SensorIVSvc::read INFO Using measurement with voltage -700.000000 and current -0.164500 for current stability calculation
SensorIVSvc::read INFO Using measurement with voltage -700.000000 and current -0.165100 for current stability calculation
SensorIVSvc::read INFO Using measurement with voltage -700.000000 and current -0.164900 for current stability calculation
SensorIVSvc::read INFO Using measurement with voltage -700.000000 and current -0.162600 for current stability calculation
SensorIVSvc::CalculateVBD INFO Average voltage 5.000000, current 0.020300, dIdV 0.004060
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.000000 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 15.000000, current 0.059350, dIdV 0.003750
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.947767 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 25.000000, current 0.084850, dIdV 0.001350
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.397761 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 35.000000, current 0.094850, dIdV 0.000650
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.239852 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 45.049999, current 0.099650, dIdV 0.000307
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.138758 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 55.099998, current 0.101700, dIdV 0.000100
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.054179 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 65.099998, current 0.102300, dIdV 0.000020
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.012727 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 75.099998, current 0.103000, dIdV 0.000120
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.087495 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 85.050003, current 0.107050, dIdV 0.000697
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.553734 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 95.050003, current 0.110800, dIdV 0.000059
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.050962 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 105.050003, current 0.110300, dIdV -0.000162
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.153924 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 115.000000, current 0.111450, dIdV 0.000390
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.402423 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 125.000000, current 0.112450, dIdV -0.000190
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.211205 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 135.000000, current 0.115100, dIdV 0.000720
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.844483 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 145.000000, current 0.118200, dIdV -0.000100
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.122673 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 155.000000, current 0.119450, dIdV 0.000350
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.454165 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 165.000000, current 0.120500, dIdV -0.000140
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.191701 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 175.000000, current 0.119000, dIdV -0.000160
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.235294 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 185.000000, current 0.120100, dIdV 0.000380
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.585346 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 195.050003, current 0.120900, dIdV -0.000218
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.351416 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 205.100006, current 0.121700, dIdV 0.000380
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.640411 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 215.100006, current 0.124350, dIdV 0.000150
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.259469 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 225.100006, current 0.124800, dIdV -0.000060
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.108221 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 235.100006, current 0.124950, dIdV 0.000090
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.169340 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 245.050003, current 0.126500, dIdV 0.000222
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.430479 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 255.000000, current 0.124550, dIdV -0.000610
SensorIVSvc::CalculateVBD INFO V_avg_BD -1.248896 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 265.000000, current 0.123000, dIdV 0.000300
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.646341 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 275.000000, current 0.124050, dIdV -0.000090
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.199516 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 285.000000, current 0.125650, dIdV 0.000410
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.929964 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 295.000000, current 0.128950, dIdV 0.000250
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.571927 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 305.000000, current 0.131000, dIdV 0.000160
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.372519 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 315.000000, current 0.130500, dIdV -0.000260
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.627586 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 325.000000, current 0.128550, dIdV -0.000130
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.328666 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 335.000000, current 0.130300, dIdV 0.000480
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.234075 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 345.000000, current 0.131550, dIdV -0.000230
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.603193 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 355.049988, current 0.132450, dIdV 0.000406
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.088178 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 365.100006, current 0.133300, dIdV -0.000240
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.657344 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 375.100006, current 0.134450, dIdV 0.000470
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.311246 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 385.049988, current 0.136700, dIdV -0.000020
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.056904 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 395.000000, current 0.135800, dIdV -0.000160
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.465390 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 405.000000, current 0.135450, dIdV 0.000090
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.269103 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 415.000000, current 0.138150, dIdV 0.000450
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.351791 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 425.000000, current 0.140350, dIdV -0.000010
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.030281 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 435.000000, current 0.140750, dIdV 0.000090
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.278153 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 445.000000, current 0.140050, dIdV -0.000230
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.730810 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 455.000000, current 0.139650, dIdV 0.000150
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.488722 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 465.000000, current 0.141150, dIdV 0.000150
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.494155 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 475.000000, current 0.143300, dIdV 0.000280
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.928123 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 485.000000, current 0.144500, dIdV -0.000040
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.134256 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 495.000000, current 0.144450, dIdV 0.000030
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.102804 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 505.049988, current 0.144900, dIdV 0.000059
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.207060 and VBD limit 5.550500
SensorIVSvc::CalculateVBD INFO Average voltage 515.099976, current 0.146200, dIdV 0.000200
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.704651 and VBD limit 5.651000
SensorIVSvc::CalculateVBD INFO Average voltage 525.099976, current 0.146800, dIdV -0.000080
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.286158 and VBD limit 5.751000
SensorIVSvc::CalculateVBD INFO Average voltage 535.099976, current 0.147250, dIdV 0.000170
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.617772 and VBD limit 5.851000
SensorIVSvc::CalculateVBD INFO Average voltage 545.099976, current 0.148900, dIdV 0.000160
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.585735 and VBD limit 5.951000
SensorIVSvc::CalculateVBD INFO Average voltage 555.049988, current 0.150650, dIdV 0.000192
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.707101 and VBD limit 6.050500
SensorIVSvc::CalculateVBD INFO Average voltage 565.000000, current 0.151250, dIdV -0.000070
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.261488 and VBD limit 6.150000
SensorIVSvc::CalculateVBD INFO Average voltage 575.000000, current 0.153250, dIdV 0.000470
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.763458 and VBD limit 6.250000
SensorIVSvc::CalculateVBD INFO Average voltage 585.000000, current 0.155350, dIdV -0.000050
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.188285 and VBD limit 6.350000
SensorIVSvc::CalculateVBD INFO Average voltage 595.000000, current 0.155700, dIdV 0.000120
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.458574 and VBD limit 6.450000
SensorIVSvc::CalculateVBD INFO Average voltage 605.000000, current 0.155600, dIdV -0.000140
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.544344 and VBD limit 6.550000
SensorIVSvc::CalculateVBD INFO Average voltage 615.000000, current 0.156050, dIdV 0.000230
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.906440 and VBD limit 6.650000
SensorIVSvc::CalculateVBD INFO Average voltage 625.000000, current 0.158000, dIdV 0.000160
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.632911 and VBD limit 6.750000
SensorIVSvc::CalculateVBD INFO Average voltage 635.000000, current 0.159300, dIdV 0.000100
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.398619 and VBD limit 6.850000
SensorIVSvc::CalculateVBD INFO Average voltage 645.000000, current 0.160200, dIdV 0.000080
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.322097 and VBD limit 6.950000
SensorIVSvc::CalculateVBD INFO Average voltage 655.000000, current 0.161300, dIdV 0.000140
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.568506 and VBD limit 7.050000
SensorIVSvc::CalculateVBD INFO Average voltage 665.049988, current 0.162000, dIdV 0.000000
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.000000 and VBD limit 7.150500
SensorIVSvc::CalculateVBD INFO Average voltage 675.099976, current 0.163100, dIdV 0.000220
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.910619 and VBD limit 7.251000
SensorIVSvc::CalculateVBD INFO Average voltage 685.099976, current 0.163950, dIdV -0.000050
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.208936 and VBD limit 7.351000
SensorIVSvc::CalculateVBD INFO Average voltage 695.049988, current 0.164100, dIdV 0.000081
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.342265 and VBD limit 7.450500
SensorIVSvc::CalculateVBD INFO Calculated VBD to be 690.099976
SensorIVSvc::read INFO Mean voltage for current stability 0.164275 calculated with 4 points
SensorIVSvc::read INFO RMS current stability 0.006032
IService::UPLOADDB INFO Working on test code MODULE_IV_PS_V1
SensorIVSvc::uploadDB INFO Formatting database upload for MODULE_IV_PS_V1 and run number 1
SensorIVSvc::writeOutput INFO Writing results output file /home/data/output//Module_postHVTabIV_LS_v1//SCIPP-PPA_LS-005/1//20USBML1234644-HV_TAB_ATTACHED_IV_001.dat
SensorIVSvc::getDate INFO Parsing date 2021-11-20T19:12:27.959+00:00...
SensorIVSvc::getDate INFO Year 2021
SensorIVSvc::getDate INFO Month 11
SensorIVSvc::getDate INFO Day 20
SensorIVSvc::getDate INFO Hour 19
SensorIVSvc::getDate INFO Minute 12
SensorIVSvc::getDate INFO Second 27
SensorIVSvc::getDate INFO Offset 0:0
SensorIVSvc::getDate INFO Converted month into string Nov
SensorIVSvc::getDate INFO FINALLY obtained 20 Nov 2021
IService::UPLOADDB INFO Working on test code VISUAL_INSPECTION
SensorIVSvc::uploadDB INFO Formatting database upload for VISUAL_INSPECTION and run number 1
IService::log INFO Logging status 1111 for component SCIPP-PPA_LS-005
IService::install INFO Installing output directory to /home/data/modules/SCIPP-PPA_LS-005/Module_postHVTabIV_LS_v1-1/
IService::install INFO Installed warningLog.txt...
IService::install INFO Installed errorLog.txt...
IService::install INFO Installed infoLog.txt...
IService::install INFO Installed IVCurve.pdf...
IService::install INFO Installed 20USBML1234644-HV_TAB_ATTACHED_IV_001.dat...
IService::install INFO Installed DB_READY_MODULE_MODULE_IV_PS_V1.json...
IService::install INFO Installed DB_READY_MODULE_VISUAL_INSPECTION.json...
IService::install INFO Installed SCIPP-PPA_LS-005.root...
IService::install INFO Installed status.json...
MetaData::readField INFO Reading file /home/data/upload//Module_postHVTabIV_LS_v1//SCIPP-PPA_LS-007.config
IService::next INFO Scheduling SCIPP-PPA_LS-007_SCIPP-PPA_LS-007_03.txt file to run...
IService::next INFO Writing results to /home/data/output//Module_postHVTabIV_LS_v1//SCIPP-PPA_LS-007/1/
Metadata
Value
Component type
BARREL_LS_MODULE
Operator
Tony Affolder
Date
2021-11-20T19:12:27.959+00:00
Institute
UCSC
Power supply
Keithley 2410
Temperarture [C]
21.60
Humidity
6.60
Current per area @500V
1.314
Breakdown voltage
690.100
Current stability (RMS@700V)
0.006
The current measurements are calibrated to a common temperature using the following relationship:
$$I_{temp}^{SF} = \left ( \frac{T_{ref}}{T_{meas}} \right )^{2} \times e^{eE_{g}^{Si} \frac{T_{ref}-T_{meas}}{2 k_{B} T_{ref} T_{meas} }} $$
where \( T_{ref} \) is the reference temperature,
\( T_{meas} \) is the temperatured measured during the test,
\( e \) is the electric charge,
\( E_{g}^{Si} \) is the band gap energy of silicon, and
\( k_{B} \) is the Boltzman constant
Glue weight for SCIPP-PPA_LS-005
Shown below are results for the glue weight measurements
IService::UPLOADDB INFO Working on test code GLUE_WEIGHT
GlueWeightSvc::uploadDB INFO Formatting database test for GLUE_WEIGHT
IService::UPLOADDB INFO Working on test code VISUAL_INSPECTION
IService::log INFO Logging status 1111 for component SCIPP-PPA_LS-005
IService::install INFO Installing output directory to /home/data/modules/SCIPP-PPA_LS-005/GlueWeightModule_LS_PPA-1/
IService::install INFO Installed warningLog.txt...
IService::install INFO Installed errorLog.txt...
IService::install INFO Installed infoLog.txt...
IService::install INFO Installed SCIPP-PPA_LS-005_SCIPP-PPA_LS-005-unbonded.JPG...
IService::install INFO Installed DB_COMMENTS.json...
IService::install INFO Installed DB_READY_MODULE_GLUE_WEIGHT.json...
IService::install INFO Installed DB_READY_MODULE_VISUAL_INSPECTION.json...
IService::install INFO Installed SCIPP-PPA_LS-005.root...
IService::install INFO Installed status.json...
MetaData::readField INFO Reading file /home/data/upload//GlueWeightModule_LS_PPA//SCIPP-Frank2.config
IService::next INFO Scheduling Data_SCIPP-Frank2.json file to run...
IService::next INFO Writing results to /home/data/output//GlueWeightModule_LS_PPA//SCIPP-Frank2/1/
Glue seepage around pb and suction cup mark from pb pickup tool as usual. Slight marks on HCC from burr on hybrid pickup tool.
Metadata
Value
Operator
Kirsten Affolder
Date
2021-12-09T19:24:35.144+00:00
X-hybrid program
LS_Hybrid.src
Powerboard program
LS_PB.src
Gluing method
Dispenser
Field
Weight/Volume
Weight bare sensor [g]
7.185
Weight of x-hybrid [g]
2.509
Weight of x-tabs [g]
0.198
Weight of back-end wirebonds
0.000
Weights of powerboard [g]
2.017
Weight of stuffed module [g]
11.755
Weight of glue [mg]
242.000
Metrology results
Shown below are the results of the module metrology scans
IService::getDependentSvc INFO Retrieving dependent service HybridMetrology_v8 for component 3.100-0160
IService::getDependentSvc INFO Retrieving dependent service MetrologyHybrid_v10 for component 3.100-0160
IService::getDependentSvc INFO Retrieving dependent service MetrologyHybrid_v10-beta for component 3.100-0160
IService::getDependentSvc INFO Retrieving dependent service HybridMetrology_v8 for component GPC1938_X_015_A_H5
IService::getDependentSvc INFO Retrieving dependent service MetrologyHybrid_v10 for component GPC1938_X_015_A_H5
IService::getDependentSvc INFO Retrieving dependent service MetrologyHybrid_v10-beta for component GPC1938_X_015_A_H5
IService::getDependentSvc INFO Retrieving dependent service HybridMetrology_v8 for component VPX32418-W144
IService::getDependentSvc INFO Retrieving dependent service MetrologyHybrid_v10 for component VPX32418-W144
IService::getDependentSvc INFO Retrieving dependent service MetrologyHybrid_v10-beta for component VPX32418-W144
IService::UPLOADDB INFO Working on test code MODULE_METROLOGY
MetrologySvc::uploadDB INFO Doing DB upload...
MetrologySvc::writeOutput INFO Writing common output file /home/data/output//MetrologyModules_v8a//SCIPP-PPA_LS-005/1//Data__SCIPP-PPA_LS-005.txt
MetrologySvc::writeOutput INFO Writing results output file /home/data/output//MetrologyModules_v8a//SCIPP-PPA_LS-005/1//Results__SCIPP-PPA_LS-005.txt
MetrologySvc::writeOutput INFO Writing common output file /home/data/output//MetrologyModules_v8a//SCIPP-PPA_LS-005/1//Data__SCIPP-PPA_LS-005.txt
MetrologySvc::writeOutput INFO Writing results output file /home/data/output//MetrologyModules_v8a//SCIPP-PPA_LS-005/1//Results__SCIPP-PPA_LS-005.txt
IService::log INFO Logging status 1111 for component SCIPP-PPA_LS-005
IService::install INFO Installing output directory to /home/data/modules/SCIPP-PPA_LS-005/MetrologyModules_v8a-1/
IService::install INFO Installed warningLog.txt...
IService::install INFO Installed errorLog.txt...
IService::install INFO Installed infoLog.txt...
IService::install INFO Installed Summary.pdf...
IService::install INFO Installed TotalStackUp.pdf...
IService::install INFO Installed Positions.pdf...
IService::install INFO Installed Data__SCIPP-PPA_LS-005.txt...
IService::install INFO Installed Results__SCIPP-PPA_LS-005.txt...
IService::install INFO Installed Results.json...
IService::install INFO Installed DB_READY_MODULE_MODULE_METROLOGY.json...
IService::install INFO Installed SCIPP-PPA_LS-005.root...
IService::install INFO Installed status.json...
MetaData::readField INFO Reading file /home/data/upload//MetrologyModules_v8a//SCIPP-FRANK_LS-001.config
IService::next INFO Scheduling SCIPP-FRANK_LS-001_v8c.txt file to run...
IService::next INFO Writing results to /home/data/output//MetrologyModules_v8a//SCIPP-FRANK_LS-001/1/
Metadata
Value
Component type
LS
Operator
Tony Affolder
Date
2021-12-07T21:12:36.258+00:00
Program version
v8b
Instrument
SmartScope Flash 250
The glue thicknesses are shown below.
The positions are defined as the hybrid cross fiducials and the circles on the powerboard
.
Height of components on the powerboard
.
Metrology results
Shown below are the results of the module metrology scans
MetrologySvc::analyzeBow INFO Minimum value after corrections is -7.662884
MetrologySvc::analyzeBow INFO Maximum value after corrections is 12.192590
MetrologySvc::analyzeBow INFO Extracted module bow is 19.855474
IService::UPLOADDB INFO Working on test code MODULE_BOW
MetrologySvc::uploadDB INFO Doing DB upload...
MetrologySvc::writeOutput INFO Writing common output file /home/data/output//ModuleLS_Bow_PPA_v0//SCIPP-PPA_LS-005/1//Data__SCIPP-PPA_LS-005.txt
MetrologySvc::writeOutput INFO Writing results output file /home/data/output//ModuleLS_Bow_PPA_v0//SCIPP-PPA_LS-005/1//Results__SCIPP-PPA_LS-005.txt
MetrologySvc::writeOutput INFO Writing common output file /home/data/output//ModuleLS_Bow_PPA_v0//SCIPP-PPA_LS-005/1//Data__SCIPP-PPA_LS-005.txt
MetrologySvc::writeOutput INFO Writing results output file /home/data/output//ModuleLS_Bow_PPA_v0//SCIPP-PPA_LS-005/1//Results__SCIPP-PPA_LS-005.txt
IService::log INFO Logging status 1111 for component SCIPP-PPA_LS-005
IService::install INFO Installing output directory to /home/data/modules/SCIPP-PPA_LS-005/ModuleLS_Bow_PPA_v0-1/
IService::install INFO Installed warningLog.txt...
IService::install INFO Installed errorLog.txt...
IService::install INFO Installed infoLog.txt...
IService::install INFO Installed Bow_uncorrected.pdf...
IService::install INFO Installed Bow_corrected.pdf...
IService::install INFO Installed Summary.pdf...
IService::install INFO Installed Data__SCIPP-PPA_LS-005.txt...
IService::install INFO Installed Results__SCIPP-PPA_LS-005.txt...
IService::install INFO Installed Results.json...
IService::install INFO Installed DB_READY_MODULE_MODULE_BOW.json...
IService::install INFO Installed SCIPP-PPA_LS-005.root...
IService::install INFO Installed status.json...
MetaData::readField INFO Reading file /home/data/upload//ModuleLS_Bow_PPA_v0//SCIPP-HCCv1-001.config
IService::next INFO Scheduling SCIPP-HCCv1-001_RAW_DATA.txt file to run...
IService::next INFO Writing results to /home/data/output//ModuleLS_Bow_PPA_v0//SCIPP-HCCv1-001/1/
Metadata
Value
Component type
LS
Operator
Kirsten Affolder
Date
2022-01-29T15:41:35.241+00:00
Program version
v0
Instrument
SmartScope Flash 250
Measured bow
19.855
Module shape prior to tilt correction
Module shape after tilt correction
Wirebonding for SCIPP-PPA_LS-005
Wirebonding summaries will be given below
WireBondSvc::run INFO Loading group FAILED_HYBRID_TO_PB
WireBondSvc::run INFO Loading group FAILED_MODULE_TO_FRAME
WireBondSvc::run INFO Loading group FAILED_ROW_1
WireBondSvc::run INFO Loading group FAILED_ROW_2
WireBondSvc::run INFO Loading group FAILED_ROW_3
WireBondSvc::run INFO Loading group FAILED_ROW_4
WireBondSvc::run INFO Loading group REPAIRED_HYBRID_TO_PB
WireBondSvc::run INFO Loading group REPAIRED_MODULE_TO_FRAME
WireBondSvc::run INFO Loading group REPAIRED_ROW_1
WireBondSvc::run INFO Loading group REPAIRED_ROW_2
WireBondSvc::run INFO Loading group REPAIRED_ROW_3
WireBondSvc::run INFO Loading group REPAIRED_ROW_4
IService::UPLOADDB INFO Working on test code MODULE_WIRE_BONDING
IService::UPLOADDB INFO Working on test code VISUAL_INSPECTION
IService::log INFO Logging status 1111 for component SCIPP-PPA_LS-005
IService::install INFO Installing output directory to /home/data/modules/SCIPP-PPA_LS-005/ModuleBonding_v1-1/
IService::install INFO Installed warningLog.txt...
IService::install INFO Installed errorLog.txt...
IService::install INFO Installed infoLog.txt...
IService::install INFO Installed DB_READY_MODULE_MODULE_WIRE_BONDING.json...
IService::install INFO Installed DB_READY_MODULE_VISUAL_INSPECTION.json...
IService::install INFO Installed SCIPP-PPA_LS-005.root...
IService::install INFO Installed status.json...
MetaData::readField INFO Reading file /home/data/upload//ModuleBonding_v1//SCIPP-PPA_SS-004.config
IService::next INFO Scheduling ModuleBonding_SCIPP-PPA_SS-004.json file to run...
IService::next INFO Writing results to /home/data/output//ModuleBonding_v1//SCIPP-PPA_SS-004/1/
Metadata
Value
Date
2021-12-09T19:59:16.615+00:00
Operator
Kirsten Affolder
Bonder
hk2
Version
v1
Bond number
Type
Comment
Module IV for SCIPP-PPA_LS-005
Shown below are results for the Module IV
SensorIVSvc::CalculateVBD INFO Average voltage 5.000000, current 0.020850, dIdV 0.004170
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.000000 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 15.000000, current 0.061700, dIdV 0.004000
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.972447 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 25.000000, current 0.088100, dIdV 0.001280
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.363224 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 35.000000, current 0.095400, dIdV 0.000180
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.066038 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 45.000000, current 0.100900, dIdV 0.000920
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.410307 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 55.000000, current 0.103350, dIdV -0.000430
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.228834 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 65.000000, current 0.104200, dIdV 0.000600
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.374280 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 75.000000, current 0.106700, dIdV -0.000100
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.070291 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 85.000000, current 0.104850, dIdV -0.000270
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.218884 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 95.000000, current 0.107300, dIdV 0.000760
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.672880 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 105.000000, current 0.108850, dIdV -0.000450
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.434084 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 115.000000, current 0.110300, dIdV 0.000740
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.771532 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 125.000000, current 0.112850, dIdV -0.000230
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.254763 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 135.000000, current 0.113050, dIdV 0.000270
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.322424 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 145.000000, current 0.112150, dIdV -0.000450
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.581810 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 155.000000, current 0.112150, dIdV 0.000450
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.621935 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 165.000000, current 0.112750, dIdV -0.000330
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.482927 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 175.000000, current 0.113950, dIdV 0.000570
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.875384 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 185.000000, current 0.114500, dIdV -0.000460
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.743231 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 195.000000, current 0.115800, dIdV 0.000720
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.212435 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 205.000000, current 0.119250, dIdV -0.000030
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.051572 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 215.050003, current 0.117150, dIdV -0.000386
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.708827 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 225.100006, current 0.117550, dIdV 0.000470
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.900017 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 235.100006, current 0.118400, dIdV -0.000300
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.595693 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 245.050003, current 0.117900, dIdV 0.000202
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.419890 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 255.000000, current 0.118750, dIdV -0.000030
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.064421 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 265.000000, current 0.121500, dIdV 0.000580
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.265021 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 275.000000, current 0.123250, dIdV -0.000230
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.513185 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 285.000000, current 0.123100, dIdV 0.000200
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.463038 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 295.000000, current 0.124150, dIdV 0.000010
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.023762 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 305.000000, current 0.123850, dIdV -0.000070
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.172386 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 315.000000, current 0.124050, dIdV 0.000110
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.279323 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 325.000000, current 0.124450, dIdV -0.000030
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.078345 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 335.000000, current 0.124450, dIdV 0.000030
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.080755 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 345.000000, current 0.124950, dIdV 0.000070
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.193277 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 355.049988, current 0.127350, dIdV 0.000406
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.131757 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 365.100006, current 0.129650, dIdV 0.000050
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.140802 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 375.100006, current 0.129250, dIdV -0.000130
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.377277 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 385.049988, current 0.129400, dIdV 0.000162
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.480914 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 395.000000, current 0.131200, dIdV 0.000200
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.602134 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 405.000000, current 0.132350, dIdV 0.000030
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.091802 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 415.000000, current 0.132150, dIdV -0.000070
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.219826 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 425.000000, current 0.132950, dIdV 0.000230
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.735239 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 435.000000, current 0.132500, dIdV -0.000320
SensorIVSvc::CalculateVBD INFO V_avg_BD -1.050566 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 445.000000, current 0.131750, dIdV 0.000170
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.574194 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 455.000000, current 0.132850, dIdV 0.000050
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.171246 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 465.000000, current 0.133100, dIdV 0.000000
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.000000 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 475.000000, current 0.134650, dIdV 0.000310
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.093576 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 485.000000, current 0.135700, dIdV -0.000100
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.357406 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 495.000000, current 0.135550, dIdV 0.000070
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.255625 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 505.000000, current 0.136200, dIdV 0.000060
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.222467 and VBD limit 5.550000
SensorIVSvc::CalculateVBD INFO Average voltage 515.000000, current 0.137100, dIdV 0.000120
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.450766 and VBD limit 5.650000
SensorIVSvc::CalculateVBD INFO Average voltage 525.000000, current 0.138200, dIdV 0.000100
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.379884 and VBD limit 5.750000
SensorIVSvc::CalculateVBD INFO Average voltage 535.049988, current 0.139500, dIdV 0.000158
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.607601 and VBD limit 5.850500
SensorIVSvc::CalculateVBD INFO Average voltage 545.049988, current 0.146750, dIdV 0.001303
SensorIVSvc::CalculateVBD INFO V_avg_BD 4.839636 and VBD limit 5.950500
SensorIVSvc::CalculateVBD INFO Average voltage 555.000000, current 0.307350, dIdV 0.030830
SensorIVSvc::CalculateVBD INFO V_avg_BD 55.671547 and VBD limit 6.050000
SensorIVSvc::CalculateVBD INFO Average voltage 565.000000, current 0.850650, dIdV 0.077830
SensorIVSvc::CalculateVBD INFO V_avg_BD 51.694526 and VBD limit 6.150000
SensorIVSvc::CalculateVBD INFO Average voltage 575.000000, current 1.871850, dIdV 0.126410
SensorIVSvc::CalculateVBD INFO V_avg_BD 38.830970 and VBD limit 6.250000
SensorIVSvc::CalculateVBD INFO Average voltage 585.000000, current 3.969800, dIdV 0.293180
SensorIVSvc::CalculateVBD INFO V_avg_BD 43.203764 and VBD limit 6.350000
SensorIVSvc::CalculateVBD INFO Average voltage 594.650024, current 7.717700, dIdV 0.490753
SensorIVSvc::CalculateVBD INFO V_avg_BD 37.812573 and VBD limit 6.446500
SensorIVSvc::CalculateVBD INFO Average voltage 604.650024, current 5.081350, dIdV -0.919318
SensorIVSvc::CalculateVBD INFO V_avg_BD -109.393279 and VBD limit 6.546500
SensorIVSvc::CalculateVBD INFO Microdischarge detected at 555.000000 V
SensorIVSvc::CalculateVBD INFO Listing other values found ...
SensorIVSvc::CalculateVBD INFO ----> 555.000000
SensorIVSvc::CalculateVBD INFO ----> 565.000000
SensorIVSvc::CalculateVBD INFO ----> 575.000000
SensorIVSvc::CalculateVBD INFO ----> 585.000000
SensorIVSvc::CalculateVBD INFO ----> 594.650024
SensorIVSvc::CalculateVBD INFO Calculated VBD to be 555.000000
SensorIVSvc::read INFO RMS current stability 0.000000
IService::UPLOADDB INFO Working on test code MODULE_IV_PS_V1
SensorIVSvc::uploadDB INFO Formatting database upload for MODULE_IV_PS_V1 and run number 1
SensorIVSvc::writeOutput INFO Writing results output file /home/data/output//ElectricalIV//SCIPP-PPA_LS-005/1//20USBML1234644-BONDED_IV_001.dat
SensorIVSvc::getDate INFO Parsing date 2022-02-14T23:08:52.029+00:00...
SensorIVSvc::getDate INFO Year 2022
SensorIVSvc::getDate INFO Month 2
SensorIVSvc::getDate INFO Day 14
SensorIVSvc::getDate INFO Hour 23
SensorIVSvc::getDate INFO Minute 8
SensorIVSvc::getDate INFO Second 52
SensorIVSvc::getDate INFO Offset 2135322225:32764
SensorIVSvc::getDate INFO Converted month into string Feb
SensorIVSvc::getDate INFO FINALLY obtained 14 Feb 2022
IService::log INFO Logging status 0111 for component SCIPP-PPA_LS-005
IService::install INFO Installing output directory to /home/data/modules/SCIPP-PPA_LS-005/ElectricalIV-1/
IService::install INFO Installed warningLog.txt...
IService::install INFO Installed errorLog.txt...
IService::install INFO Installed infoLog.txt...
IService::install INFO Installed IVCurve.pdf...
IService::install INFO Installed 20USBML1234644-BONDED_IV_001.dat...
IService::install INFO Installed DB_READY_MODULE_MODULE_IV_PS_V1.json...
IService::install INFO Installed SCIPP-PPA_LS-005.root...
IService::install INFO Installed status.json...
MetaData::readField INFO Reading file /home/data/upload//ModuleIV//SCIPP-PPA_LS-008.config
IService::next INFO Scheduling SCIPP-PPA_LS-008_SCIPP-PPA_LS-008.txt file to run...
IService::next INFO Writing results to /home/data/output//ElectricalIV//SCIPP-PPA_LS-008/1/
✔ Component is at UCSC. OK to upload
✘ Component fails stage checks. Current stage is TESTED but requires one of { "BONDED" }. Prohibiting upload!
Metadata
Value
Component type
BARREL_LS_MODULE
Operator
Anthony Affolder
Date
2022-02-14T23:08:52.029+00:00
Institute
UCSC
Power supply
Keithley 2410
Temperarture [C]
21.40
Humidity
6.90
Current per area @500V
1.256
Breakdown voltage
555.000
Current stability (RMS@700V)
0.000
The current measurements are calibrated to a common temperature using the following relationship:
$$I_{temp}^{SF} = \left ( \frac{T_{ref}}{T_{meas}} \right )^{2} \times e^{eE_{g}^{Si} \frac{T_{ref}-T_{meas}}{2 k_{B} T_{ref} T_{meas} }} $$
where \( T_{ref} \) is the reference temperature,
\( T_{meas} \) is the temperatured measured during the test,
\( e \) is the electric charge,
\( E_{g}^{Si} \) is the band gap energy of silicon, and
\( k_{B} \) is the Boltzman constant
Electrical results
Electrical summaries will be given below
ElectricalSvc::getListOfFilesFromDir INFO Scanning for test files 3.100-0160/20USBP03000160
ElectricalSvc::getListOfJsonFilesFromDir INFO Scanning for test files 3.100-0160/20USBP03000160
ElectricalSvc::read INFO Found 0 results files...
ElectricalSvc::getListOfFilesFromDir INFO Scanning for test files GPC1938_X_015_A_H5/20USBHX2000744
ElectricalSvc::getListOfFilesFromDir INFO Found file GPC1938_X_015_A_H5_20220224.txt
ElectricalSvc::getListOfFilesFromDir INFO Found file GPC1938_X_015_A_H5_RC_2_7.txt
ElectricalSvc::getListOfFilesFromDir INFO Found file GPC1938_X_015_A_H5_RC_2_4.txt
ElectricalSvc::getListOfJsonFilesFromDir INFO Scanning for test files GPC1938_X_015_A_H5/20USBHX2000744
ElectricalSvc::getListOfJsonFilesFromDir INFO Loading json fle GPC1938_X_015_A_H5_20220224_2_2.json
ElectricalSvc::getListOfJsonFilesFromDir INFO Loading json fle GPC1938_X_015_A_H5_20220224_2_17.json
ElectricalSvc::getListOfJsonFilesFromDir INFO Loading json fle GPC1938_X_015_A_H5_20220224_2_7.json
ElectricalSvc::getListOfJsonFilesFromDir INFO Loading json fle GPC1938_X_015_A_H5_20220224_2_4.json
ElectricalSvc::getListOfJsonFilesFromDir INFO Loading json fle GPC1938_X_015_A_H5_20220224_2_3.json
ElectricalSvc::read INFO Found 2 results files...
ElectricalSvc::read INFO Analyzing test ResponseCurve for component GPC1938_X_015_A_H5
ElectricalSvc::read INFO Detected 0 dead channels
ElectricalSvc::read INFO Detected 0 stuck channels
ElectricalSvc::read INFO Detected 0 low gain channels
ElectricalSvc::read INFO Detected 1 high gain channels
ElectricalSvc::read INFO Detected 0 low offset channels
ElectricalSvc::read INFO Detected 0 high offset channels
ElectricalSvc::read INFO Detected 0 unbonded channels
ElectricalSvc::read INFO Detected 0 part bonded channels
ElectricalSvc::read INFO Detected 18 high noise channels
ElectricalSvc::read INFO Detected 0 inefficient channels
ElectricalSvc::getListOfFilesFromDir INFO Scanning for test files VPX32418-W144/20USBSL0000144
ElectricalSvc::getListOfJsonFilesFromDir INFO Scanning for test files VPX32418-W144/20USBSL0000144
ElectricalSvc::read INFO Found 0 results files...
IService::getDependentSvc INFO Retrieving dependent service ElectricalHybrids for component 3.100-0160
IService::getDependentSvc INFO Retrieving dependent service ElectricalHybrids_PPB_v1 for component 3.100-0160
IService::getDependentSvc INFO Retrieving dependent service ElectricalHybrids for component GPC1938_X_015_A_H5
IService::getDependentSvc INFO Retrieving dependent service ElectricalHybrids_PPB_v1 for component GPC1938_X_015_A_H5
IService::getDependentSvc INFO Retrieving dependent service ElectricalHybrids for component VPX32418-W144
IService::getDependentSvc INFO Retrieving dependent service ElectricalHybrids_PPB_v1 for component VPX32418-W144
IService::UPLOADDB INFO Working on test code PEDESTAL_TRIM_PPA
IService::UPLOADDB INFO Working on test code STROBE_DELAY_PPA
IService::UPLOADDB INFO Working on test code RESPONSE_CURVE_PPA
IService::UPLOADDB INFO Working on test code NO_PPA
IService::log INFO Logging status 1111 for component SCIPP-PPA_LS-005
IService::install INFO Installing output directory to /home/data/modules/SCIPP-PPA_LS-005/ElectricalModules_PPA_v1-1/
IService::install INFO File already installed: warningLog.txt...
IService::install INFO File already installed: errorLog.txt...
IService::install INFO File already installed: infoLog.txt...
IService::install INFO File already installed: Gain_Channel1D.pdf...
IService::install INFO File already installed: DB_READY_PEDESTAL_TRIM_PPA_GPC1938_X_015_A_H5_20220224_2_2.json...
IService::install INFO File already installed: DB_READY_STROBE_DELAY_PPA_GPC1938_X_015_A_H5_20220224_2_3.json...
IService::install INFO File already installed: DB_READY_RESPONSE_CURVE_PPA_GPC1938_X_015_A_H5_20220224_2_7.json...
IService::install INFO File already installed: DB_READY_RESPONSE_CURVE_PPA_GPC1938_X_015_A_H5_20220224_2_4.json...
IService::install INFO File already installed: DB_READY_NO_PPA_GPC1938_X_015_A_H5_20220224_2_17.json...
IService::install INFO File already installed: SCIPP-PPA_LS-005.root...
IService::install INFO File already installed: status.json...
MetaData::readField INFO Reading file /home/data/upload//ElectricalModules_PPA_v1//SCIPP-PPA_LS-001.config
IService::next INFO Scheduling SCIPP-PPA_LS-001 file to run...
IService::next INFO Writing results to /home/data/output//ElectricalModules_PPA_v1//SCIPP-PPA_LS-001/1/
Defect
Number of channels (%)
Dead
0
Stuck
0
Low gain
0
High gain
1
Low offset
0
High offset
0
Unbonded
0
Part bonded
0
High noise
18
Inefficient
0
Figures of gain and noise, and correlations with wafer/hybrid level test results, if they exist.
