FstOuterTiming_Mod01_FST05_05222020_HV200V_data_0.sfs
=> VPHASE_ADC=1.290 for ARM=1 & GROUP=1
grep SUGGEST apv_wfm_fractions_05222020_VPHASE_ADC_1.290.dat  
SUGGEST change VPHASEADC on group 0  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 1  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 2 -0.1741  (df = +0.1915)
SUGGEST change VPHASEADC on group 3 +0.1659  (df = -0.1825)

05/22/2020 12:58: Start data taking with 500 events at 200V => /scratch/data/FstTestStand__Timing/data/FstOuterTiming_Mod01_FST05_05222020_HV200V_data_1.sfs
=> VPHASE_ADC=0.990 for ARM=1 & GROUP=1
grep SUGGEST apv_wfm_fraction_05222020_VPHASE_ADC_0.990.dat
SUGGEST change VPHASEADC on group 0  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 1  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 2 -0.174  (df = +0.192)
SUGGEST change VPHASEADC on group 3 -0.281  (df = +0.309)

05/22/2020 13:24: Start data taking with 500 events at 200V => /scratch/data/FstTestStand_Timing/data/FstOuterTiming_Mod01_FST05_05222020_HV200V_data_2.sfs
=> VPHASE_ADC=1.190 for ARM=1 & GROUP=1
grep SUGGEST apv_wfm_fraction_05222020_VPHASE_ADC_1.190.dat
SUGGEST change VPHASEADC on group 0  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 1  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 2 -0.175  (df = +0.192)
SUGGEST change VPHASEADC on group 3 +0.121  (df = -0.133)

05/22/2020 16:00: Start data taking with 500 events at 200V => /scratch/data/FstTestStand_Timing/data/FstOuterTiming_Mod01_FST05_05222020_HV200V_data_3.sfs
=> VPHASE_ADC=1.490 for ARM=1 & GROUP=1
SUGGEST change VPHASEADC on group 0  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 1  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 2 -0.173  (df = +0.191)
SUGGEST change VPHASEADC on group 3 -0.056  (df = +0.062)

05/22/2020 21:00: Start data taking with 500 events at 200V => /scratch/data/FstTestStand_Timing/data/FstOuterTiming_Mod01_FST05_05222020_HV200V_data_4.sfs
=> VPHASE_ADC=1.552 for ARM=1 & GROUP=1
SUGGEST change VPHASEADC on group 0  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 1  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 2 -0.174  (df = +0.191)
SUGGEST change VPHASEADC on group 3 -0.108  (df = +0.119)

05/22/2020 21:00: Start data taking with 500 events at 200V => /scratch/data/FstTestStand_Timing/data/FstOuterTiming_Mod01_FST05_05222020_HV200V_data_5.sfs
=> VPHASE_ADC=1.444 for ARM=1 & GROUP=1
SUGGEST change VPHASEADC on group 0  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 1  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 2 -0.174  (df = +0.191)
SUGGEST change VPHASEADC on group 3 -0.011  (df = +0.012)

05/22/2020 21:00: Start data taking with 500 events at 200V => /scratch/data/FstTestStand_Timing/data/FstOuterTiming_Mod01_FST05_05222020_HV200V_data_6.sfs
=> VPHASE_ADC=1.433 for ARM=1 & GROUP=1
SUGGEST change VPHASEADC on group 0  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 1  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 2 -0.174  (df = +0.191)
SUGGEST change VPHASEADC on group 3 -0.002  (df = +0.002)

05/22/2020 21:00: Start data taking with 500 events at 200V => /scratch/data/FstTestStand_Timing/data/FstOuterTiming_Mod01_FST05_05222020_HV200V_data_7.sfs
=> VPHASE_ADC=1.431 for ARM=1 & GROUP=1
SUGGEST change VPHASEADC on group 0  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 1  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 2 -0.173  (df = +0.191)
SUGGEST change VPHASEADC on group 3 +0.001  (df = -0.001)

05/22/2020 21:00: Start data taking with 500 events at 200V => /scratch/data/FstTestStand_Timing/data/FstOuterTiming_Mod01_FST05_05222020_HV200V_data_8.sfs
=> VPHASE_ADC=1.432 for ARM=1 & GROUP=1
SUGGEST change VPHASEADC on group 0  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 1  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 2 -0.174  (df = +0.191)
SUGGEST change VPHASEADC on group 3 +0.001  (df = -0.001)

05/23/2020 15:17: Start data taking with 500 events at 200V => /scratch/data/FstTestStand_Timing/data/FstOuterTiming_Mod01_FST05_05232020_HV200V_data_0.sfs
=> VPHASE_ADC=1.433 for ARM=1 & GROUP=1
SUGGEST change VPHASEADC on group 0  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 1  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 2 -0.174  (df = +0.191)
SUGGEST change VPHASEADC on group 3 -0.001  (df = +0.001)

05/23/2020 15:35: Start data taking with 500 events at 200V => /scratch/data/FstTestStand_Timing/data/FstOuterTiming_Mod01_FST05_05232020_HV200V_data_1.sfs
=> VPHASE_ADC=1.4325 for ARM=1 & GROUP=1
SUGGEST change VPHASEADC on group 0  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 1  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 2 -0.174  (df = +0.192)
SUGGEST change VPHASEADC on group 3 -0.001  (df = +0.001)

05/23/2020 15:55: Start data taking with 500 events at 200V => /scratch/data/FstTestStand_Timing/data/FstOuterTiming_Mod01_FST05_05232020_HV200V_data_2.sfs
=> VPHASE_ADC=1.4315 for ARM=1 & GROUP=1
SUGGEST change VPHASEADC on group 0  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 1  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 2 -0.173  (df = +0.191)
SUGGEST change VPHASEADC on group 3 -0.001  (df = +0.001)

05/23/2020 16:25: Start data taking with 500 events at 200V => /scratch/data/FstTestStand_Timing/data/FstOuterTiming_Mod01_FST05_05232020_HV200V_data_3.sfs
=> VPHASE_ADC=1.431 for ARM=1 & GROUP=1
SUGGEST change VPHASEADC on group 0  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 1  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 2 -0.1742  (df = +0.1917)
SUGGEST change VPHASEADC on group 3 +0.0010  (df = -0.0011)

05/23/2020 16:44: Start data taking with 500 events at 200V => /scratch/data/FstTestStand_Timing/data/FstOuterTiming_Mod01_FST05_05232020_HV200V_data_4.sfs
=> VPHASE_ADC=1.432 for ARM=1 & GROUP=1
SUGGEST change VPHASEADC on group 0  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 1  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 2 -0.1738  (df = +0.1912)
SUGGEST change VPHASEADC on group 3 +0.0009  (df = -0.0010)

05/23/2020 19:13: Start data taking with 500 events at 200V => /scratch/data/FstTestStand_Timing/data/FstOuterTiming_Mod01_FST05_05232020_HV200V_data_5.sfs
=> VPHASE_ADC=1.4315 for ARM=1 & GROUP=1
SUGGEST change VPHASEADC on group 0  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 1  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 2 -0.1738  (df = +0.1911)
SUGGEST change VPHASEADC on group 3 +0.0016  (df = -0.0017)

05/23/2020 20:16: Start data taking with 500 events at 200V => /scratch/data/FstTestStand_Timing/data/FstOuterTiming_Mod01_FST05_05232020_HV200V_data_6.sfs
=> VPHASE_ADC=1.4331 for ARM=1 & GROUP=1
SUGGEST change VPHASEADC on group 0  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 1  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 2 -0.1738  (df = +0.1912)
SUGGEST change VPHASEADC on group 3 -0.0018  (df = +0.0020)

05/23/2020 20:36: Start data taking with 500 events at 200V => /scratch/data/FstTestStand_Timing/data/FstOuterTiming_Mod01_FST05_05232020_HV200V_data_7.sfs
=> VPHASE_ADC=1.4313 for ARM=1 & GROUP=1
SUGGEST change VPHASEADC on group 0  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 1  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 2 -0.1736  (df = +0.1910)
SUGGEST change VPHASEADC on group 3 +0.0011  (df = -0.0012)

05/23/2020 21:00: Start data taking with 500 events at 200V => /scratch/data/FstTestStand_Timing/data/FstOuterTiming_Mod01_FST05_05232020_HV200V_data_8.sfs
=> VPHASE_ADC=1.4324 for ARM=1 & GROUP=1
SUGGEST change VPHASEADC on group 0  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 1  +nan  (df =  +nan)
SUGGEST change VPHASEADC on group 2 -0.1732  (df = +0.1905)
SUGGEST change VPHASEADC on group 3 -0.0000  (df = +0.0000)

The suggested VPHASE_ADC is 1.4324.

05/23/2020 21:31: Start data taking with 10000 events at 200V to test the noise distribution with current timing setup => /scratch/data/FstTestStand_Timeing/FstOuterTiming_Mod01_FST05_05232020_HV200V_data_9.sfs

Switch configuration file back to FTS_test_conf_Outer.txt and re-start 5th history study at 140V.
05/25/2020 10:28: Start data taking with 10k events at 200V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05252020_HV200V_data_0.sfs
 
05/25/2020 22:43: Start data taking with 10k events at 140V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05252020_HV140V_data_0.sfs

05/26/2020 07:59: Set HV of FST to 70V and wait for 10 hours without data taking.

05/26/2020 18:21: Start data taking with 10k events at 140V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05262020_HV140V_data_0.sfs

05/27/2020 11:36: Start data taking with 10k events at 200V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05272020_HV200V_data_0.sfs

05/27/2020 20:11: Start data taking with 20k events at 140V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05272020_HV140V_data_0.sfs

05/28/2020 08:11: Set HV of FST to 70V and wait for 15 hours without data taking.

05/28/2020 23:14: Start data taking with 20k events at 140V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05282020_HV140V_data_0.sfs

05/29/2020 11:05: Start data taking with 10k events at 200V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05292020_HV200V_data_0.sfs
=> Error since event 6513
ERROR: ddl_lib.C [line 637]: DDL 0:0: got 131072 words, fifo 112, status 0x00000000, (st wo
rds 0); link check 0
ERROR: fgt_run_daq.C [line 305]: Error in event 6513/10000: words -131072, status 0x0000000
0, address 0x2b19f3d4f000
ERROR: ddl_lib.C [line 637]: DDL 0:0: got 131072 words, fifo 113, status 0x00000000, (st wo
rds 0); link check 0
=> Reboot the crate and retake the data.

05/29/2020 17:25: Start data taking with 10k events at 200V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05292020_HV200V_data_1.sfs

05/29/2020 23:15: Start data taking with 20k events at 140V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05292020_HV140V_data_0.sfs
 
05/30/2020 13:04: Set HV of FST to 70V and wait for 20 hours without data taking.

05/31/2020 09:09: Start data taking with 20k events at 140V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05312020_HV140V_data_0.sfs

05/31/2020 21:17: Start data taking with 20k events at 140V => /scratch/data/FstTestStand_May2020/data/FstOuterTracking_Mod01_FST05_05312020_HV140V_data_1.sfs

06/01/2020 09:33: Start data taking with 10k events at 200V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06012020_HV200V_data_0.sfs

06/01/2020 15:37: Start data taking with 10k events at 140V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06012020_HV140V_data_0.sfs

06/01/2020 21:32: Set HV of FST to 70V and wait for 5 hours without data taking.

06/02/2020 02:37: Start data taking with 20k events at 140V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06022020_HV140V_data_0.sfs

06/02/2020 15:20 (EDT): Start data taking with 10k events at 200V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06022020_HV200V_data_0.sfs

06/02/2020 20:18: Start data taking with 10k events at 140V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06022020_HV140V_data_1.sfs

06/03/2020 02:06: Set HV of FST to 5V and wait for 15 hours without data taking.

06/03/2020 17:13: Start data taking with 20k events at 140V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06032020_HV140V_data_0.sfs

06/04/2020 04:52: Start data taking with 10k events at 200V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06042020_HV200V_data_0.sfs

06/04/2020 11:33: Start data taking with 10k events at 140V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06042020_HV140V_data_0.sfs

06/04/2020 17:19: Set HV of FST to 5V and wait for 5 hours without data taking.

06/04/2020 22:33: Start data taking with 20k events at 140V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06042020_HV140V_data_1.sfs

06/05/2020 13:10: Rotate FST module by 90 degrees and put outer radius (RStrip 3) strip overlap with IST.

06/05/2020 13:15: Start pedestal taking with 2k events at 70V => /scratch/data/FstTestStand_Jun2020/ped/FstOuterTracking_Mod01_FST05_06052020_HV70V_ped_0.sfs

06/05/2020 13:15: Start data taking with 25k events at 140V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06052020_HV140V_data_0.sfs

06/06/2020 08:33: Start data taking with 25k events at 140V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06062020_HV140V_data_0.sfs

06/06/2020 23:03: Start data taking with 25k events at 140V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06062020_HV140V_data_1.sfs

06/07/2020 13:42: Start data taking with 25k events at 140V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06072020_HV140V_data_0.sfs

06/08/2020 13:40: Start data taking with 25k events at 70V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06082020_HV70V_data_0.sfs

06/09/2020 07:10: Start data taking with 25k events at 200V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06092020_HV200V_data_0.sfs

06/09/2020 21:45: Start data taking with 25k events at 70V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06092020_HV70V_data_0.sfs

06/10/2020 11:57: Start data taking with 25k events at 200V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06102020_HV200V_data_0.sfs

06/11/2020 09:13: Start data taking with 25k events at 70V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06112020_HV70V_data_0.sfs

06/12/2020 00:25: Start data taking with 25k events at 200V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06122020_HV200V_data_0.sfs

06/12/2020 15:47: Start data taking with 25k events at 70V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06122020_HV70V_data_0.sfs
=> Stopped at 12364/25000 due to space limit
=> Backup all Cosmic Ray Test Stand data to starmaster
=> Cleaned up /scratch/data/FstTestStand_Mar2020/data/ and restart the run

06/13/2020 12:36: Start data taking with 25k events at 70V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06132020_HV70V_data_0.sfs

06/14/2020 10:03: Start data taking with 25k events at 200V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06142020_HV200V_data_0.sfs

06/15/2020 07:52: Turn off the crate.

06/18/2929 07:00: Move FST to put inner r_strip (RStrip 0) overlap with IST.

06/18/2020 08:02: Start data taking with 25k events at 140V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06182020_HV140V_data_0.sfs

06/18/2020 22:55: Start data taking with 25k events at 140V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06182020_HV140V_data_1.sfs

06/19/2020 15:51: Start data taking with 25k events at 140V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06192020_HV140V_data_0.sfs

06/20/2020 10:17: Start data taking with 25k events at 140V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06202020_HV140V_data_0.sfs

06/21/2020 01:13: Start data taking with 25k events at 70V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06212020_HV70V_data_0.sfs

06/21/2020 16:17: Start data taking with 25k events at 200V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06212020_HV200V_data_0.sfs

06/22/2020 06:41: Start data taking with 25k events at 70V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06222020_HV70V_data_0.sfs
=> The run has stopped part way through due to limited space again.
=> Killed run. Clean up /scratch/data/FstTestStand_Apr2020/data.

06/22/2020 20:38: Start data taking with 25k events at 70V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06222020_HV70V_data_0.sfs

06/23/2020 11:04: Start data taking with 25k events at 200V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06232020_HV200V_data_0.sfs

06/24/2020 01:18: Start data taking with 25k events at 70V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06242020_HV70V_data_0.sfs

06/24/2020 22:23: Start data taking with 25k events at 200V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06242020_HV200V_data_0.sfs

06/25/2020 12:52: Start data taking with 25k events at 70V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06252020_HV70V_data_0.sfs

06/26/2020 04:43: Start data taking with 25k events at 200V => /scratch/data/FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06262020_HV200V_data_0.sfs

06/26/2020 19:00: Move FST to put second inner r_strip (RStrip 1) overlap with IST.

06/26/2020 19:17: Start data taking with 25k events at 140v => /scratch/data/ FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06262020_HV140V_data_0.sfs

06/27/2020 10:47: Start data taking with 25k events at 140V => /scratch/data/ FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06272020_HV140V_data_0.sfs

06/28/2020 01:06: Start data taking with 25k events at 140V => /scratch/data/ FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06282020_HV140V_data_0.sfs
=>Error occurs. Stopped run

06/28/2020 17:48: Start data taking with 25k events at 140V => /scratch/data/ FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06282020_HV140V_data_0.sfs

06/29/2020 09:36: Start data taking with 25k events at 140V => /scratch/data/ FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06292020_HV140V_data_0.sfs

06/30/2020 01:15: Start data taking with 25k events at 70V => /scratch/data/ FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06302020_HV70V_data_0.sfs

06/30/2020 17:46: Start data taking with 25k events at 70V => /scratch/data/ FstTestStand_Jun2020/data/FstOuterTracking_Mod01_FST05_06302020_HV70V_data_1.sfs

07/01/2020 11:45: Start pedestal taking with 1k events at 0V for FST Mod03 and unlabeled Cable => /scratch/data/FstTestStand_Jul2020/ped/FstOuterChip_Mod03_FSTXX_07012020_HV0V_ped_0.sfs

07/01/2020 11:48: Start pedestal taking with 1k events at 0V for FST Mod03 and unlabeled Cable => /scratch/data/FstTestStand_Jul2020/ped/FstInnerChip_Mod03_FSTXX_07012020_HV0V_ped_0.sfs

07/01/2020 12:22: Start pedestal taking with 1k events at 0V for FST Mod03 and FST07 Cable => /scratch/data/FstTestStand_Jul2020/ped/FstOuterChip_Mod03_FST07_07012020_HV0V_ped_1.sfs

07/01/2020 12:30: Start pedestal taking with 1k events at 0V for FST Mod01 and FST05 Cable => /scratch/data/FstTestStand_Jul2020/ped/FstOuterTracking_Mod01_FST05_07012020_HV70V_ped_0.sfs
 
07/01/2020 12:40: Start data taking with 25k events at 200V for FST Mod01 and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstOuterTracking_Mod01_FST05_07012020_HV200V_data_0.sfs

07/02/2020 09:30: Start data taking with 25k events at 70V for FST Mod01 and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstOuterTracking_Mod01_FST05_07022020_HV70V_data_0.sfs

07/03/2020 00:09: Start data taking with 15k events at 200V for FST Mod01 and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstOuterTracking_Mod01_FST05_07032020_HV200V_data_0.sfs

07/03/2020 17:49: Start data taking with 10k events at 200V for FST Mod01 and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstOuterTracking_Mod01_FST05_07032020_HV200V_data_1.sfs

07/04/2020 00:53: Start data taking with 25k events at 70V for FST Mod01 and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstOuterTracking_Mod01_FST05_07042020_HV70V_data_0.sfs

07/04/2020 15:54: Start data taking with 25k events at 200V for FST Mod01 and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstOuterTracking_Mod01_FST05_07042020_HV200V_data_0.sfs

07/05/2020 10:29: Start data taking with 25k events at 200V for FST Mod01 and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstOuterTracking_Mod01_FST05_07052020_HV200V_data_0.sfs

07/07/2020 16:00-19:00: Start pedestal taking with 1k events each at 0-140V for FST Mod03 and FST05 Cable => /scratch/data/FstTestStand_Jul2020/ped/FstInnerTracking_Mod03_FST05_07072020_HV*.sfs

07/07/2020 21:00: Start data taking with 25k events at 70V for FST Mod03 Inner and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInnerTracking_Mod03_FST05_07072020_HV70V_data_0.sfs

07/08/2020 12:36: Start data taking with 25k events at 70V for FST Mod03 Inner and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInnerTracking_Mod03_FST05_07082020_HV70V_data_0.sfs

07/09/2020 08:40: Start data taking with 25k events at 70V for FST Mod03 Inner and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInnerTracking_Mod03_FST05_07092020_HV70V_data_0.sfs

07/09/2020 23:23: Start data taking with 25k events at 70V for FST Mod03 Inner and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInnerTracking_Mod03_FST05_07092020_HV70V_data_1.sfs

07/10/2020 17:10: Start data taking with 25k events at 80V for FST Mod03 Inner and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInnerTracking_Mod03_FST05_07102020_HV80V_data_0.sfs

07/11/2020 11:10: Start data taking with 25k events at 80V for FST Mod03 Inner and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInnerTracking_Mod03_FST05_07112020_HV80V_data_0.sfs

07/12/2020 04:30: Start data taking with 25k events at 80V for FST Mod03 Inner and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInnerTracking_Mod03_FST05_07122020_HV80V_data_0.sfs
=> Terminated at 11:45 with 12775 events. The data should still be usable.

07/12/2020 12:00: Start data taking with 10k events at 70V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07122020_HV70V_data_0.sfs

07/12/2020 18:15: Start data taking with 25k events at 70V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07122020_HV70V_data_1.sfs

07/13/2020 12:15: Start data taking with 25k events at 70V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07132020_HV70V_data_0.sfs

07/14/2020 06:55: Start data taking with 25k events at 70V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07142020_HV70V_data_0.sfs

07/14/2020 22:22: Start data taking with 25k events at 70V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07142020_HV70V_data_1.sfs

07/15/2020 13:09: Start data taking with 25k events at 70V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07152020_HV70V_data_0.sfs

07/16/2020 10:05: Start data taking with 25k events at 70V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07162020_HV70V_data_0.sfs

07/17/2020 09:50: ramped down HV, turned off crate. Zhenyu will restart data taking after Andres finishes his work on the laser test stand in the lab today.

07/17/2020 16:45: Start data taking with 25k events at 70V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07172020_HV70V_data_0.sfs

07/18/2020 09:05: Start data taking with 25k events at 70V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07182020_HV70V_data_0.sfs

07/19/2020 07:00: Start data taking with 25k events at 70V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07192020_HV70V_data_0.sfs

07/19/2020 23:34: Start data taking with 25k events at 70V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07192020_HV70V_data_1.sfs

07/20/2020 14:45-15:25: pedestal runs with 1k events each for FST Mod04 with APV only using FSTXX/FST07 Cables => /scratch/data/FstTestStand_Jul2020/ped/Fst*Chip_Mod04_FST*_07202020_HV0V_ped_*.sfs

07/20/2020 16:00: Start data taking with 10k events at 100V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07202020_HV100V_data_0.sfs

07/20/2020 22:15: Start data taking with 25k events at 100V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07202020_HV100V_data_1.sfs

07/21/2020 17:20: Start data taking with 25k events at 100V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07212020_HV100V_data_0.sfs

07/22/2020 07:44: Start data taking with 25k events at 100V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07222020_HV100V_data_0.sfs

07/22/2020 22:29: Start data taking with 25k events at 100V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07222020_HV100V_data_1.sfs

07/23/2020 15:40: Start data taking with 25k events at 100V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07232020_HV100V_data_0.sfs

07/24/2020 08:44: Start data taking with 25k events at 100V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07242020_HV100V_data_0.sfs

07/24/2020 23:29: Start data taking with 25k events at 120V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07242020_HV120V_data_0.sfs

07/25/2020 16:44: Start data taking with 25k events at 120V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07252020_HV120V_data_0.sfs

07/26/2020 10:46: Start data taking with 25k events at 120V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07262020_HV120V_data_0.sfs

07/27/2020 01:08: Start data taking with 25k events at 120V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07272020_HV120V_data_0.sfs

07/27/2020 15:41: Start data taking with 25k events at 140V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07272020_HV140V_data_0.sfs

07/28/2020 12:35-13:15: take pedestal runs with 1k events each at 0-140V for FST Mod04 and FST07 Cable => /scratch/data/FstTestStand_Jul2020/ped/FstInOuterSensor_Mod04_FST07_07282020_HV*_ped_0.sfs

07/28/2020 13:20-13:35: move the FST Mod03 to the left (towards IST T-board)

07/28/2020 13:38: take pedestal run with 1k events at 140V for FST Mod03 and FST05 Cable => /scratch/data/FstTestStand_Jul2020/ped/FstInOuterSensor_Mod03_FST05_07282020_HV140V_ped_0.sfs

07/28/2020 14:45: Start data taking with 25k events at 140V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07282020_HV140V_data_0.sfs

07/29/2020 06:06: Start data taking with 25k events at 140V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07292020_HV140V_data_0.sfs

07/29/2020 20:26: Start data taking with 25k events at 140V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod03_FST05_07292020_HV140V_data_1.sfs

07/30/2020 13:35: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod04_FST05_07302020_HV70V_data_0.sfs

07/31/2020 09:05: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod04_FST05_07312020_HV70V_data_0.sfs
07/31/2020 14:00: Terminated the run /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod04_FST05_07312020_HV70V_data_0.sfs

07/31/2020 17:21: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Jul2020/data/FstInOutTracking_Mod04_FST05_07312020_HV70V_data_1.sfs

08/01/2020 12:18: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08012020_HV70V_data_0.sfs

08/02/2020 03:02: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08022020_HV70V_data_0.sfs

08/02/2020 18:56: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08022020_HV70V_data_1.sfs

08/03/2020 09:07: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08032020_HV70V_data_0.sfs

08/04/2020 00:31: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08042020_HV70V_data_0.sfs

08/04/2020 18:58: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08042020_HV70V_data_1.sfs

08/05/2020 10:35: Ramp down voltage to 0V and turned off crate. Let test stand idle for 2 hours in this state.

08/05/2020 12:44: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08052020_HV70V_data_0.sfs

08/06/2020 11:14: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08062020_HV70V_data_0.sfs

08/07/2020 01:32: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08072020_HV70V_data_0.sfs

08/09/2020 18:20: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08092020_HV70V_data_0.sfs

08/10/2020 09:29: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08102020_HV70V_data_0.sfs

08/11/2020 00:03: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08112020_HV70V_data_0.sfs

08/11/2020 16:58: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08112020_HV70V_data_1.sfs

08/12/2020 10am-3pm: Zhenyu looked into the noise. Grounding the mounting plate by connecting it to the Grey cable shield greatly reduces the noise. Accidentally moved the FST04 a little bit.

08/12/2020 15:00: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08132020_HV70V_data_0.sfs

08/13/2020 06:03: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08132020_HV70V_data_1.sfs

08/13/2020 20:31: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08132020_HV70V_data_2.sfs

08/14/2020 11:50: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08142020_HV70V_data_0.sfs

08/15/2020 12:48: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08152020_HV70V_data_0.sfs

08/16/2020 03:05: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08162020_HV70V_data_0.sfs

08/16/2020 20:00: Start data taking with 25k events at 140V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08162020_HV140V_data_0.sfs

08/17/2020 13:05: Start data taking with 25k events at 140V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08172020_HV140V_data_0.sfs

08/18/2020 07:33: Start data taking with 25k events at 140V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08182020_HV140V_data_0.sfs

08/19/2020 00:30: Start data taking with 25k events at 140V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08192020_HV140V_data_0.sfs

08/19/2020 17:03: Start data taking with 25k events at 100V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08192020_HV100V_data_0.sfs

08/20/2020 08:39: Start data taking with 25k events at 100V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08202020_HV100V_data_0.sfs

08/21/2020 01:35: Start data taking with 25k events at 100V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08212020_HV100V_data_0.sfs
08/21/2020 17:47: Restart data taking with 25k events at 100V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08212020_HV100V_data_0.sfs

08/22/2020 10:39: Start data taking with 25k events at 100V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08222020_HV100V_data_0.sfs

08/23/2020 01:09: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08232020_HV70V_data_0.sfs

08/23/2020 16:48: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08232020_HV70V_data_1.sfs
=> 08/28/2020: very few events after production.

08/24/2020 08:47: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08242020_HV70V_data_0.sfs

08/24/2020 23:49: Start data taking with 25k events at 70V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08242020_HV70V_data_1.sfs

08/25/2020 16:45: Start data taking with 25k events at 140V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08252020_HV140V_data_0.sfs

08/26/2020 09:24: Start data taking with 25k events at 140V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08262020_HV140V_data_0.sfs

08/27/2020 00:05: Start data taking with 25k events at 140V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08272020_HV140V_data_0.sfs

08/27/2020 15:19: Start data taking with 25k events at 140V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08272020_HV140V_data_1.sfs

08/28/2020 11:17: Start data taking with 25k events at 100V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08282020_HV100V_data_0.sfs

08/29/2020 02:50: Start data taking with 25k events at 100V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08292020_HV100V_data_0.sfs

08/29/2020 18:12: Start data taking with 25k events at 100V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08292020_HV100V_data_1.sfs

08/30/2020 10:05: Start data taking with 25k events at 100V for FST Mod04 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod04_FST05_08302020_HV100V_data_0.sfs

08/31/2020 13:00-13:40: Start pedestal taking with 1k events each at 0-140V for FST Mod04 and FST05 Cable => /scratch/data/FstTestStand_Aug2020/ped/FstInOuterSensor_Mod04_FST05_08312020_HV*.sfs

08/31/2020 13:40-13:45: Took 3 pedestal run of different Latency set with 1k events each at 70V for FST Mod04 and FST05 Cable => /scratch/data/FstTestStand_Aug2020/ped/FstInOuterSensorLatency[A,B,C]_Mod04_FST05_08312020_HV70V_ped_0.sfs
LatencyA: 39 || LatencyB: 37 || LatencyC: 38 (default)

08/31/2020 13:50-14:00 Took 3 pedestal run of different VPSP set with 1k events each at 70V for FST Mod04 and FST05 Cable => /scratch/data/FstTestStand_Aug2020/ped/FstInOuterSensorVPSP[A,B,C]_Mod04_FST05_08312020_HV70V_ped_0.sfs
VPSPA: 38 || VPSPB: 35 || VPSPC: 41 (default)
VPSPA fixed the low noise channel of Mod04.

08/31/2020 14:30-15:05: Start pedestal taking with 1k events each at 0-140V for FST Mod03 and FST05 Cable => /scratch/data/FstTestStand_Aug2020/ped/FstInOuterSensor_Mod03_FST05_08312020_HV*.sfs

08/31/2020 15:12: Start data taking with 25k events at 70V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Aug2020/data/FstInOutTracking_Mod03_FST05_08312020_HV70V_data_0.sfs

09/01/2020 09:45: Start data taking with 25k events at 70V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Sep2020/data/FstInOutTracking_Mod03_FST05_09012020_HV70V_data_0.sfs

09/02/2020 00:48: Start data taking with 25k events at 70V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Sep2020/data/FstInOutTracking_Mod03_FST05_09022020_HV70V_data_0.sfs

09/02/2020 17:06: Start data taking with 25k events at 70V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Sep2020/data/FstInOutTracking_Mod03_FST05_09022020_HV70V_data_1.sfs

09/03/2020 10:52: Error in previous run (09022020_1). Restart data taking with 25k events at 70V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Sep2020/data/FstInOutTracking_Mod03_FST05_09032020_HV70V_data_0.sfs

09/04/2020 01:12: Start data taking with 25k events at 140V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Sep2020/data/FstInOutTracking_Mod03_FST05_09042020_HV140V_data_0.sfs

09/04/2020 16:01: Start data taking with 25k events at 140V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Sep2020/data/FstInOutTracking_Mod03_FST05_09042020_HV140V_data_1.sfs

09/05/2020 11:19: Start data taking with 25k events at 140V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Sep2020/data/FstInOutTracking_Mod03_FST05_09052020_HV140V_data_0.sfs

09/06/2020 09:52: Start data taking with 25k events at 140V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Sep2020/data/FstInOutTracking_Mod03_FST05_09062020_HV140V_data_0.sfs

09/07/2020 08:01: Start data taking with 25k events at 100V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Sep2020/data/FstInOutTracking_Mod03_FST05_09072020_HV100V_data_0.sfs

09/07/2020 22:29: Start data taking with 25k events at 100V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Sep2020/data/FstInOutTracking_Mod03_FST05_09072020_HV100V_data_1.sfs

09/08/2020 18:30: Start data taking with 25k events at 100V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Sep2020/data/FstInOutTracking_Mod03_FST05_09082020_HV100V_data_0.sfs

09/09/2020 09:44: Start data taking with 25k events at 100V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Sep2020/data/FstInOutTracking_Mod03_FST05_09092020_HV100V_data_0.sfs

09/10/2020 00:36: Start data taking with 25k events at 140V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Sep2020/data/FstInOutTracking_Mod03_FST05_09102020_HV140V_data_0.sfs

09/10/2020 18:59: Start data taking with 25k events at 140V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Sep2020/data/FstInOutTracking_Mod03_FST05_09102020_HV140V_data_1.sfs

09/11/2020 19:12: Start data taking with 25k events at 140V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Sep2020/data/FstInOutTracking_Mod03_FST05_09112020_HV140V_data_0.sfs

09/12/2020 14:05: Start data taking with 25k events at 140V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Sep2020/data/FstInOutTracking_Mod03_FST05_09122020_HV140V_data_0.sfs

09/13/2020 08:56: Start data taking with 25k events at 100V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Sep2020/data/FstInOutTracking_Mod03_FST05_09132020_HV100V_data_0.sfs

09/14/2020 00:28: Start data taking with 25k events at 100V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Sep2020/data/FstInOutTracking_Mod03_FST05_09142020_HV100V_data_0.sfs

09/14/2020 20:06: Start data taking with 25k events at 100V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Sep2020/data/FstInOutTracking_Mod03_FST05_09142020_HV100V_data_1.sfs

09/15/2020 10:40: Start data taking with 25k events at 100V for FST Mod03 Inner and Outer and FST05 Cable => /scratch/data/FstTestStand_Sep2020/data/FstInOutTracking_Mod03_FST05_09152020_HV100V_data_0.sfs

09/16/2020 08:55: Ramp down voltage to 0V and turn off crate. 

09/17/2020
 
1. Rearrange the grey cables and connections with ARM boards, so that ARM0 is connected two IST staves, ARM1 is connected to two FST wedges
Move grey cable IST-06 from ARM0-1 to ARM1-0: IST-06 will be connected to FST wedge in the laser test stand
Move grey cable IST-13 from ARM1-0 to ARM0-1: IST-13 connected to an IST stave
HV=0V:   /scratch/data/FstTestStand_Sep2020/ped/FstInOuterSensor_Mod03_FST05_09172020_HV0V_ped_0.sfs
HV=70V: /scratch/data/FstTestStand_Sep2020/ped/FstInOuterSensor_Mod03_FST05_09172020_HV70V_ped_0.sfs
 
2. Replaced ABC board 36 by the modified ABC board from Mike
HV=0V:   /scratch/data/FstTestStand_Sep2020/ped/FstInOuterSensor_Mod03_FST05_09172020_HV0V_ped_1.sfs
HV=70V: /scratch/data/FstTestStand_Sep2020/ped/FstInOuterSensor_Mod03_FST05_09172020_HV70V_ped_1.sfs
 
3. Connect the modified ABC board to FST04 in the laser test stand, while keep the original ABC board to FST03 in the cosmic ray test stand
a) w/o grounding Al plate in the laser test stand 
HV=0V:   /scratch/data/FstTestStand_Sep2020/ped/FstInOuterSensor_Mod03_FST05_09172020_HV0V_ped_3.sfs
HV=70V: /scratch/data/FstTestStand_Sep2020/ped/FstInOuterSensor_Mod03_FST05_09172020_HV70V_ped_3.sfs
 
-rw-r--r-- 1 ist daq 92655628 Sep 17 14:04 FstInOuterSensor_Mod04_FST07_09172020_HV0V_ped_3.sfs
-rw-r--r-- 1 ist daq 92655628 Sep 17 14:15 FstInOuterSensor_Mod04_FST07_09172020_HV70V_ped_3.sfs
 
b) grounding Al plate in the laser test stand 
HV=0V:   /scratch/data/FstTestStand_Sep2020/ped/FstInOuterSensor_Mod03_FST05_09172020_HV0V_ped_4.sfs
HV=70V: /scratch/data/FstTestStand_Sep2020/ped/FstInOuterSensor_Mod03_FST05_09172020_HV70V_ped_4.sfs
 
-rw-r--r-- 1 ist daq 92655628 Sep 17 15:12 FstInOuterSensor_Mod04_FST07_09172020_HV0V_ped_4.sfs
-rw-r--r-- 1 ist daq 92655628 Sep 17 14:30 FstInOuterSensor_Mod04_FST07_09172020_HV70V_ped_4.sfs
 
 
ARM0 is connected to two IST staves on the cosmic ray test stand, biased by U0 and U1
ARM1-0 is connected to FST04 in the laser test stand, biased by U2 and U4
 
U2 controls the outer bias,
U4 controls the inner bias,
 
ARM1-1 is connected to FST03 in the laser test stand, biased by U3
 
Apply 70V only to inner or only to outer for FST04
-rw-r--r-- 1 ist daq 92655628 Sep 17 15:43 FstInOuterSensor_Mod04_FST07_09172020_InnerHV0VOuter70V_ped_0.sfs
-rw-r--r-- 1 ist daq 92655628 Sep 17 15:46 FstInOuterSensor_Mod04_FST07_09172020_InnerHV70VOuter0V_ped_0.sfs

ARM1-0 is connected through FST-TEST-07 to FST04 in the laser test stand, biased by U2 and U4
ARM1-1 is connected through FST-TEST-05 to FST03 in the cosmic ray test stand, biased by U3

09/23/2020 3:30-3:55pm pedestal runs taken with the cosmic ray test stand for FST04 with wire-bonds added onto the guard-ring 
/scratch/data/FstTestStand_Sep2020/ped/FstInOuterSensor_Mod04_FSTXX_09232020_InnerHV70VOuter0V_ped_0.sfs
/scratch/data/FstTestStand_Sep2020/ped/FstInOuterSensor_Mod04_FSTXX_09232020_InnerHV0VOuter0V_ped_0.sfs
/scratch/data/FstTestStand_Sep2020/ped/FstInOuterSensor_Mod04_FSTXX_09232020_InnerHV0VOuter70V_ped_0.sfs

09/23/2020 7:00pm pedestal run at 70V for FST04 with wire-bonds added onto the guard-ring /scratch/data/FstTestStand_Sep2020/ped/FstInOuterSensor_Mod04_FSTXX_09232020_InnerHV70VOuter70V_ped_0.sfs
 
09/23/2020 7:10pm 25k at 70V for FST04 with wire-bonds added onto the guard-ring /scratch/data/FstTestStand_Sep2020/data/FstInOuterSensor_Mod04_FSTXX_09232020_InnerHV70VOuter70V_data_0.sfs

09/24/2020 7:30pm 25k at 70V for FST04 with wire-bonds added onto the guard-ring /scratch/data/FstTestStand_Sep2020/data/FstInOuterSensor_Mod04_FST07_09242020_InnerHV70VOuter70V_data_0.sfs

09/25/2020 12:33pm 25k at 70V for FST04 with wire-bonds added onto the guard-ring /scratch/data/FstTestStand_Sep2020/data/FstInOuterSensor_Mod04_FST07_09252020_InnerHV70VOuter70V_data_0.sfs

09/26/2020 03:02pm 25k at 140V for FST04 with wire-bonds added onto the guard-ring /scratch/data/FstTestStand_Sep2020/data/FstInOuterSensor_Mod04_FST07_09262020_InnerHV140VOuter140V_data_0.sfs

09/26/2020 19:30 25k at 140V for FST04 with wire-bonds added onto the guard-ring /scratch/data/FstTestStand_Sep2020/data/FstInOuterSensor_Mod04_FST07_09262020_InnerHV140VOuter140V_data_1.sfs

09/27/2020 16:45 25k at 100V for FST04 with wire-bonds added onto the guard-ring /scratch/data/FstTestStand_Sep2020/data/FstInOuterSensor_Mod04_FST07_09272020_InnerHV100VOuter100V_data_0.sfs

09/28/2020 08:30 25k at 100V for FST04 with wire-bonds added onto the guard-ring /scratch/data/FstTestStand_Sep2020/data/FstInOuterSensor_Mod04_FST07_09282020_InnerHV100VOuter100V_data_0.sfs

10/09/2020 14:00-15:00 1k pedestal runs at 0V, 70V and 140 for FST03 after encapsulation 
/scratch/data/FstTestStand_Oct2020/ped/FstInOuterSensor_Mod03_FST07_10092020_InnerHV0VOuter0V_ped_0.sfs
/scratch/data/FstTestStand_Oct2020/ped/FstInOuterSensor_Mod03_FST07_10092020_InnerHV70VOuter70V_ped_0.sfs
/scratch/data/FstTestStand_Oct2020/ped/FstInOuterSensor_Mod03_FST07_10092020_InnerHV140VOuter140V_ped_0.sfs
 
10/09/2020 15:30 25k run at 70V for FST03 after encapsulation
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod03_FST07_10092020_InnerHV70VOuter70V_data_0.sfs

10/10/2020 10:30 50k run at 70V for FST03 after encapsulation
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod03_FST07_10102020_InnerHV70VOuter70V_data_0.sfs

10/11/2020 10:07 Error in previous run. Restart 50k run at 70V for FST03 after encapsulation
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod03_FST07_10112020_InnerHV70VOuter70V_data_0.sfs

10/12/2020 15:14 50k run at 70V for FST03 after encapsulation
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod03_FST07_10122020_InnerHV70VOuter70V_data_0.sfs

10/13/2020 19:33 CDT 50k run at 70V for FST03 after encapsulation
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod03_FST07_10132020_InnerHV70VOuter70V_data_0.sfs

10/14/2020 09:41 Error in previous run. Restart 50k run at 70V for FST03 after encapsulation
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod03_FST07_10142020_InnerHV70VOuter70V_data_0.sfs

10/14/2020 10:50 killed the run

10/14/2020 23:10 Start data taking with 25k events at 70V for FST03 (arm=1 port=1) after encapsulation, while also read out FST01 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod01FSTXX_Mod03FST07_101442020_InnerHV70VOuter70V_data_0.sfs

10/15/2020 14:21 Start data taking with 25k events at 70V for FST03 (arm=1 port=1) after encapsulation, while also read out FST01 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod01FSTXX_Mod03FST07_10152020_InnerHV70VOuter70V_data_0.sfs

10/16/2020 10:20 Start data taking with 25k events at 70V for FST03 (arm=1 port=1) after encapsulation, while also read out FST01 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod01FSTXX_Mod03FST07_10162020_InnerHV70VOuter70V_data_0.sfs

10/17/2020 03:06 Start data taking with 25k events at 140V for FST03 (arm=1 port=1) after encapsulation, while also read out FST01 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod01FSTXX_Mod03FST07_10172020_InnerHV140VOuter140V_data_0.sfs

10/17/2020 17:22 Start data taking with 25k events at 140V for FST03 (arm=1 port=1) after encapsulation, while also read out FST01 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod01FSTXX_Mod03FST07_10172020_InnerHV140VOuter140V_data_1.sfs

10/18/2020 09:43 Start data taking with 25k events at 140V for FST03 (arm=1 port=1) after encapsulation, while also read out FST01 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod01FSTXX_Mod03FST07_10182020_InnerHV140VOuter140V_data_0.sfs

10/19/2020 07:51 Start data taking with 25k events at 140V for FST03 (arm=1 port=1) after encapsulation, while also read out FST01 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod01FSTXX_Mod03FST07_10192020_InnerHV140VOuter140V_data_0.sfs

10/19/2020 23:58 Start data taking with 25k events at 140V for FST03 (arm=1 port=1) after encapsulation, while also read out FST01 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod01FSTXX_Mod03FST07_10192020_InnerHV140VOuter140V_data_1.sfs

10/20/2020 18:35 Start data taking with 25k events at 140V for FST03 (arm=1 port=1) after encapsulation, while also read out FST01 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod01FSTXX_Mod03FST07_10202020_InnerHV140VOuter140V_data_0.sfs

10/21/2020 08:42 Start data taking with 25k events at 140V for FST03 (arm=1 port=1) after encapsulation, while also read out FST01 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod01FSTXX_Mod03FST07_10212020_InnerHV140VOuter140V_data_0.sfs

Error in previous run. 10/21/2020 14:41 Restart data taking with 25k events at 140V for FST03 (arm=1 port=1) after encapsulation, while also read out FST01 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod01FSTXX_Mod03FST07_10212020_InnerHV140VOuter140V_data_0.sfs

10/22/2020 06:00 Start data taking with 25k events at 140V for FST03 (arm=1 port=1) after encapsulation, while also read out FST01 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod01FSTXX_Mod03FST07_10222020_InnerHV140VOuter140V_data_0.sfs

10/23/2020 13:10 Start data taking with 25k events at 140V for FST04 (arm=1 port=1) after encapsulation, while also read out FST04 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod03FSTXX_Mod04FST07_10223020_InnerHV70VOuter70V_data_0.sfs

10/24/2020 11:47 Start data taking with 25k events at 70V for FST04 (arm=1 port=1) after encapsulation, while also read out FST03 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod03FSTXX_Mod04FST07_10242020_InnerHV70VOuter70V_data_0.sfs

10/25/2020 03:32 Start data taking with 25k events at 70V for FST04 (arm=1 port=1) after encapsulation, while also read out FST03 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod03FSTXX_Mod04FST07_10252020_InnerHV70VOuter70V_data_0.sfs

10/25/2020 18:25 Start data taking with 25k events at 70V for FST04 (arm=1 port=1) after encapsulation, while also read out FST03 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod03FSTXX_Mod04FST07_10252020_InnerHV70VOuter70V_data_1.sfs

10/26/2020 09:52 Start data taking with 25k events at 70V for FST04 (arm=1 port=1) after encapsulation, while also read out FST03 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod03FSTXX_Mod04FST07_10262020_InnerHV70VOuter70V_data_0.sfs

10/27/2020 00:31 Start data taking with 25k events at 70V for FST04 (arm=1 port=1) after encapsulation, while also read out FST03 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod03FSTXX_Mod04FST07_10272020_InnerHV70VOuter70V_data_0.sfs

10/27/2020 15:14 Start data taking with 25k events at 70V for FST04 (arm=1 port=1) after encapsulation, while also read out FST03 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod03FSTXX_Mod04FST07_10272020_InnerHV70VOuter70V_data_1.sfs

10/28/2020 09:05 Start data taking with 25k events at 70V for FST04 (arm=1 port=1) after encapsulation, while also read out FST03 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod03FSTXX_Mod04FST07_10282020_InnerHV70VOuter70V_data_0.sfs

10/28/2020 23:24 Start data taking with 25k events at 140V for FST04 (arm=1 port=1) after encapsulation, while also read out FST03 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod03FSTXX_Mod04FST07_10282020_InnerHV140VOuter140V_data_0.sfs

10/29/2020 14:16 Start data taking with 25k events at 140V for FST04 (arm=1 port=1) after encapsulation, while also read out FST03 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod03FSTXX_Mod04FST07_10292020_InnerHV140VOuter140V_data_0.sfs

10/30/2020 10:52 Error in previous run. Restart data taking with 25k events at 140V for FST04 (arm=1 port=1) after encapsulation, while also read out FST03 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod03FSTXX_Mod04FST07_10302020_InnerHV140VOuter140V_data_0.sfs

10/31/2020 01:23 Start data taking with 25k events at 140V for FST04 (arm=1 port=1) after encapsulation, while also read out FST03 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod03FSTXX_Mod04FST07_10312020_InnerHV140VOuter140V_data_0.sfs

10/31/2020 17:27 Start data taking with 25k events at 140V for FST04 (arm=1 port=1) after encapsulation, while also read out FST03 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Oct2020/data/FstInOuterSensor_Mod03FSTXX_Mod04FST07_10312020_InnerHV140VOuter140V_data_1.sfs

11/01/2020 10:11 Start data taking with 25k events at 140V for FST04 (arm=1 port=1) after encapsulation, while also read out FST03 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Nov2020/data/FstInOuterSensor_Mod03FSTXX_Mod04FST07_11012020_InnerHV140VOuter140V_data_0.sfs

11/02/2020 00:27 Start data taking with 25k events at 140V for FST04 (arm=1 port=1) after encapsulation, while also read out FST03 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Nov2020/data/FstInOuterSensor_Mod03FSTXX_Mod04FST07_11022020_InnerHV140VOuter140V_data_0.sfs

11/02/2020 16:52 Start data taking with 25k events at 140V for FST04 (arm=1 port=1) after encapsulation, while also read out FST03 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Nov2020/data/FstInOuterSensor_Mod03FSTXX_Mod04FST07_11022020_InnerHV140VOuter140V_data_1.sfs

11/03/2020 09:03 Start data taking with 25k events at 140V for FST04 (arm=1 port=1) after encapsulation, while also read out FST03 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Nov2020/data/FstInOuterSensor_Mod03FSTXX_Mod04FST07_11032020_InnerHV140VOuter140V_data_0.sfs

11/04/2020 00:10 Start data taking with 25k events at 140V for FST04 (arm=1 port=1) after encapsulation, while also read out FST03 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Nov2020/data/FstInOuterSensor_Mod03FSTXX_Mod04FST07_11042020_InnerHV140VOuter140V_data_0.sfs

11/04/2020 10:02 Error in previous run, start data taking with 25k events at 140V for FST04 (arm=1 port=1) after encapsulation, while also read out FST03 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Nov2020/data/FstInOuterSensor_Mod03FSTXX_Mod04FST07_11042020_InnerHV140VOuter140V_data_0.sfs

11/04/2020 16:35 Error in previous run, start data taking with 25k events at 140V for FST04 (arm=1 port=1) after encapsulation, while also read out FST03 (arm=1 port=0) at 70V
/scratch/data/FstTestStand_Nov2020/data/FstInOuterSensor_Mod03FSTXX_Mod04FST07_11042020_InnerHV140VOuter140V_data_0.sfs

11/05/2020 12:57 Ramp down voltage on all sensors and turn of crate.
 
 

UIC Test Stand Setup on 2/18/2021

1. u0->ABC06 Group 0 (Top BNC)->GC26->PPB75->30C->Top IST

2. u1->ABC06 Group 1 (Bottom BNC)->GC40->PPB19->33C->Bottom IST

3. u2->ABC26 Group 0 (Top BNC)->GC06->PPB95->CableXX->FST03 (Laser)

4. u3->ABC26 Group 1 (Bottom pin-BNC for inner sensor)->GC08->PPB86->CableV3.1-01->FST18 (Cosmic)

5. u4->ABC26 Group 1 (Bottom BNC for outer sensor)->GC08>PPB86->CableV3.1-01->FST18 (Cosmic)

 

02/18/2021 18:14 Start data taking with 3k events at 70V for FST18

/scratch/data/FstTestStand_Feb2021/data/FstInOutSensor_FST18_CableV3.1-01_02182021_HV70VHV70V_VPSP38_data_1.sfs


02/18/2021 20:18 Start data taking with 25k events at 70V for FST18

/scratch/data/FstTestStand_Feb2021/data/FstInOutSensor_FST18_CableV3.1-01_02182021_HV70VHV70V_VPSP38_data_2.sfs


02/19/2021 10:49 Start data taking with 25k events at 70V for FST18

/scratch/data/FstTestStand_Feb2021/data/FstInOutSensor_FST18_CableV3.1-01_02192021_HV70VHV70V_VPSP38_data_0.sfs


02/20/2021 02:53 Start data taking with 25k events at 70V for FST18

/scratch/data/FstTestStand_Feb2021/data/FstInOutSensor_FST18_CableV3.1-01_02202021_HV70VHV70V_VPSP38_data_0.sfs


02/21/2021 01:06 Start data taking with 25k events at 70V for FST18

/scratch/data/FstTestStand_Feb2021/data/FstInOutSensor_FST18_CableV3.1-01_02212021_HV70VHV70V_VPSP38_data_0.sfs


02/21/2021 19:35 Start data taking with 25k events at 140V for FST18

/scratch/data/FstTestStand_Feb2021/data/FstInOutSensor_FST18_CableV3.1-01_02212021_HV140VHV140V_VPSP38_data_0.sfs


02/22/2021 10:36 Error in previous run. Killed run.


02/22/2021 10:37 Start data taking with 25k events at 140V for FST18

/scratch/data/FstTestStand_Feb2021/data/FstInOutSensor_FST18_CableV3.1-01_02222021_HV140VHV140V_VPSP38_data_0.sfs


02/23/2021 00:28 Start data taking with 25k events at 140V for FST18

/scratch/data/FstTestStand_Feb2021/data/FstInOutSensor_FST18_CableV3.1-01_02232021_HV140VHV140V_VPSP38_data_0.sfs


02/23/2021 14:29 Start data taking with 25k events at 140V for FST18

/scratch/data/FstTestStand_Feb2021/data/FstInOutSensor_FST18_CableV3.1-01_02232021_HV140VHV140V_VPSP38_data_1.sfs


02/24/2021 05:03 Start data taking with 25k events at 140V for FST18

/scratch/data/FstTestStand_Feb2021/data/FstInOutSensor_FST18_CableV3.1-01_02242021_HV140VHV140V_VPSP38_data_0.sfs


02/25/2021 11:26 Ramp down voltage on all sensors and turn off crate.



03/02/2021 13:08 Turn on crate for pedestal runs


03/02/2021 13:36 Start pedestal taking with 2k events at 0V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03022021_HV0VHV0V_VPSP38_ped_0.sfs


03/02/2021 12:39 Start pedestal taking with 2k events at 5V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03022021_HV5VHV5V_VPSP38_ped_0.sfs


03/02/2021 13:45 Start pedestal taking with 2k events at 10V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03022021_HV10VHV10V_VPSP38_ped_0.sfs


03/02/2021 13:48 Start pedestal taking with 2k events at 20V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03022021_HV20VHV20V_VPSP38_ped_0.sfs


03/02/2021 13:52 Start pedestal taking with 2k events at 30V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03022021_HV30VHV30V_VPSP38_ped_0.sfs


03/02/2021 13:55 Start pedestal taking with 2k events at 40V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03022021_HV40VHV40V_VPSP38_ped_0.sfs


03/02/2021 13:59 Start pedestal taking with 2k events at 50V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03022021_HV50VHV50V_VPSP38_ped_0.sfs


03/02/2021 14:02 Start pedestal taking with 2k events at 60V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03022021_HV60VHV60V_VPSP38_ped_0.sfs


03/02/2021 14:05  Start pedestal taking with 2k events at 70V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03022021_HV70VHV70V_VPSP38_ped_0.sfs


03/02/2021 14:08 Start pedestal taking with 2k events at 80V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03022021_HV80VHV80V_VPSP38_ped_0.sfs


03/02/2021 14:12 Start pedestal taking with 2k events at 90V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03022021_HV90VHV90V_VPSP38_ped_0.sfs


03/02/2021 14:15 Start pedestal taking with 2k events at 100V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03022021_HV100VHV100V_VPSP38_ped_0.sfs


03/02/2021 14:19 Start pedestal taking with 2k events at 110V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03022021_HV110VHV110V_VPSP38_ped_0.sfs


03/02/2021 14:22 Start pedestal taking with 2k events at 120V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03022021_HV120VHV120V_VPSP38_ped_0.sfs


03/02/2021 14:26 Start pedestal taking with 2k events at 130V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03022021_HV130VHV130V_VPSP38_ped_0.sfs


03/02/2021 14:29 Start pedestal taking with 2k events at 140V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03022021_HV140VHV140V_VPSP38_ped_0.sfs


03/02/2021 14:34 Ramp down voltage and turn off crate



The following data contains VPSP38 in the name, but all ped data on 03/03/2021 used VPSP41


03/03/2021 12:30 Turn on crate for pedestal runs


03/03/2021 12:38 Start pedestal taking with 2k events at 0V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03032021_HV0VHV0V_VPSP38_ped_0.sfs


03/03/2021 12:41 Start pedestal taking with 2k events at 5V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03032021_HV5VHV5V_VPSP38_ped_0.sfs


03/03/2021 12:45 Start pedestal taking with 2k events at 10V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03032021_HV10VHV10V_VPSP38_ped_0.sfs


03/03/2021 12:49 Start pedestal taking with 2k events at 20V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03032021_HV20VHV20V_VPSP38_ped_0.sfs


03/03/2021 12:52 Start pedestal taking with 2k events at 30V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03032021_HV30VHV30V_VPSP38_ped_0.sfs


03/03/2021 12:56 Start pedestal taking with 2k events at 40V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03032021_HV40VHV40V_VPSP38_ped_0.sfs


03/03/2021 13:00 Start pedestal taking with 2k events at 50V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03032021_HV50VHV50V_VPSP38_ped_0.sfs


03/03/2021 13:03 Start pedestal taking with 2k events at 60V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03032021_HV60VHV60V_VPSP38_ped_0.sfs


03/03/2021 13:20  Start pedestal taking with 2k events at 70V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03032021_HV70VHV70V_VPSP38_ped_0.sfs


03/03/2021 13:30 Start pedestal taking with 2k events at 80V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03032021_HV80VHV80V_VPSP38_ped_0.sfs


03/03/2021 13:35 Start pedestal taking with 2k events at 90V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03032021_HV90VHV90V_VPSP38_ped_0.sfs


03/03/2021 13:47 Start pedestal taking with 2k events at 100V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03032021_HV100VHV100V_VPSP38_ped_0.sfs


03/03/2021 14:22 Start pedestal taking with 2k events at 110V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03032021_HV110VHV110V_VPSP38_ped_0.sfs


03/03/2021 14:22 Start pedestal taking with 2k events at 120V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03032021_HV120VHV120V_VPSP38_ped_0.sfs


03/03/2021 14:33 Start pedestal taking with 2k events at 130V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03032021_HV130VHV130V_VPSP38_ped_0.sfs


03/03/2021 14:37 Start pedestal taking with 2k events at 140V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03032021_HV140VHV140V_VPSP38_ped_0.sfs


03/03/2021 14:40 Ramp down voltage and turn off crate



UIC Test Stand Setup after 3pm on 3/3/2021:


1. u0->ABC06 Group 0 (Top BNC)->GC49->PPB75->30C->Top IST

2. u1->ABC06 Group 1 (Bottom BNC)->GC40->PPB19->33C->Bottom IST

3. u2->ABC26 Group 0 (Top BNC)->GC06->PPB95->CableXX->FST03 (Laser)

4. u3->ABC26 Group 1 (Bottom pin-BNC for inner sensor)->GC08->PPB86->CableV3.1-01->FST18 (Cosmic)

5. u4->ABC26 Group 1 (Bottom BNC for outer sensor)->GC08->PPB86->CableV3.1-01->FST18 (Cosmic)



xxx_11.sfs are taken with some chips in top IST masked out (not readout)

xxx_12.sfs are taken with all chips enabled.


03/03/2021 16:15 Start pedestal taking at 140V for FST18

/scratch/data/FstInOutSensor_FST18_CableV3.1-01_03032021_HV140VHV140V_VPSP41_ped_11.sfs


03/03/2021 16:31 Start pedestal taking at 140V for FST18

/scratch/data/FstInOutSensor_FST18_CableV3.1-01_03032021_HV140VHV140V_VPSP38_ped_11.sfs


03/03/2021 16:34 Start pedestal taking at 140V for FST18

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03032021_HV140VHV140V_VPSP38_ped_12.sfs



03/03/2021 17:28 Start data taking with 25k events at 140V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03032021_HV140VHV140V_VPSP38_data_0.sfs


03/04/2021 10:40 Start data taking with 25k events at 140V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03042021_HV140VHV140V_VPSP38_data_0.sfs


03/05/2021 02:18 Start data taking with 25k events at 140V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03052021_HV140VHV140V_VPSP38_data_0.sfs


03/05/2021 18:00 Start data taking with 25k events at 140V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03052021_HV140VHV140V_VPSP38_data_1.sfs



UIC Test Stand Setup after 9pm on 3/5/2021:  

1. u0->ABC06 Group 0 (Top BNC)->GC59->PPB75->30C->Top IST  

2. u1->ABC06 Group 1 (Bottom BNC)->GC40->PPB19->33C->Bottom IST  

3. u2->ABC26 Group 0 (Top BNC)->GC06->PPB95->CableXX->FST03 (Laser)  

4. u3->ABC26 Group 1 (Bottom pin-BNC for inner sensor)->GC49->PPB86->CableV3.1-01->FST18 (Cosmic)  

5. u4->ABC26 Group 1 (Bottom BNC for outer sensor)->GC49->PPB86->CableV3.1-01->FST18 (Cosmic)


03/05/2021 21:00 Start data taking with 25k events at 140V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03052021_HV140VHV140V_VPSP38_data_2.sfs


03/06/2021 12:15 Start data taking with 25k events at 140V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03062021_HV140VHV140V_VPSP38_data_0.sfs


Error in previous two runs "INFO: fgt_run_daq.C [line 307]: Event 14822/25000: words 36, status 0x00024082"


03/06/2021 22:07 Start data taking with 25k events at 140V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03062021_HV140VHV140V_VPSP38_data_1.sfs


03/07/2021 12:14 Start data taking with 25k events at 140V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03072021_HV140VHV140V_VPSP38_data_0.sfs


03/08/2021 09:23 Start data taking with 25k events at 140V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03082021_HV140VHV140V_VPSP38_data_0.sfs


03/08/2021 23:33 Start data taking with 25k events at 140V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03082021_HV140VHV140V_VPSP38_data_1.sfs


03/09/2021 15:03 Start data taking with 25k events at 70V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03092021_HV70VHV70V_VPSP38_data_0.sfs


Error in previous run.


03/10/2021 08:45 Start data taking with 25k events at 70V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_030102021_HV70VHV70V_VPSP38_data_0.sfs




UIC Test Stand Setup after 11am on 3/11/2021:  

1. u0->ABC06 Group 0 (Top BNC)->GC40->PPB75->30C->Top IST  

2. u1->ABC06 Group 1 (Bottom BNC)->GC59->PPB19->33C->Bottom IST  

3. u2->ABC26 Group 0 (Top BNC)->GC06->PPB95->CableXX->FST03 (Laser)  

4. u3->ABC26 Group 1 (Bottom pin-BNC for inner sensor)->GC49->PPB86->CableV3.1-01->FST18 (Cosmic)  

5. u4->ABC26 Group 1 (Bottom BNC for outer sensor)->GC49->PPB86->CableV3.1-01->FST18 (Cosmic)


03/11/2021 11:30 Take pedestal runs at 0V, 70V, and 140V.


03/11/2021 13:45 Start data taking with 25k events at 70V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03112021_HV70VHV70V_VPSP38_data_0.sfs

03/12/2021 10:28 Start data taking with 25k events at 70V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03122021_HV70VHV70V_VPSP38_data_0.sfs


03/12/2021 11:47 Stop previous run. Noise issue with Top IST. Power cycle test stand.


03/14/2021 13:15 Start data taking with 25k events at 70V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03142021_HV70VHV70V_VPSP38_data_0.sfs

Noise Issue: First half of APVs on top IST have significantly more noise. 


03/15/2021 22:09 Take pedestal runs.


03/15/2021 22:13 Start pedestal taking with 2k events at 0V for FST18 and 0V for IST staves

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03152021_HV0VHV0V_VPSP38_ped_0.sfs


03/15/2021 22:26 Start pedestal taking with 2k events at 0V for FST18 and 70V for IST staves

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03152021_HV0VHV0V_VPSP38_ped_1.sfs


03/15/2021 22:29 Start pedestal taking with 2k events at 70V for FST18 and 70V for IST staves

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03152021_HV70VHV70V_VPSP38_ped_0.sfs


03/15/2021 22:39 Start pedestal taking with 10k events at 140V for FST18 and 70V for IST staves

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03152021_HV140VHV140V_VPSP38_ped_0.sfs


03/15/2021 22:55 Start pedestal taking with 10k events at 140V for FST18 and 70V for IST staves

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03152021_HV140VHV140V_VPSP38_ped_1.sfs


03/15/2021 23:00 Start pedestal taking with 10k events at 140V for FST18 and 70V for IST staves

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03152021_HV140VHV140V_VPSP38_ped_2.sfs

No Noise Issue.



03/16/2021 11:00 Disconnect all cables from PPBs, ABCs. Pull out and reinsert ABCs and ARMs. Reconnect all cables in same order.


03/16/2021 12:05 Take pedesetal runs at various voltages on IST and FST to investigate noise issue. 

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV0VHV0V_VPSP38_ped_0.sfs -> 18 total to *_ped_17.sfs

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV70VHV70V_VPSP38_ped_0.sfs

We see Noise Issue.



03/16/2021 14:02 IST bottom (GC59) plugged in port 0 on ARM 0. (Was in port 1). Disconnect top IST from ABC.


03/16/2021 14:16 Take pedestal runs with 500 events.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV0VHV0V_VPSP38_ped_18.sfs to *_ped_22.sfs

Pedestals taken in following order:

*_ped_18.sfs: All channels at 0V

*_ped_19.sfs: u0 (IST bottom) @70V

*_ped_20.sfs: u1 @70V

*_ped_21.sfs: u0 and u1 @70V

*_ped_22.sfs: u0 (IST bottom) @70V

No noise Issue.



03/16/2021 14:19 Top IST (GC40) connected to Arm 0 Port 1. Disconnect Bottom IST from ABC.


03/16/2021 14:20 Take pedestal runs with 500 events.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV0VHV0V_VPSP38_ped_23.sfs to *_ped_27.sfs

Pedestals taken in following order:

*_ped_23.sfs: All channels at 0V

*_ped_24.sfs: u1 (IST top) @70V

*_ped_25.sfs: u0 @70V

*_ped_26.sfs: u0 and u1 @70V

*_ped_27.sfs: u1 (IST Top) @70V

We see Noise Issue in *_ped_26.sfs and *_ped_27.sfs



03/16/2021 14:40 Swap grey cable for Top IST GC40->GC59 and connect to Arm 0 Port 0. (Bottom IST disconnected)


03/16/2021 14:45 Take pedestal runs with 500 events.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV0VHV0V_VPSP38_ped_29.sfs to *_ped_32.sfs

Pedestals taken in following order:

*_ped_29.sfs: All channels at 0V

*_ped_30.sfs: u0 (IST top) @70V

*_ped_31.sfs: u1 @70V

*_ped_32.sfs: u0 and u1 @70V

We see Noise Issue in *_ped_32.sfs



03/16/2021 15:00 Swap PPB for Top IST (PPB75->PPB19)


03/16/2021 15:05 Take pedestal runs with 500 events.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV0VHV0V_VPSP38_ped_33.sfs to *_ped_36.sfs

Pedestals taken in following order:

*_ped_33.sfs: All channels at 0V

*_ped_34.sfs: u0 (IST top) @70V

*_ped_35.sfs: u1 @70V

*_ped_36.sfs: u0 and u1 @70V

We see Noise Issue in *_ped_36.sfs



3/16/2021 15:25 Disconnected u1 from high voltage.


03/16/2021 15:30 Take pedestal runs with 500 events.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV0VHV0V_VPSP38_ped_37.sfs to *_ped_40.sfs

Pedestals taken in following order:

*_ped_37.sfs: All channels at 0V

*_ped_38.sfs: u0 (IST top) @70V

*_ped_39.sfs: u1 @70V

*_ped_40.sfs: u0 and u1 @70V

No Noise Issue.



03/16/2021 15:45 High voltage channel for Arm 0 Port 1 changed from u1 to u5.


03/16/2021 15:50 Take pedestal runs with 500 events.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV0VHV0V_VPSP38_ped_41.sfs to *_ped_44.sfs

Pedestals taken in following order:

*_ped_41.sfs: All channels at 0V

*_ped_42.sfs: u0 (IST top) @70V

*_ped_43.sfs: u5 @70V

*_ped_44.sfs: u0 and u5 @70V

No Noise Issue.


03/16/2021 16:26 Take pedestal runs with 500 events. Channels u0, u3, u4, u5 set to 70V (Fst connected to channels u3 and u4)

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV70VHV70V_VPSP38_ped_10.sfs

There is noise issue.



03/16/2021 16:30 HV channel for Arm 0 Port 0 (Top IST) changed u0->u5. HV channel for Arm 0 Port 1 changed u5->u1.


03/16/2021 16:32 Take pedestal runs with 500 events.

All channels at 0V: /scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV0VHV0V_VPSP38_ped_45.sfs

u1 and u5(Top IST) @70V: /scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV0VHV0V_VPSP38_ped_46.sfs

u1, u5, u3 @70V: /scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV70VHV0V_VPSP38_ped_0.sfs

!!We see noise issue

u1 and u5(Top IST) @70V: /scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV0VHV0V_VPSP38_ped_46.sfs (Wrote over previous accidentally).

!!Noise Issue persists


03/16/2021 16:55 Unplug all grey cables from ABC except top IST (GC59, Arm 0 Port 0)


03/16/2021 17:00 Take pedestal runs with 500 events.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV0VHV0V_VPSP38_ped_48.sfs to *_ped_50.sfs

Pedestals taken in following order:

*_ped_48.sfs: All channels at 0V

*_ped_49.sfs: u1,u5(Top IST) @70V

*_ped_50.sfs: u1,u5,u3 @70V

Noise issue in *_ped_50.sfs



03/16/2021 17:07 Remove BNC cable for u5 (Top IST) and replace with u1 cable. 

Take pedestal run with 500 events.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV0VHV0V_VPSP38_ped_51.sfs

No Noise Issue


03/16/2021 17:10 Set channels u1,u3,u4,u5 to 70V. 

Take pedestal run with 500 events.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV0VHV0V_VPSP38_ped_52.sfs


03/16/2021 17:23 Use new BNC cable for u1 HV connection (Arm 0 Port 1) 

Channels u1,u3,u4,u5 set to 70V. Take pedestal runs with 500 events.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV0VHV0V_VPSP38_ped_53.sfs

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV0VHV0V_VPSP38_ped_54.sfs

No Noise Issue


03/16/2021 17:29 Replace BNC cable for u5 (Top IST) connection with original cable that was removed.

Channels u1,u3,u4,u5 set to 70V. Take pedestal runs with 500 events.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV0VHV0V_VPSP38_ped_55.sfs

No Noise issue.


03/16/2021 17:36 Remove new BNC cable for u1. Replace with original cable.

Channels u1,u3,u4,u5 set to 70V. Take pedestal runs with 500 events.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV0VHV0V_VPSP38_ped_56.sfs

No Noise issue.


03/16/2021 17:42 Reconnect all grey cables to appropriate ABCs. Only Top IST (GC59) connected to PPB.

Channels u1,u3,u4,u5 set to 70V. Take pedestal runs with 500 events.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV0VHV0V_VPSP38_ped_57.sfs

No Noise issue.


03/16/2021 17:42 Channels u1,u5 set to 70V. Channels u3,u4 set to 140V Take pedestal runs with 500 events.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV0VHV0V_VPSP38_ped_58.sfs

No Noise issue.


03/16/2021 17:45 Reconnect All Cables.


UIC Test Stand Setup after 5:45pm on 3/16/2021:  

1. u5->ABC06 Group 0 (Top BNC)->GC59->PPB19->30C->Top IST  

2. u1->ABC06 Group 1 (Bottom BNC)->GC40->PPB75->33C->Bottom IST  

3. u2->ABC26 Group 0 (Top BNC)->GC06->PPB95->CableXX->FST03 (Laser)  

4. u3->ABC26 Group 1 (Bottom pin-BNC for inner sensor)->GC49->PPB86->CableV3.1-01->FST18 (Cosmic)  

5. u4->ABC26 Group 1 (Bottom BNC for outer sensor)->GC49->PPB86->CableV3.1-01->FST18 (Cosmic)


03/16/2021 18:10 All channels set to 0V. Take pedestal runs with 500 events.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV0VHV0V_VPSP38_ped_59.sfs

High Noise on FST.


03/16/2021 18:10 Reconnect FST on PPB. All channels set to 0V. Take pedestal runs with 500 events.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV0VHV0V_VPSP38_ped_60.sfs

Lowered Noise.


03/16/2021 18:15 Set All sensors to 70V. Take pedestal runs with 500 events.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV70VHV70V_VPSP38_ped_20.sfs

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV70VHV70V_VPSP38_ped_21.sfs

Noise Issue present.


03/16/2021 18:23 Swap BNC cables for u1 and u5 (Bottom and Top IST). Take pedestal run with 500 events. All sensors at 70V

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV70VHV70V_VPSP38_ped_22.sfs

No Noise Issue.


03/16/2021 18:27 Set FST to 140V, ISTs at 70V. Take pedestal runs with 500 events. 

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV140VHV140V_VPSP38_ped_1.sfs

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV140VHV140V_VPSP38_ped_2.sfs

Noise Issue present.


03/16/2021 18:37 Replace BNC cable for u1 (bottom IST). BNC cable for u1 was not actually connected to the high voltage at this point. Take pedestal run with 500 events. All sensors at 70V

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV70VHV70V_VPSP38_ped_23.sfs


03/16/2021 18:41 Set FST to 140V, ISTs at 70V. Take pedestal run with 500 events. 

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV140VHV140V_VPSP38_ped_3.sfs

Noise Issue Present.


03/16/2021 18:45 Power cycle test stand. All Sensors set to 70V (u1 BNC disconnected). Take pedestal runs with 500 events.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV70VHV70V_VPSP38_ped_24.sfs to *_ped_26.sfs

High noise on botttom IST, not connected to HV.


03/16/2021 18:58 Connected BNC for u1 (bottom IST). All Sensors set to 70V. Take pedestal runs with 500 events.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03162021_HV70VHV70V_VPSP38_ped_27.sfs

All sensor noise is normal.


03/16/2021 19:00 Swap trigger to AND for data taking.


03/16/2021 19:48 Start data taking with 500 events at 70V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03162021_HV70VHV70V_VPSP38_data_0.sfs

Noise Issue


03/16/2021 20:25 Power Cycle and start data taking with 500 events at 70V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03162021_HV70VHV70V_VPSP38_data_1.sfs

Noise Issue.


03/16/2021 21:30 Start data taking with 500 events at 70V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03162021_HV70VHV70V_VPSP38_data_2.sfs

Noise Issue.


03/16/2021 11:57 Power Cycle and start data taking with 500 events at 70V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03162021_HV70VHV70V_VPSP38_data_3.sfs

Noise Issue Persists.


03/17/2021 12:21  Start data taking with 10k events at 70V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03172021_HV70VHV70V_VPSP38_data_0.sfs


03/18/2021 01:32 Start data taking with 10k events at 140V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03182021_HV70VHV70V_VPSP38_data_0.sfs



03/18/2021 13:00 Swap GC59 on Top IST with GC06 from laser and vice versa.


UIC Test Stand Setup after 3:00 on 3/18/2021:  

1. u5->ABC06 Group 0 (Top BNC)->GC06->PPB19->30C->Top IST  

2. u1->ABC06 Group 1 (Bottom BNC)->GC40->PPB75->33C->Bottom IST  

3. u2->ABC26 Group 0 (Top BNC)->GC59->PPB95->CableXX->FST03 (Laser)  

4. u3->ABC26 Group 1 (Bottom pin-BNC for inner sensor)->GC49->PPB86->CableV3.1-01->FST18 (Cosmic)  

5. u4->ABC26 Group 1 (Bottom BNC for outer sensor)->GC49->PPB86->CableV3.1-01->FST18 (Cosmic)



03/18/2021 13:28 Take pedestal run with 1k events with all sensors at 0V.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03182021_HV0VHV0V_VPSP38_ped_0.sfs


03/18/2021 13:38 Take pedestal run with 500 events with all sensors at 0V.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03182021_HV0VHV0V_VPSP38_ped_1.sfs


03/18/2021 13:42 Take pedestal run with 500 events with all sensors at 70V.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03182021_HV70VHV70V_VPSP38_ped_0.sfs


03/18/2021 13:42 Take pedestal run with 500 events with FST at 140V.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03182021_HV140VHV140V_VPSP38_ped_0.sfs


03/18/2021 13:53 Noise seemed slightly higher than previous data. Reconnect cables to FST PPB. Take pedestal run with 500 events with all sensors at 0V.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03182021_HV0VHV0V_VPSP38_ped_2.sfs

Noise appears reduced.


03/18/2021 14:00 Take pedestal run with 500 events with all sensors at 70V.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03182021_HV70VHV70V_VPSP38_ped_1.sfs


03/18/2021 14:08 Take pedestal run with 500 events with FST at 140V.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03182021_HV140VHV140V_VPSP38_ped_1.sfs


03/18/2021 14:08 Take pedestal run with 1k events with FST at 140V.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03182021_HV140VHV140V_VPSP38_ped_2.sfs



03/18/2021 16:35 Start data taking with 10k events at 140V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03182021_HV140VHV140V_VPSP38_data_1.sfs

Clustering issue for ISTs and FST gone. 


03/18/2021 22:48 Start data taking with 25k events at 140V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03182021_HV140VHV140V_VPSP38_data_2.sfs


03/19/2021 15:03 Start data taking with 25k events at 140V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03192021_HV140VHV140V_VPSP38_data_0.sfs


03/20/2021 05:36 Start data taking with 15k events at 140V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03202021_HV140VHV140V_VPSP38_data_0.sfs


03/20/2021 17:00 Start data taking with 25k events at 140V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03202021_HV140VHV140V_VPSP38_data_1.sfs


03/21/2021 22:29 Start data taking with 25k events at 70V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03212021_HV70VHV70V_VPSP38_data_0.sfs


03/22/2021 13:02 Start data taking with 25k events at 70V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03222021_HV70VHV70V_VPSP38_data_0.sfs


03/23/2021 09:16 Start data taking with 25k events at 140V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03232021_HV140VHV140V_VPSP38_data_0.sfs


03/23/2021 23:39 Start data taking with 25k events at 140V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03232021_HV140VHV140V_VPSP38_data_1.sfs


03/24/2021 13:30 Start data taking with 25k events at 70V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03242021_HV70VHV70V_VPSP38_data_0.sfs


03/25/2021 10:06 Start data taking with 25k events at 70V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03252021_HV70VHV70V_VPSP38_data_0.sfs


03/26/2021 00:54 Start data taking with 25k events at 70V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03262021_HV70VHV70V_VPSP38_data_0.sfs


03/26/2021 17:24 Start data taking with 25k events at 70V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03262021_HV70VHV70V_VPSP38_data_1.sfs


03/27/2021 12:39 Start data taking with 25k events at 70V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03272021_HV70VHV70V_VPSP38_data_0.sfs


03/28/2021 10:23 Start data taking with 25k events at 70V for FST18

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST18_CableV3.1-01_03282021_HV70VHV70V_VPSP38_data_0.sfs



03/29/2021 11:45 Swap FST Module in Cosmic Test Stand: FST18->FST31


UIC Cosmic Test Stand at 11:45 on 03/29/2021 

1. u5->ABC06 Group 0 (Top BNC)->GC06->PPB19->30C->Top IST  

2. u1->ABC06 Group 1 (Bottom BNC)->GC40->PPB75->33C->Bottom IST  

3. u2->ABC26 Group 0 (Top BNC)->GC59->PPB95->CableXX->FST03 (Laser)  

4. u3->ABC26 Group 1 (Bottom pin-BNC for inner sensor)->GC49->PPB86->CableV3.1-01->FST31 (Cosmic)  

5. u4->ABC26 Group 1 (Bottom BNC for outer sensor)->GC49->PPB86->CableV3.1-01->FST31 (Cosmic)



03/29/2021 11:53 Take pedestal run with 500 events with all sensors at 0V.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03292021_HV0VHV0V_VPSP38_ped_0.sfs

Noise on FST31 appears high compared to results from testing at FermiLab.


03/29/2021 11:57 Take pedestal run with 500 events with all sensors at 0V.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03292021_HV70VHV70V_VPSP38_ped_0.sfs

FST noise matches results from FermiLab Testing.


03/29/2021 12:03 Take pedestal run with 500 events with all sensors at 0V.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03292021_HV140VHV140V_VPSP38_ped_0.sfs

FST noise matches results from FermiLab Testing.


03/29/2021 12:07 Take pedestal run with 500 events with all sensors at 0V.

/scratch/data/FstTestStand_Mar2021/ped/FstInOutSensor_FST18_CableV3.1-01_03292021_HV0VHV0V_VPSP38_ped_1.sfs

FST noise matches results from FermiLab Testing.

03/29/2021 19:19 Start data taking with 25k events at 140V for FST31

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST31_CableV3.1-01_03292021_HV140VHV140V_VPSP38_data_0.sfs

03/30/2021 09:43 Start data taking with 25k events at 140V for FST31

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST31_CableV3.1-01_03302021_HV140VHV140V_VPSP38_data_0.sfs

03/31/2021 00:23 Start data taking with 25k events at 140V for FST31

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST31_CableV3.1-01_03312021_HV140VHV140V_VPSP38_data_0.sfs


03/31/2021 16:15 Start data taking with 25k events at 140V for FST31

/scratch/data/FstTestStand_Mar2021/data/FstInOutSensor_FST31_CableV3.1-01_03312021_HV140VHV140V_VPSP38_data_1.sfs


04/01/2021 12:22 Start data taking with 25k events at 140V for FST31

/scratch/data/FstTestStand_Apr2021/data/FstInOutSensor_FST31_CableV3.1-01_04012021_HV140VHV140V_VPSP38_data_0.sfs

04/02/2021 03:01 Start data taking with 25k events at 140V for FST31

/scratch/data/FstTestStand_Apr2021/data/FstInOutSensor_FST31_CableV3.1-01_04022021_HV140VHV140V_VPSP38_data_0.sfs

04/02/2021 17:40 Start data taking with 25k events at 70V for FST31

/scratch/data/FstTestStand_Apr2021/data/FstInOutSensor_FST31_CableV3.1-01_04022021_HV70VHV70V_VPSP38_data_0.sfs

04/03/2021 09:15 Start data taking with 25k events at 70V for FST31

/scratch/data/FstTestStand_Apr2021/data/FstInOutSensor_FST31_CableV3.1-01_04032021_HV70VHV70V_VPSP38_data_0.sfs

04/04/2021 00:23 Start data taking with 25k events at 70V for FST31

/scratch/data/FstTestStand_Apr2021/data/FstInOutSensor_FST31_CableV3.1-01_04042021_HV70VHV70V_VPSP38_data_0.sfs

04/04/2021 16:03 Start data taking with 25k events at 70V for FST31

/scratch/data/FstTestStand_Apr2021/data/FstInOutSensor_FST31_CableV3.1-01_04042021_HV70VHV70V_VPSP38_data_1.sfs

04/05/2021 09:27 Start data taking with 25k events at 70V for FST31

/scratch/data/FstTestStand_Apr2021/data/FstInOutSensor_FST31_CableV3.1-01_04052021_HV70VHV70V_VPSP38_data_0.sfs

04/06/2021 09:40 Start data taking with 25k events at 70V for FST31

/scratch/data/FstTestStand_Apr2021/data/FstInOutSensor_FST31_CableV3.1-01_04062021_HV70VHV70V_VPSP38_data_0.sfs
Run failed at event 18540/25000

04/07/2021 00:15 Start data taking with 25k events at 160V for FST31

/scratch/data/FstTestStand_Apr2021/data/FstInOutSensor_FST31_CableV3.1-01_04072021_HV160VHV160V_VPSP38_data_0.sfs

04/07/2021 14:43 Start data taking with 25k events at 160V for FST31

/scratch/data/FstTestStand_Apr2021/data/FstInOutSensor_FST31_CableV3.1-01_04072021_HV160VHV160V_VPSP38_data_1.sfs

04/08/2021 08:48 Start data taking with 25k events at 160V for FST31

/scratch/data/FstTestStand_Apr2021/data/FstInOutSensor_FST31_CableV3.1-01_04082021_HV160VHV160V_VPSP38_data_0.sfs

04/08/2021 23:23 Start data taking with 25k events at 160V for FST31

/scratch/data/FstTestStand_Apr2021/data/FstInOutSensor_FST31_CableV3.1-01_04082021_HV160VHV160V_VPSP38_data_1.sfs


04/09/2021 14:48 Start data taking with 25k events at 160V for FST31

/scratch/data/FstTestStand_Apr2021/data/FstInOutSensor_FST31_CableV3.1-01_04092021_HV160VHV160V_VPSP38_data_0.sfs


04/10/2021 11:15 Start data taking with 25k events at 160V for FST31

/scratch/data/FstTestStand_Apr2021/data/FstInOutSensor_FST31_CableV3.1-01_04102021_HV160VHV160V_VPSP38_data_0.sfs
Stopped writing at event 22812/

04/11/2021 15:57 Start data taking with 25k events. FST inner sensor at 140V and outer sensors at 180V for FST31

/scratch/data/FstTestStand_Apr2021/data/FstInOutSensor_FST31_CableV3.1-01_04112021_HV140VHV180V_VPSP38_data_0.sfs

04/12/2021 07:37 Start data taking with 25k events. FST inner sensor at 140V and outer sensors at 180V for FST31

/scratch/data/FstTestStand_Apr2021/data/FstInOutSensor_FST31_CableV3.1-01_04122021_HV140VHV180V_VPSP38_data_0.sfs

04/12/2021 10:29 Start data taking with 25k events. FST inner sensor at 140V and outer sensors at 180V for FST31

/scratch/data/FstTestStand_Apr2021/data/FstInOutSensor_FST31_CableV3.1-01_04122021_HV140VHV180V_VPSP38_data_1.sfs

04/13/2021 13:18 Start data taking with 25k events. FST inner sensor at 140V and outer sensors at 180V for FST31

/scratch/data/FstTestStand_Apr2021/data/FstInOutSensor_FST31_CableV3.1-01_04132021_HV140VHV180V_VPSP38_data_0.sfs

04/14/2021 08:51 Start data taking with 25k events. FST inner sensor at 140V and outer sensors at 180V for FST31

/scratch/data/FstTestStand_Apr2021/data/FstInOutSensor_FST31_CableV3.1-01_04142021_HV140VHV180V_VPSP38_data_0.sfs