20UPGFC0084813
ITkPixV1-4b-(4,13)

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Component Information

Item	Value
Serial Number	20UPGFC0084813
Production DB Component ID	7944715a5e0263072c1d81e3376e0d67
LocalDB Component ID	622206d680e95c000a45eabd
Component Type	front-end_chip
Super-Component	20UPIR62102135 20UPGBS2984813
Sub-Components	No match.
Flags

Properties

Item	Data Type	Value
Wafer serial number	string	20UPGFW0000331

Comments

Test: FECHIP_TEST QC Passed

(Stage: TESTONWAFER)

Basic View Only: custom view for this TestRun is not prepared.

Metadata

Key	Data
QC Passed	True
Date	2022-03-04 04:35:04 PST(-0800)
component ObjectId	622206d680e95c000a45eabd
Stage	TESTONWAFER
Test Type	FECHIP_TEST
Institute ObjectId
User Name	MarkStandke
ObjectId of this record	6222077780e95c000a45f59e
ObjectId of RAW record	None

Results

Key	Data
DAQ_VERSION	sw: waferprobing_rbs@f7ad701 Changed; fw: 1.7; lanes: 7.0; speed: 1280
DATABASE_LINK	https://itkpix.web.cern.ch/0x14B/raw/0x14B4D
ADC_OFFSET	0.016788
ADC_SLOPE	0.00017299999999999998
ANALOGSCAN_RESULT	green
ANALOGSCAN_VALUE	99.973
ANALOG_DATA	{'IREF Trims (SHUNT)': {'0': {'IREF': 3.4199482730923695e-07, 'REXTA': 0.83701886, 'REXTD': 0.83667736, 'VINA': 1.53568046, 'VIND': 1.53885146, 'VOFS': 0.42609105999999997, 'V_IREF': 0.02077854}, '1': {'IREF': 3.4518008032128515e-07, 'REXTA': 0.8479015, 'REXTD': 0.8479861, 'VINA': 1.5338158, 'VIND': 1.5367608, 'VOFS': 0.4294, 'V_IREF': 0.0235592}, '2': {'IREF': 3.521573574297189e-07, 'REXTA': 0.86604181, 'REXTD': 0.86600361, 'VINA': 1.5354051100000001, 'VIND': 1.53841511, 'VOFS': 0.43865151, 'V_IREF': 0.02315289}, '3': {'IREF': 3.5813243373493976e-07, 'REXTA': 0.87951558, 'REXTD': 0.8804434800000001, 'VINA': 1.53673508, 'VIND': 1.53973408, 'VOFS': 0.44573848, 'V_IREF': 0.02262292}, '4': {'IREF': 3.624888835341365e-07, 'REXTA': 0.89085956, 'REXTD': 0.8910241600000001, 'VINA': 1.53798806, 'VIND': 1.54091906, 'VOFS': 0.45107865999999996, 'V_IREF': 0.02219794}, '5': {'IREF': 3.6806083534136543e-07, 'REXTA': 0.90365684, 'REXTD': 0.90444674, 'VINA': 1.53896904, 'VIND': 1.5418560399999999, 'VOFS': 0.45781394, 'V_IREF': 0.02191596}, '6': {'IREF': 3.7495072289156626e-07, 'REXTA': 0.9220076500000001, 'REXTD': 0.9221850500000001, 'VINA': 1.54064255, 'VIND': 1.54347255, 'VOFS': 0.46688715000000003, 'V_IREF': 0.02151145}, '7': {'IREF': 3.809813092369478e-07, 'REXTA': 0.93590523, 'REXTD': 0.93670213, 'VINA': 1.54196993, 'VIND': 1.54473693, 'VOFS': 0.47393963, 'V_IREF': 0.02097807}, '8': {'IREF': 3.8634093172690763e-07, 'REXTA': 0.9494271599999999, 'REXTD': 0.9497184599999999, 'VINA': 1.5431269600000002, 'VIND': 1.54590896, 'VOFS': 0.48076085999999996, 'V_IREF': 0.02061104}, '9': {'IREF': 3.9200638554216873e-07, 'REXTA': 0.96337235, 'REXTD': 0.9634739499999999, 'VINA': 1.54428155, 'VIND': 1.54719755, 'VOFS': 0.48795194999999997, 'V_IREF': 0.02020445}, '10': {'IREF': 3.9925894779116465e-07, 'REXTA': 0.9816264900000001, 'REXTD': 0.98194949, 'VINA': 1.5459234899999998, 'VIND': 1.54864849, 'VOFS': 0.49683509, 'V_IREF': 0.01982451}, '11': {'IREF': 4.052051646586345e-07, 'REXTA': 0.99573853, 'REXTD': 0.99613753, 'VINA': 1.5471235300000001, 'VIND': 1.55002653, 'VOFS': 0.50393473, 'V_IREF': 0.01932747}, '12': {'IREF': 4.090189959839358e-07, 'REXTA': 1.00624745, 'REXTD': 1.00617445, 'VINA': 1.54836445, 'VIND': 1.55101845, 'VOFS': 0.50906885, 'V_IREF': 0.01892955}, '13': {'IREF': 4.1454857028112453e-07, 'REXTA': 1.01879627, 'REXTD': 1.01962527, 'VINA': 1.54927027, 'VIND': 1.55196927, 'VOFS': 0.51580047, 'V_IREF': 0.01865373}, '14': {'IREF': 4.216704257028112e-07, 'REXTA': 1.0378623800000002, 'REXTD': 1.03726438, 'VINA': 1.5507183800000002, 'VIND': 1.55350538, 'VOFS': 0.52469578, 'V_IREF': 0.01828562}, '15': {'IREF': 4.2735277911646586e-07, 'REXTA': 1.05134011, 'REXTD': 1.05131911, 'VINA': 1.55201611, 'VIND': 1.55464511, 'VOFS': 0.5319039099999999, 'V_IREF': 0.01779189}, 'IREF_OPT': 10}, 'VREF_D Trim (SHUNT)': {'0': {'VDDD': 0.9874048699999999, 'VDDD_internal': 0.9850086200000001}, '1': {'VDDD': 1.0063997900000001, 'VDDD_internal': 1.00400008}, '2': {'VDDD': 1.0221316, 'VDDD_internal': 1.0198724}, '3': {'VDDD': 1.04028558, 'VDDD_internal': 1.03739364}, '4': {'VDDD': 1.05778856, 'VDDD_internal': 1.0543211}, '5': {'VDDD': 1.07539638, 'VDDD_internal': 1.0727707}, '6': {'VDDD': 1.09176172, 'VDDD_internal': 1.08796966}, '7': {'VDDD': 1.11002845, 'VDDD_internal': 1.1063182999999999}, '8': {'VDDD': 1.12430661, 'VDDD_internal': 1.1211253200000002}, '9': {'VDDD': 1.14257338, 'VDDD_internal': 1.13977678}, '10': {'VDDD': 1.1583948400000001, 'VDDD_internal': 1.15562574}, '11': {'VDDD': 1.1765375200000001, 'VDDD_internal': 1.1732932600000001}, '12': {'VDDD': 1.19302439, 'VDDD_internal': 1.18834752}, '13': {'VDDD': 1.21175678, 'VDDD_internal': 1.20754468}, '14': {'VDDD': 1.22658293, 'VDDD_internal': 1.22247778}, '15': {'VDDD': 1.24508363, 'VDDD_internal': 1.2403274800000001}, 'VREF_D_opt': 13, 'VREF_A_opt': 13}, 'VREF_A Trim (SHUNT)': {'0': {'VDDA': 0.97993087, 'VDDA_internal': 0.98245202}, '1': {'VDDA': 0.9975187900000001, 'VDDA_internal': 0.9996506800000001}, '2': {'VDDA': 1.0154116, 'VDDA_internal': 1.0183586}, '3': {'VDDA': 1.03244758, 'VDDA_internal': 1.0351870399999998}, '4': {'VDDA': 1.0484575600000001, 'VDDA_internal': 1.0511559}, '5': {'VDDA': 1.06518938, 'VDDA_internal': 1.0672909}, '6': {'VDDA': 1.0838957200000001, 'VDDA_internal': 1.08702546}, '7': {'VDDA': 1.10018245, 'VDDA_internal': 1.1035753}, '8': {'VDDA': 1.11958261, 'VDDA_internal': 1.1218167200000002}, '9': {'VDDA': 1.13586538, 'VDDA_internal': 1.13876498}, '10': {'VDDA': 1.1551828400000002, 'VDDA_internal': 1.15774634}, '11': {'VDDA': 1.17210152, 'VDDA_internal': 1.1743756600000002}, '12': {'VDDA': 1.18657039, 'VDDA_internal': 1.18906752}, '13': {'VDDA': 1.20454778, 'VDDA_internal': 1.20760588}, '14': {'VDDA': 1.22331193, 'VDDA_internal': 1.2256537799999998}, '15': {'VDDA': 1.23978263, 'VDDA_internal': 1.2425232800000001}}, 'SHUNT_MODE': {'SHUNT_MODE': True}, 'chip_ids': {'1': True, '2': True, '4': True, '8': True, '16': True}, 'chip_currents': {'CAP': 1.018754e-08, 'CAP_PARASIT': 7.396353e-09, 'CDR_BUF': 1.770107e-05, 'CDR_CP': 3.82296e-06, 'CDR_FD': 3.747095e-05, 'CDR_VCO_BUF': 4.575259e-05, 'CDR_VCO_MAIN': 8.924105e-05, 'CML_MAIN': 4.683087e-05, 'CML_TAP1': 7.503797e-09, 'CML_TAP2': 1.018036e-08, 'DAC_COMP': 4.62311e-05, 'DAC_FB': 8.059033e-05, 'DAC_LCC': 7.498053e-05, 'DAC_PREAMP_L': 1.175402e-05, 'DAC_PREAMP_R': 1.202153e-05, 'DAC_PREAMP_T': 1.220028e-05, 'DAC_PREAMP_TL': 1.236232e-05, 'DAC_PREAMP_TR': 1.241554e-05, 'DAC_PRECOMP': 6.493674e-05, 'DAC_TH1_L': 7.241179e-05, 'DAC_TH1_M': 7.215876e-05, 'DAC_TH1_R': 7.326154e-05, 'DAC_TH2': 8.995867e-05, 'IINA': 4.672068e-05, 'IIND': 4.464416e-05, 'IREF': 3.714844e-06, 'I_SHUNT_A': 1.330718e-05, 'I_SHUNT_D': 8.641787e-06, 'NTC_PAD': 1.006159e-05, 'PREAMP_MATRIX_MAIN': 1.236247e-05}, 'chip_voltages': {'DAC_TH1_L': 0.153591318, 'DAC_TH1_M': 0.145594618, 'DAC_TH1_R': 0.151337118, 'DAC_TH2': 0.0025133580000000037, 'GNDA19': 1.3080000000019465e-06, 'GNDA20': 1.2698000000001958e-05, 'GNDA21': 1.2548000000001114e-05, 'GNDA22': 2.4680000000019964e-06, 'GNDA23': 1.9780000000031717e-06, 'GNDA24': 5.868000000002621e-06, 'GNDA25': 1.5401999999997695e-05, 'GNDA26': 3.6380000000037216e-06, 'GNDA27': 5.618000000002371e-06, 'GNDA28': 5.998000000003584e-06, 'GNDA29': 8.518000000002496e-06, 'GNDA30': 1.107800000000117e-05, 'I_MUX': 1.224931118, 'NTC_PAD': 0.09230571800000001, 'RADSENS_A': 0.622592718, 'RADSENS_C': 0.624014418, 'RADSENS_D': 0.622736618, 'TEMPSENS_A': 0.29695791800000004, 'TEMPSENS_B': 0.301188718, 'TEMPSENS_C': 0.298756218, 'TEMPSENS_D': 0.296032218, 'TEMPSENS_T': 0.153533218, 'VCAL_HI': 0.042779398, 'VCAL_HIGH': 0.042769388, 'VCAL_MED': 0.025076628000000004, 'VDDA_HALF': 0.601710418, 'VDDA_HALF_CAP': 0.598333518, 'VDDD_HALF': 0.602716518, 'VINA_HALF': 0.38513301800000005, 'VIND_HALF': 0.389664618, 'VOFS_HALF': 0.244719618, 'VREFA': 0.596144018, 'VREFD': 0.596429418, 'VREF_ADC': 0.761248918, 'VREF_CORE': 0.46086741800000003, 'VREF_PRE': 0.613586918, 'VREF_VDAC': 0.187731318}, 'CAP_MEAS': {'0': {'CAP_INJ_PAR': -9.369784300000001e-07, 'CAP_INJ_TOT': -1.1183193e-05}, '1': {'CAP_INJ_PAR': -9.377595999999999e-07, 'CAP_INJ_TOT': -1.1185446999999998e-05}, '2': {'CAP_INJ_PAR': -9.3750067e-07, 'CAP_INJ_TOT': -1.1186772000000001e-05}, '3': {'CAP_INJ_PAR': -9.375626499999998e-07, 'CAP_INJ_TOT': -1.1190338e-05}, '4': {'CAP_INJ_PAR': -9.3758991e-07, 'CAP_INJ_TOT': -1.1188388e-05}, '5': {'CAP_INJ_PAR': -9.384859600000001e-07, 'CAP_INJ_TOT': -1.1190928000000001e-05}, '6': {'CAP_INJ_PAR': -9.376097700000001e-07, 'CAP_INJ_TOT': -1.1189867e-05}, '7': {'CAP_INJ_PAR': -9.377824499999999e-07, 'CAP_INJ_TOT': -1.1190953000000002e-05}, '8': {'CAP_INJ_PAR': -9.376211100000001e-07, 'CAP_INJ_TOT': -1.1187628000000001e-05}, '9': {'CAP_INJ_PAR': -9.38179e-07, 'CAP_INJ_TOT': -1.1186069999999999e-05}, 'CAP_VDDA': 1.2039809090000002, 'CAP_IREF': 3.995195253012048e-07, 'CAP_OFF': 4.8e-16, 'CAP_FREQ': 10000000, 'TRUE_CAP': 8.033632872728547e-15}, 'VCAL_MEAS': {'400': {'large_range': {'HIGH': 0.070273787, 'HIGH_ADC': 306, 'MED': 0.070639207, 'MED_ADC': 309}, 'small_range': {'HIGH': 0.033631437, 'HIGH_ADC': 95, 'MED': 0.034080077, 'MED_ADC': 98}}, '700': {'large_range': {'HIGH': 0.12583052700000003, 'HIGH_ADC': 630, 'MED': 0.12554092700000002, 'MED_ADC': 628}, 'small_range': {'HIGH': 0.061166777000000006, 'HIGH_ADC': 254, 'MED': 0.061359227, 'MED_ADC': 255}}, '1000': {'large_range': {'HIGH': 0.18116892699999998, 'HIGH_ADC': 949, 'MED': 0.180553927, 'MED_ADC': 944}, 'small_range': {'HIGH': 0.088835927, 'HIGH_ADC': 414, 'MED': 0.08861482700000001, 'MED_ADC': 414}}, '1300': {'large_range': {'HIGH': 0.23644292699999997, 'HIGH_ADC': 1269, 'MED': 0.235262427, 'MED_ADC': 1261}, 'small_range': {'HIGH': 0.116295627, 'HIGH_ADC': 575, 'MED': 0.115973327, 'MED_ADC': 573}}, '1600': {'large_range': {'HIGH': 0.292397327, 'HIGH_ADC': 1593, 'MED': 0.290453427, 'MED_ADC': 1580}, 'small_range': {'HIGH': 0.14406732700000002, 'HIGH_ADC': 736, 'MED': 0.14350342700000002, 'MED_ADC': 732}}, '1900': {'large_range': {'HIGH': 0.348216727, 'HIGH_ADC': 1913, 'MED': 0.34531572699999996, 'MED_ADC': 1898}, 'small_range': {'HIGH': 0.17184832700000002, 'HIGH_ADC': 895, 'MED': 0.170799227, 'MED_ADC': 892}}, '2200': {'large_range': {'HIGH': 0.40436812699999997, 'HIGH_ADC': 2239, 'MED': 0.401976027, 'MED_ADC': 2225}, 'small_range': {'HIGH': 0.199773727, 'HIGH_ADC': 1059, 'MED': 0.19898642700000002, 'MED_ADC': 1051}}, '2500': {'large_range': {'HIGH': 0.460112427, 'HIGH_ADC': 2559, 'MED': 0.457253227, 'MED_ADC': 2543}, 'small_range': {'HIGH': 0.22787032699999998, 'HIGH_ADC': 1217, 'MED': 0.226633627, 'MED_ADC': 1213}}, '2800': {'large_range': {'HIGH': 0.515899627, 'HIGH_ADC': 2880, 'MED': 0.512788027, 'MED_ADC': 2863}, 'small_range': {'HIGH': 0.255887127, 'HIGH_ADC': 1381, 'MED': 0.254315227, 'MED_ADC': 1374}}, '3100': {'large_range': {'HIGH': 0.571103627, 'HIGH_ADC': 3199, 'MED': 0.568345127, 'MED_ADC': 3184}, 'small_range': {'HIGH': 0.283575627, 'HIGH_ADC': 1541, 'MED': 0.28229862699999997, 'MED_ADC': 1532}}, '3400': {'large_range': {'HIGH': 0.627019227, 'HIGH_ADC': 3519, 'MED': 0.624561127, 'MED_ADC': 3508}, 'small_range': {'HIGH': 0.31171482699999997, 'HIGH_ADC': 1705, 'MED': 0.310200227, 'MED_ADC': 1694}}, '3700': {'large_range': {'HIGH': 0.683004027, 'HIGH_ADC': 3842, 'MED': 0.6804666269999999, 'MED_ADC': 3831}, 'small_range': {'HIGH': 0.339889027, 'HIGH_ADC': 1866, 'MED': 0.338671727, 'MED_ADC': 1856}}, '4000': {'large_range': {'HIGH': 0.739122127, 'HIGH_ADC': 4095, 'MED': 0.737936927, 'MED_ADC': 4095}, 'small_range': {'HIGH': 0.367704027, 'HIGH_ADC': 2028, 'MED': 0.36717042699999997, 'MED_ADC': 2023}}}, 'TEMP_SNS': {'TEMPSENS_A': {'mean_adc': 519, 'mean_adc_lower': 1084, 'mean_adc_upper': 1604, 'mean_keith': 0.09040678749999997, 'mean_keith_lower': 0.2051504, 'mean_keith_upper': 0.2955571875, 'mean_temp': 67.627, 'mean_temp_keith': 39.278}, 'TEMPSENS_B': {'mean_adc': 1643, 'mean_keith': 0.30177897}, 'TEMPSENS_C': {'mean_adc': 520, 'mean_adc_lower': 1096, 'mean_adc_upper': 1616, 'mean_keith': 0.09018611250000003, 'mean_keith_lower': 0.2072029425, 'mean_keith_upper': 0.297389055, 'mean_temp': 68.283, 'mean_temp_keith': 38.515}, 'TEMPSENS_D': {'mean_adc': 519, 'mean_adc_lower': 1079, 'mean_adc_upper': 1599, 'mean_keith': 0.09046090624999997, 'mean_keith_lower': 0.20421034500000002, 'mean_keith_upper': 0.29467125125, 'mean_temp': 67.627, 'mean_temp_keith': 39.465}, 'TEMPSENS_T': {'mean_adc': 784, 'mean_keith': 0.15403952999999998}, 'a': 0.0007489, 'b': 0.0002769, 'c': 7.0595e-08, 'r_pc_ntc': 10164.53507877594, 'temp_ntc': 24.538782169406602}, 'IV curves': {'15': {'GNDA': 0.016841357, 'GNDD': 0.021255857999999996, 'VDDA': 1.220131, 'VDDD': 1.226727, 'VIN_A': 1.471133, 'VIN_A_int': 0.3796723, 'VIN_A_tti_cur': 0.84, 'VIN_D': 1.473846, 'VIN_D_int': 0.3830966, 'VIN_D_tti_cur': 0.818, 'VOFS': 0.5142713}, '16': {'GNDA': 0.019493227000000002, 'GNDD': 0.024710895, 'VDDA': 1.22336, 'VDDD': 1.230225, 'VIN_A': 1.565336, 'VIN_A_int': 0.4051687, 'VIN_A_tti_cur': 0.988, 'VIN_D': 1.568112, 'VIN_D_int': 0.4091652, 'VIN_D_tti_cur': 0.967, 'VOFS': 0.5168164}, '17': {'GNDA': 0.022327352, 'GNDD': 0.028349271000000002, 'VDDA': 1.226901, 'VDDD': 1.236168, 'VIN_A': 1.659357, 'VIN_A_int': 0.4307217, 'VIN_A_tti_cur': 1.142, 'VIN_D': 1.662104, 'VIN_D_int': 0.4352336, 'VIN_D_tti_cur': 1.121, 'VOFS': 0.5200583}, '18': {'GNDA': 0.025310058000000003, 'GNDD': 0.032312343, 'VDDA': 1.231674, 'VDDD': 1.242337, 'VIN_A': 1.752789, 'VIN_A_int': 0.4562699, 'VIN_A_tti_cur': 1.297, 'VIN_D': 1.755591, 'VIN_D_int': 0.4614508, 'VIN_D_tti_cur': 1.276, 'VOFS': 0.5235075}, '19': {'GNDA': 0.028283714000000005, 'GNDD': 0.036263031999999994, 'VDDA': 1.235469, 'VDDD': 1.247698, 'VIN_A': 1.846212, 'VIN_A_int': 0.4818271, 'VIN_A_tti_cur': 1.454, 'VIN_D': 1.849248, 'VIN_D_int': 0.4875842, 'VIN_D_tti_cur': 1.434, 'VOFS': 0.5268904}}}
CHIP_ID_TEST_RESULT	green
CURR_MULT_FAC_A	21168.356
CURR_MULT_FAC_D	21749.765
DATA_MERGING_RESULT	green
DIGITALSCAN_RESULT	green
DIGITALSCAN_VALUE	100
IREF_TRIM	10
IREF_TRIM_RESULT	green
IREF_TRIM_VALUE	3.993e-06
IV_CURVES	{'IINA': [0.84, 0.988, 1.142, 1.297, 1.454], 'VINA': [1.454291643, 1.545842773, 1.637029648, 1.727478942, 1.817928286], 'IIND': [0.818, 0.967, 1.121, 1.276, 1.434], 'VIND': [1.452590142, 1.543401105, 1.633754729, 1.723278657, 1.812984968]}
I_TOT_CONF_RESULT	black
I_TOT_CONF_VALUE	-1
I_VINA_CONF_RESULT	black
I_VINA_CONF_VALUE	-1
I_VIND_CONF_RESULT	black
I_VIND_CONF_VALUE	-1
InjectionCapacitance	8.034e-15
LINK_RESULT	green
LINK_VALUE	1
META_DATA	{'scan_times': {'POWER': {'VCAL_meas': {'IINA': 0.99, 'IIND': 0.971, 'VDDA': 1.2034912549999999, 'VDDD': 1.20323432, 'VINA': 1.61, 'VIND': 1.61}, 'analog_scan': {'IINA': 0.99, 'IIND': 0.969, 'VINA': 1.61, 'VIND': 1.61}, 'aurora_test_0': {'IINA': 0.989, 'IIND': 0.971, 'VINA': 1.6, 'VIND': 1.61}, 'aurora_test_1': {'IINA': 0.988, 'IIND': 0.97, 'VINA': 1.61, 'VIND': 1.61}, 'aurora_test_2': {'IINA': 0.987, 'IIND': 0.969, 'VINA': 1.61, 'VIND': 1.61}, 'aurora_test_3': {'IINA': 0.988, 'IIND': 0.971, 'VINA': 1.61, 'VIND': 1.61}, 'data_merging': {'IINA': 0.99, 'IIND': 0.972, 'VINA': 1.61, 'VIND': 1.61}, 'digital_scan': {'IINA': 0.988, 'IIND': 0.971, 'VINA': 1.61, 'VIND': 1.61}, 'efuse_write': {'IINA': 0.987, 'IIND': 0.97, 'VDDA': 1.20446216, 'VDDD': 1.203953685, 'VINA': 1.61, 'VIND': 1.61}, 'gnd_offset_ldo': {'IINA': 1.454, 'IIND': 1.433, 'VDDA': 1.206557345, 'VDDD': 1.2116614, 'VINA': 1.91, 'VIND': 1.91}, 'inj_cap': {'IINA': 0.99, 'IIND': 0.972, 'VDDA': 1.203771235, 'VDDD': 1.2032416300000002, 'VINA': 1.61, 'VIND': 1.61}, 'iref_trim (SHUNT)': {'IINA': 0.98, 'IIND': 0.959, 'VDDA': 1.118738375, 'VDDD': 1.11876502, 'VINA': 1.61, 'VIND': 1.61}, 'measure_chip_currents': {'IINA': 0.989, 'IIND': 0.971, 'VDDA': 1.203731635, 'VDDD': 1.2026043100000001, 'VINA': 1.61, 'VIND': 1.61}, 'measure_chip_voltages': {'IINA': 0.989, 'IIND': 0.971, 'VDDA': 1.204425955, 'VDDD': 1.20209669, 'VINA': 1.61, 'VIND': 1.61}, 'osc_scan': {'IINA': 0.988, 'IIND': 0.97, 'VINA': 1.61, 'VIND': 1.61}, 'pixel_register_scan': {'IINA': 0.989, 'IIND': 0.972, 'VINA': 1.61, 'VIND': 1.61}, 'register_test': {'IINA': 0.988, 'IIND': 0.97, 'VINA': 1.6, 'VIND': 1.61}, 'temperatures': {'IINA': 0.989, 'IIND': 0.971, 'VDDA': 1.203185285, 'VDDD': 1.2031237099999998, 'VINA': 1.61, 'VIND': 1.61}, 'threshold_scan': {'IINA': 0.989, 'IIND': 0.972, 'VINA': 1.61, 'VIND': 1.61}, 'vref_trim (SHUNT)': {'IINA': 0.982, 'IIND': 0.967, 'VDDA': 1.15468012, 'VDDD': 1.20501514, 'VINA': 1.61, 'VIND': 1.61}}, 'duration': {'IV_curve': 78.11583805084229, 'VCAL_meas': 63.45490288734436, 'analog_scan': 80.5489854812622, 'aurora_test_0': 19.050195932388306, 'aurora_test_1': 19.12282156944275, 'aurora_test_2': 19.112302780151367, 'aurora_test_3': 20.433516025543213, 'chip_id_check': 1.4514007568359375, 'data_merging': 26.726296424865723, 'digital_scan': 41.90403366088867, 'efuse_write': 8.931110143661499, 'gnd_offset_ldo': 8.485127925872803, 'initial_power': 60.590046882629395, 'inj_cap': 84.27920603752136, 'iref_trim (SHUNT)': 119.92726540565491, 'measure_chip_currents': 32.15014171600342, 'measure_chip_voltages': 45.166223764419556, 'measure_temperatures': 104.27615666389465, 'osc_scan': 18.8920955657959, 'pixel_register_scan': 141.85765981674194, 'register_test': 28.251205921173096, 'threshold_scan': 172.0789716243744, 'vref_trim (SHUNT)': 88.33958005905151}, 'fw_version': '1.7', 'lanes': 7, 'rx_speed': 1280, 'start_time': 1630371919.3515124, 'stop_time': 1630373156.9132543, 'sw_version': 'waferprobing_rbs@f7ad701\nChanged files: bdaq53/chips/ITkPixV1_default.cfg.yaml, bdaq53/scans/scan_digital.py, bdaq53/scans/test_data_merging.py, bdaq53/system/bdaq53.yaml, bdaq53/waferprobing/analysis/analyze_all_wafers_ITkPix.py, bdaq53/waferprobing/analysis/analyze_wafer_ITkPixV1.py, bdaq53/waferprobing/itkpixv1_scans/scan_scan_chain.py, bdaq53/waferprobing/probe_chip_ITkPixV1.py, bdaq53/waferprobing/probe_wafer.py, bdaq53/waferprobing/test_probestation.py, firmware/src/bdaq53.v, firmware/src/bdaq53.xdc, firmware/src/bdaq53_core.v, firmware/vivado/run.tcl'}}
NOCCSCAN_RESULT	black
NOCCSCAN_VALUE	-1
OVERALL_RESULT	green
PC_NTC	24.539
PIXEL_REGISTER_TEST	100
PIXEL_REGISTER_TEST_RESULT	green
REGISTER_TEST_RESULT	green
RESISTOR	-1
RING_OSC_0_VALUE	{'RING_OSC_A_0': {'raw_data': 6843, 'count': 2747, 'frequency': 432598432, 'pulse_length': 127}, 'RING_OSC_A_1': {'raw_data': 12287, 'count': 4095, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_A_2': {'raw_data': 12287, 'count': 4095, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_A_3': {'raw_data': 12287, 'count': 4095, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_A_4': {'raw_data': 12287, 'count': 4095, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_A_5': {'raw_data': 12287, 'count': 4095, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_A_6': {'raw_data': 12287, 'count': 4095, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_A_7': {'raw_data': 12287, 'count': 4095, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_0': {'raw_data': 8191, 'count': 4095, 'frequency': 644881920, 'pulse_length': 127}, 'RING_OSC_1': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_2': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_3': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_4': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_5': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_6': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_7': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_8': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_9': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_10': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_11': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_12': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_13': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_14': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_15': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_16': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_17': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_18': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_19': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_20': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_21': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_22': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_23': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_24': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_25': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_26': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_27': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_28': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_29': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_30': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_31': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_32': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}, 'RING_OSC_33': {'raw_data': 12287, 'count': 2047, 'frequency': 322440960, 'pulse_length': 127}}
TEMPERATURE_A	0.090407
TEMPERATURE_B	0.301779
TEMPERATURE_C	0.090186
TEMPERATURE_D	0.090461
TEMPERATURE_T	0.15403999999999998
THRESHOLDSCAN_RESULT	green
THRESHOLDSCAN_VALUE	394.67
VCAL_HIGH_LARGE_RANGE_OFFSET	-0.004456000000000001
VCAL_HIGH_LARGE_RANGE_SLOPE	0.000186
VCAL_HIGH_SMALL_RANGE_OFFSET	-0.0040750000000000005
VCAL_HIGH_SMALL_RANGE_SLOPE	9.3e-05
VCAL_MED_LARGE_RANGE_OFFSET	-0.0044740000000000005
VCAL_MED_LARGE_RANGE_SLOPE	0.000185
VCAL_MED_SMALL_RANGE_OFFSET	-0.003662
VCAL_MED_SMALL_RANGE_SLOPE	9.2e-05
VDDA_16	1.243
VDDA_TRIM	13
VDDA_TRIM_RESULT	green
VDDA_TRIM_VALUE	1.208
VDDD_16	1.24
VDDD_TRIM	13
VDDD_TRIM_RESULT	green
VDDD_TRIM_VALUE	1.208
VINA_SHUNT_DELTAKFACTOR	32.778
VINA_SHUNT_KFACTOR	1083.41
VINA_SHUNT_RESULT	black
VIND_SHUNT_DELTAKFACTOR	19.11
VIND_SHUNT_KFACTOR	1066.201
VIND_SHUNT_RESULT	black
VREF_ADC_TRIM	-1
VREF_ADC_TRIM_RESULT	black
VREF_ADC_TRIM_VALUE	-1

Attachments

Filename	Contents
Regulator IV curve	Download

ProductionDB Record

Expand ProductionDB Record

6222077780e95c000a45f59e

state

ready

date

2021-08-31T03:05:19.000Z

testType

id	5acf73b909d7a800067a4cc5
code	FECHIP_TEST
name	Electrical FE chip tests
state	active

institution

id	5ca753d878a5090009836f55
code	BONN
name	University of Bonn

user

id	6128b0564d2fbc000ae17b78
userIdentity	9198-3887-1
firstName	Mark
middleName
lastName	Standke

runNumber

0x14B-31082021

passed

True

problems

False

properties

code DAQ_VERSION
name DAQ version used
dataType string
valueType single
required False
value sw: waferprobing_rbs@f7ad701 Changed; fw: 1.7; lanes: 7.0; speed: 1280
code DATABASE_LINK
name Link to chip raw data
dataType string
valueType single
required False
value https://itkpix.web.cern.ch/0x14B/raw/0x14B4D
rangeMin None
rangeMax None

results

code ADC_OFFSET
name ADC offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value 0.016788
associateChild None
code ADC_SLOPE
name ADC slope [mV/DAC]
dataType float
valueType single
arrayDimensions None
additional False
value 0.00017299999999999998
associateChild None
code ANALOGSCAN_RESULT
name Result from analog scan
dataType string
valueType single
arrayDimensions None
value green
associateChild None
code ANALOGSCAN_VALUE
name Value of analog scan [%]
dataType float
valueType single
arrayDimensions None
additional False
value 99.973
associateChild None

code

ANALOG_DATA

name

Analog Data

dataType

object

valueType

single

arrayDimensions

None

additional

False

rangeMin

None

rangeMax

None

value

IREF Trims (SHUNT)

IREF	3.4199482730923695e-07
REXTA	0.83701886
REXTD	0.83667736
VINA	1.53568046
VIND	1.53885146
VOFS	0.42609105999999997
V_IREF	0.02077854

IREF	3.4518008032128515e-07
REXTA	0.8479015
REXTD	0.8479861
VINA	1.5338158
VIND	1.5367608
VOFS	0.4294
V_IREF	0.0235592

IREF	3.521573574297189e-07
REXTA	0.86604181
REXTD	0.86600361
VINA	1.5354051100000001
VIND	1.53841511
VOFS	0.43865151
V_IREF	0.02315289

IREF	3.5813243373493976e-07
REXTA	0.87951558
REXTD	0.8804434800000001
VINA	1.53673508
VIND	1.53973408
VOFS	0.44573848
V_IREF	0.02262292

IREF	3.624888835341365e-07
REXTA	0.89085956
REXTD	0.8910241600000001
VINA	1.53798806
VIND	1.54091906
VOFS	0.45107865999999996
V_IREF	0.02219794

IREF	3.6806083534136543e-07
REXTA	0.90365684
REXTD	0.90444674
VINA	1.53896904
VIND	1.5418560399999999
VOFS	0.45781394
V_IREF	0.02191596

IREF	3.7495072289156626e-07
REXTA	0.9220076500000001
REXTD	0.9221850500000001
VINA	1.54064255
VIND	1.54347255
VOFS	0.46688715000000003
V_IREF	0.02151145

IREF	3.809813092369478e-07
REXTA	0.93590523
REXTD	0.93670213
VINA	1.54196993
VIND	1.54473693
VOFS	0.47393963
V_IREF	0.02097807

IREF	3.8634093172690763e-07
REXTA	0.9494271599999999
REXTD	0.9497184599999999
VINA	1.5431269600000002
VIND	1.54590896
VOFS	0.48076085999999996
V_IREF	0.02061104

IREF	3.9200638554216873e-07
REXTA	0.96337235
REXTD	0.9634739499999999
VINA	1.54428155
VIND	1.54719755
VOFS	0.48795194999999997
V_IREF	0.02020445

IREF	3.9925894779116465e-07
REXTA	0.9816264900000001
REXTD	0.98194949
VINA	1.5459234899999998
VIND	1.54864849
VOFS	0.49683509
V_IREF	0.01982451

IREF	4.052051646586345e-07
REXTA	0.99573853
REXTD	0.99613753
VINA	1.5471235300000001
VIND	1.55002653
VOFS	0.50393473
V_IREF	0.01932747

IREF	4.090189959839358e-07
REXTA	1.00624745
REXTD	1.00617445
VINA	1.54836445
VIND	1.55101845
VOFS	0.50906885
V_IREF	0.01892955

IREF	4.1454857028112453e-07
REXTA	1.01879627
REXTD	1.01962527
VINA	1.54927027
VIND	1.55196927
VOFS	0.51580047
V_IREF	0.01865373

IREF	4.216704257028112e-07
REXTA	1.0378623800000002
REXTD	1.03726438
VINA	1.5507183800000002
VIND	1.55350538
VOFS	0.52469578
V_IREF	0.01828562

IREF	4.2735277911646586e-07
REXTA	1.05134011
REXTD	1.05131911
VINA	1.55201611
VIND	1.55464511
VOFS	0.5319039099999999
V_IREF	0.01779189

IREF_OPT

VREF_D Trim (SHUNT)

VDDD	0.9874048699999999
VDDD_internal	0.9850086200000001

VDDD	1.0063997900000001
VDDD_internal	1.00400008

VDDD	1.0221316
VDDD_internal	1.0198724

VDDD	1.04028558
VDDD_internal	1.03739364

VDDD	1.05778856
VDDD_internal	1.0543211

VDDD	1.07539638
VDDD_internal	1.0727707

VDDD	1.09176172
VDDD_internal	1.08796966

VDDD	1.11002845
VDDD_internal	1.1063182999999999

VDDD	1.12430661
VDDD_internal	1.1211253200000002

VDDD	1.14257338
VDDD_internal	1.13977678

VDDD	1.1583948400000001
VDDD_internal	1.15562574

VDDD	1.1765375200000001
VDDD_internal	1.1732932600000001

VDDD	1.19302439
VDDD_internal	1.18834752

VDDD	1.21175678
VDDD_internal	1.20754468

VDDD	1.22658293
VDDD_internal	1.22247778

VDDD	1.24508363
VDDD_internal	1.2403274800000001

VREF_D_opt

VREF_A_opt

VREF_A Trim (SHUNT)

VDDA	0.97993087
VDDA_internal	0.98245202

VDDA	0.9975187900000001
VDDA_internal	0.9996506800000001

VDDA	1.0154116
VDDA_internal	1.0183586

VDDA	1.03244758
VDDA_internal	1.0351870399999998

VDDA	1.0484575600000001
VDDA_internal	1.0511559

VDDA	1.06518938
VDDA_internal	1.0672909

VDDA	1.0838957200000001
VDDA_internal	1.08702546

VDDA	1.10018245
VDDA_internal	1.1035753

VDDA	1.11958261
VDDA_internal	1.1218167200000002

VDDA	1.13586538
VDDA_internal	1.13876498

VDDA	1.1551828400000002
VDDA_internal	1.15774634

VDDA	1.17210152
VDDA_internal	1.1743756600000002

VDDA	1.18657039
VDDA_internal	1.18906752

VDDA	1.20454778
VDDA_internal	1.20760588

VDDA	1.22331193
VDDA_internal	1.2256537799999998

VDDA	1.23978263
VDDA_internal	1.2425232800000001

SHUNT_MODE

SHUNT_MODE	True

chip_ids

1	True
2	True
4	True
8	True
16	True

chip_currents

CAP	1.018754e-08
CAP_PARASIT	7.396353e-09
CDR_BUF	1.770107e-05
CDR_CP	3.82296e-06
CDR_FD	3.747095e-05
CDR_VCO_BUF	4.575259e-05
CDR_VCO_MAIN	8.924105e-05
CML_MAIN	4.683087e-05
CML_TAP1	7.503797e-09
CML_TAP2	1.018036e-08
DAC_COMP	4.62311e-05
DAC_FB	8.059033e-05
DAC_LCC	7.498053e-05
DAC_PREAMP_L	1.175402e-05
DAC_PREAMP_R	1.202153e-05
DAC_PREAMP_T	1.220028e-05
DAC_PREAMP_TL	1.236232e-05
DAC_PREAMP_TR	1.241554e-05
DAC_PRECOMP	6.493674e-05
DAC_TH1_L	7.241179e-05
DAC_TH1_M	7.215876e-05
DAC_TH1_R	7.326154e-05
DAC_TH2	8.995867e-05
IINA	4.672068e-05
IIND	4.464416e-05
IREF	3.714844e-06
I_SHUNT_A	1.330718e-05
I_SHUNT_D	8.641787e-06
NTC_PAD	1.006159e-05
PREAMP_MATRIX_MAIN	1.236247e-05

chip_voltages

DAC_TH1_L	0.153591318
DAC_TH1_M	0.145594618
DAC_TH1_R	0.151337118
DAC_TH2	0.0025133580000000037
GNDA19	1.3080000000019465e-06
GNDA20	1.2698000000001958e-05
GNDA21	1.2548000000001114e-05
GNDA22	2.4680000000019964e-06
GNDA23	1.9780000000031717e-06
GNDA24	5.868000000002621e-06
GNDA25	1.5401999999997695e-05
GNDA26	3.6380000000037216e-06
GNDA27	5.618000000002371e-06
GNDA28	5.998000000003584e-06
GNDA29	8.518000000002496e-06
GNDA30	1.107800000000117e-05
I_MUX	1.224931118
NTC_PAD	0.09230571800000001
RADSENS_A	0.622592718
RADSENS_C	0.624014418
RADSENS_D	0.622736618
TEMPSENS_A	0.29695791800000004
TEMPSENS_B	0.301188718
TEMPSENS_C	0.298756218
TEMPSENS_D	0.296032218
TEMPSENS_T	0.153533218
VCAL_HI	0.042779398
VCAL_HIGH	0.042769388
VCAL_MED	0.025076628000000004
VDDA_HALF	0.601710418
VDDA_HALF_CAP	0.598333518
VDDD_HALF	0.602716518
VINA_HALF	0.38513301800000005
VIND_HALF	0.389664618
VOFS_HALF	0.244719618
VREFA	0.596144018
VREFD	0.596429418
VREF_ADC	0.761248918
VREF_CORE	0.46086741800000003
VREF_PRE	0.613586918
VREF_VDAC	0.187731318

CAP_MEAS

CAP_INJ_PAR	-9.369784300000001e-07
CAP_INJ_TOT	-1.1183193e-05

CAP_INJ_PAR	-9.377595999999999e-07
CAP_INJ_TOT	-1.1185446999999998e-05

CAP_INJ_PAR	-9.3750067e-07
CAP_INJ_TOT	-1.1186772000000001e-05

CAP_INJ_PAR	-9.375626499999998e-07
CAP_INJ_TOT	-1.1190338e-05

CAP_INJ_PAR	-9.3758991e-07
CAP_INJ_TOT	-1.1188388e-05

CAP_INJ_PAR	-9.384859600000001e-07
CAP_INJ_TOT	-1.1190928000000001e-05

CAP_INJ_PAR	-9.376097700000001e-07
CAP_INJ_TOT	-1.1189867e-05

CAP_INJ_PAR	-9.377824499999999e-07
CAP_INJ_TOT	-1.1190953000000002e-05

CAP_INJ_PAR	-9.376211100000001e-07
CAP_INJ_TOT	-1.1187628000000001e-05

CAP_INJ_PAR	-9.38179e-07
CAP_INJ_TOT	-1.1186069999999999e-05

CAP_VDDA

1.2039809090000002

CAP_IREF

3.995195253012048e-07

CAP_OFF

4.8e-16

CAP_FREQ

10000000

TRUE_CAP

8.033632872728547e-15

VCAL_MEAS

400

large_range

HIGH	0.070273787
HIGH_ADC	306
MED	0.070639207
MED_ADC	309

small_range

HIGH	0.033631437
HIGH_ADC	95
MED	0.034080077
MED_ADC	98

700

large_range

HIGH	0.12583052700000003
HIGH_ADC	630
MED	0.12554092700000002
MED_ADC	628

small_range

HIGH	0.061166777000000006
HIGH_ADC	254
MED	0.061359227
MED_ADC	255

1000

large_range

HIGH	0.18116892699999998
HIGH_ADC	949
MED	0.180553927
MED_ADC	944

small_range

HIGH	0.088835927
HIGH_ADC	414
MED	0.08861482700000001
MED_ADC	414

1300

large_range

HIGH	0.23644292699999997
HIGH_ADC	1269
MED	0.235262427
MED_ADC	1261

small_range

HIGH	0.116295627
HIGH_ADC	575
MED	0.115973327
MED_ADC	573

1600

large_range

HIGH	0.292397327
HIGH_ADC	1593
MED	0.290453427
MED_ADC	1580

small_range

HIGH	0.14406732700000002
HIGH_ADC	736
MED	0.14350342700000002
MED_ADC	732

1900

large_range

HIGH	0.348216727
HIGH_ADC	1913
MED	0.34531572699999996
MED_ADC	1898

small_range

HIGH	0.17184832700000002
HIGH_ADC	895
MED	0.170799227
MED_ADC	892

2200

large_range

HIGH	0.40436812699999997
HIGH_ADC	2239
MED	0.401976027
MED_ADC	2225

small_range

HIGH	0.199773727
HIGH_ADC	1059
MED	0.19898642700000002
MED_ADC	1051

2500

large_range

HIGH	0.460112427
HIGH_ADC	2559
MED	0.457253227
MED_ADC	2543

small_range

HIGH	0.22787032699999998
HIGH_ADC	1217
MED	0.226633627
MED_ADC	1213

2800

large_range

HIGH	0.515899627
HIGH_ADC	2880
MED	0.512788027
MED_ADC	2863

small_range

HIGH	0.255887127
HIGH_ADC	1381
MED	0.254315227
MED_ADC	1374

3100

large_range

HIGH	0.571103627
HIGH_ADC	3199
MED	0.568345127
MED_ADC	3184

small_range

HIGH	0.283575627
HIGH_ADC	1541
MED	0.28229862699999997
MED_ADC	1532

3400

large_range

HIGH	0.627019227
HIGH_ADC	3519
MED	0.624561127
MED_ADC	3508

small_range

HIGH	0.31171482699999997
HIGH_ADC	1705
MED	0.310200227
MED_ADC	1694

3700

large_range

HIGH	0.683004027
HIGH_ADC	3842
MED	0.6804666269999999
MED_ADC	3831

small_range

HIGH	0.339889027
HIGH_ADC	1866
MED	0.338671727
MED_ADC	1856

4000

large_range

HIGH	0.739122127
HIGH_ADC	4095
MED	0.737936927
MED_ADC	4095

small_range

HIGH	0.367704027
HIGH_ADC	2028
MED	0.36717042699999997
MED_ADC	2023

TEMP_SNS

TEMPSENS_A

mean_adc	519
mean_adc_lower	1084
mean_adc_upper	1604
mean_keith	0.09040678749999997
mean_keith_lower	0.2051504
mean_keith_upper	0.2955571875
mean_temp	67.627
mean_temp_keith	39.278

TEMPSENS_B

mean_adc	1643
mean_keith	0.30177897

TEMPSENS_C

mean_adc	520
mean_adc_lower	1096
mean_adc_upper	1616
mean_keith	0.09018611250000003
mean_keith_lower	0.2072029425
mean_keith_upper	0.297389055
mean_temp	68.283
mean_temp_keith	38.515

TEMPSENS_D

mean_adc	519
mean_adc_lower	1079
mean_adc_upper	1599
mean_keith	0.09046090624999997
mean_keith_lower	0.20421034500000002
mean_keith_upper	0.29467125125
mean_temp	67.627
mean_temp_keith	39.465

TEMPSENS_T

mean_adc	784
mean_keith	0.15403952999999998

0.0007489

0.0002769

7.0595e-08

r_pc_ntc

10164.53507877594

temp_ntc

24.538782169406602

IV curves

GNDA	0.016841357
GNDD	0.021255857999999996
VDDA	1.220131
VDDD	1.226727
VIN_A	1.471133
VIN_A_int	0.3796723
VIN_A_tti_cur	0.84
VIN_D	1.473846
VIN_D_int	0.3830966
VIN_D_tti_cur	0.818
VOFS	0.5142713

GNDA	0.019493227000000002
GNDD	0.024710895
VDDA	1.22336
VDDD	1.230225
VIN_A	1.565336
VIN_A_int	0.4051687
VIN_A_tti_cur	0.988
VIN_D	1.568112
VIN_D_int	0.4091652
VIN_D_tti_cur	0.967
VOFS	0.5168164

GNDA	0.022327352
GNDD	0.028349271000000002
VDDA	1.226901
VDDD	1.236168
VIN_A	1.659357
VIN_A_int	0.4307217
VIN_A_tti_cur	1.142
VIN_D	1.662104
VIN_D_int	0.4352336
VIN_D_tti_cur	1.121
VOFS	0.5200583

GNDA	0.025310058000000003
GNDD	0.032312343
VDDA	1.231674
VDDD	1.242337
VIN_A	1.752789
VIN_A_int	0.4562699
VIN_A_tti_cur	1.297
VIN_D	1.755591
VIN_D_int	0.4614508
VIN_D_tti_cur	1.276
VOFS	0.5235075

GNDA	0.028283714000000005
GNDD	0.036263031999999994
VDDA	1.235469
VDDD	1.247698
VIN_A	1.846212
VIN_A_int	0.4818271
VIN_A_tti_cur	1.454
VIN_D	1.849248
VIN_D_int	0.4875842
VIN_D_tti_cur	1.434
VOFS	0.5268904

associateChild

None

code CHIP_ID_TEST_RESULT
name Chip ID test result
dataType string
valueType single
arrayDimensions None
additional False
value green
associateChild None
code CURR_MULT_FAC_A
name Current multiplication factor IINA
dataType float
valueType single
arrayDimensions None
additional False
rangeMin None
rangeMax None
value 21168.356
associateChild None
code CURR_MULT_FAC_D
name Current multiplication factor IIND
dataType float
valueType single
arrayDimensions None
additional False
rangeMin None
rangeMax None
value 21749.765
associateChild None
code DATA_MERGING_RESULT
name Data merging result
dataType string
valueType single
arrayDimensions None
additional False
value green
associateChild None
code DIGITALSCAN_RESULT
name Result from digital scan
dataType string
valueType single
arrayDimensions None
value green
associateChild None
code DIGITALSCAN_VALUE
name Value of digital scan [%]
dataType float
valueType single
arrayDimensions None
additional False
value 100
associateChild None
code IREF_TRIM
name IREF trim bit
dataType integer
valueType single
arrayDimensions None
value 10
associateChild None
code IREF_TRIM_RESULT
name Result from IREF trim
dataType string
valueType single
arrayDimensions None
value green
associateChild None
code IREF_TRIM_VALUE
name Value for IREF after trimming [muA]
dataType float
valueType single
arrayDimensions None
additional False
value 3.993e-06
associateChild None

code

IV_CURVES

name

IV curves

dataType

object

valueType

single

arrayDimensions

None

additional

False

value

IINA	0.84 0.988 1.142 1.297 1.454
VINA	1.454291643 1.545842773 1.637029648 1.727478942 1.817928286
IIND	0.818 0.967 1.121 1.276 1.434
VIND	1.452590142 1.543401105 1.633754729 1.723278657 1.812984968

associateChild

None

code I_TOT_CONF_RESULT
name Result from I TOT conf test
dataType string
valueType single
arrayDimensions None
value black
associateChild None
code I_TOT_CONF_VALUE
name Value from I TOT conf test [A]
dataType float
valueType single
arrayDimensions None
additional False
value -1
associateChild None
code I_VINA_CONF_RESULT
name Result from I VINA conf test
dataType string
valueType single
arrayDimensions None
value black
associateChild None
code I_VINA_CONF_VALUE
name Value from I VINA conf test [A]
dataType float
valueType single
arrayDimensions None
additional False
value -1
associateChild None
code I_VIND_CONF_RESULT
name Result from I VIND conf test
dataType string
valueType single
arrayDimensions None
value black
associateChild None
code I_VIND_CONF_VALUE
name Value from I VIND conf test [A]
dataType float
valueType single
arrayDimensions None
additional False
value -1
associateChild None
code InjectionCapacitance
name Injection capacitance [fF]
dataType float
valueType single
arrayDimensions None
additional False
value 8.034e-15
associateChild None
code LINK_RESULT
name Result from link test
dataType string
valueType single
arrayDimensions None
value green
associateChild None
code LINK_VALUE
name Value from link test
dataType float
valueType single
arrayDimensions None
additional False
value 1
associateChild None

code

META_DATA

name

Meta Data

dataType

object

valueType

single

arrayDimensions

None

additional

False

rangeMin

None

rangeMax

None

value

scan_times

POWER

VCAL_meas

IINA	0.99
IIND	0.971
VDDA	1.2034912549999999
VDDD	1.20323432
VINA	1.61
VIND	1.61

analog_scan

IINA	0.99
IIND	0.969
VINA	1.61
VIND	1.61

aurora_test_0

IINA	0.989
IIND	0.971
VINA	1.6
VIND	1.61

aurora_test_1

IINA	0.988
IIND	0.97
VINA	1.61
VIND	1.61

aurora_test_2

IINA	0.987
IIND	0.969
VINA	1.61
VIND	1.61

aurora_test_3

IINA	0.988
IIND	0.971
VINA	1.61
VIND	1.61

data_merging

IINA	0.99
IIND	0.972
VINA	1.61
VIND	1.61

digital_scan

IINA	0.988
IIND	0.971
VINA	1.61
VIND	1.61

efuse_write

IINA	0.987
IIND	0.97
VDDA	1.20446216
VDDD	1.203953685
VINA	1.61
VIND	1.61

gnd_offset_ldo

IINA	1.454
IIND	1.433
VDDA	1.206557345
VDDD	1.2116614
VINA	1.91
VIND	1.91

inj_cap

IINA	0.99
IIND	0.972
VDDA	1.203771235
VDDD	1.2032416300000002
VINA	1.61
VIND	1.61

iref_trim (SHUNT)

IINA	0.98
IIND	0.959
VDDA	1.118738375
VDDD	1.11876502
VINA	1.61
VIND	1.61

measure_chip_currents

IINA	0.989
IIND	0.971
VDDA	1.203731635
VDDD	1.2026043100000001
VINA	1.61
VIND	1.61

measure_chip_voltages

IINA	0.989
IIND	0.971
VDDA	1.204425955
VDDD	1.20209669
VINA	1.61
VIND	1.61

osc_scan

IINA	0.988
IIND	0.97
VINA	1.61
VIND	1.61

pixel_register_scan

IINA	0.989
IIND	0.972
VINA	1.61
VIND	1.61

register_test

IINA	0.988
IIND	0.97
VINA	1.6
VIND	1.61

temperatures

IINA	0.989
IIND	0.971
VDDA	1.203185285
VDDD	1.2031237099999998
VINA	1.61
VIND	1.61

threshold_scan

IINA	0.989
IIND	0.972
VINA	1.61
VIND	1.61

vref_trim (SHUNT)

IINA	0.982
IIND	0.967
VDDA	1.15468012
VDDD	1.20501514
VINA	1.61
VIND	1.61

duration

IV_curve	78.11583805084229
VCAL_meas	63.45490288734436
analog_scan	80.5489854812622
aurora_test_0	19.050195932388306
aurora_test_1	19.12282156944275
aurora_test_2	19.112302780151367
aurora_test_3	20.433516025543213
chip_id_check	1.4514007568359375
data_merging	26.726296424865723
digital_scan	41.90403366088867
efuse_write	8.931110143661499
gnd_offset_ldo	8.485127925872803
initial_power	60.590046882629395
inj_cap	84.27920603752136
iref_trim (SHUNT)	119.92726540565491
measure_chip_currents	32.15014171600342
measure_chip_voltages	45.166223764419556
measure_temperatures	104.27615666389465
osc_scan	18.8920955657959
pixel_register_scan	141.85765981674194
register_test	28.251205921173096
threshold_scan	172.0789716243744
vref_trim (SHUNT)	88.33958005905151

fw_version

1.7

lanes

rx_speed

1280

start_time

1630371919.3515124

stop_time

1630373156.9132543

sw_version

waferprobing_rbs@f7ad701 Changed files: bdaq53/chips/ITkPixV1_default.cfg.yaml, bdaq53/scans/scan_digital.py, bdaq53/scans/test_data_merging.py, bdaq53/system/bdaq53.yaml, bdaq53/waferprobing/analysis/analyze_all_wafers_ITkPix.py, bdaq53/waferprobing/analysis/analyze_wafer_ITkPixV1.py, bdaq53/waferprobing/itkpixv1_scans/scan_scan_chain.py, bdaq53/waferprobing/probe_chip_ITkPixV1.py, bdaq53/waferprobing/probe_wafer.py, bdaq53/waferprobing/test_probestation.py, firmware/src/bdaq53.v, firmware/src/bdaq53.xdc, firmware/src/bdaq53_core.v, firmware/vivado/run.tcl

associateChild

None

code NOCCSCAN_RESULT
name Result from NOcc scan
dataType string
valueType single
arrayDimensions None
value black
associateChild None
code NOCCSCAN_VALUE
name Value from NOcc scan
dataType float
valueType single
arrayDimensions None
value -1
associateChild None
code OVERALL_RESULT
name Final test result
dataType string
valueType single
arrayDimensions None
value green
associateChild None
code PC_NTC
name Probe-card NTC Temperature
dataType float
valueType single
arrayDimensions None
additional False
rangeMin None
rangeMax None
value 24.539
associateChild None
code PIXEL_REGISTER_TEST
name Pixel register test [%]
dataType float
valueType single
arrayDimensions None
additional False
value 100
associateChild None
code PIXEL_REGISTER_TEST_RESULT
name Pixel register test result
dataType string
valueType single
arrayDimensions None
additional False
value green
associateChild None
code REGISTER_TEST_RESULT
name Register test result
dataType string
valueType single
arrayDimensions None
additional False
value green
associateChild None
code RESISTOR
name Proposed resistor [kOhm]
dataType integer
valueType single
arrayDimensions None
additional False
value -1
associateChild None

code

RING_OSC_0_VALUE

name

Ring OSC values

dataType

object

valueType

single

arrayDimensions

None

additional

False

value

RING_OSC_A_0

raw_data	6843
count	2747
frequency	432598432
pulse_length	127

RING_OSC_A_1

raw_data	12287
count	4095
frequency	322440960
pulse_length	127

RING_OSC_A_2

raw_data	12287
count	4095
frequency	322440960
pulse_length	127

RING_OSC_A_3

raw_data	12287
count	4095
frequency	322440960
pulse_length	127

RING_OSC_A_4

raw_data	12287
count	4095
frequency	322440960
pulse_length	127

RING_OSC_A_5

raw_data	12287
count	4095
frequency	322440960
pulse_length	127

RING_OSC_A_6

raw_data	12287
count	4095
frequency	322440960
pulse_length	127

RING_OSC_A_7

raw_data	12287
count	4095
frequency	322440960
pulse_length	127

RING_OSC_0

raw_data	8191
count	4095
frequency	644881920
pulse_length	127

RING_OSC_1

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_2

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_3

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_4

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_5

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_6

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_7

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_8

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_9

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_10

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_11

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_12

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_13

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_14

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_15

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_16

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_17

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_18

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_19

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_20

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_21

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_22

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_23

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_24

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_25

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_26

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_27

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_28

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_29

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_30

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_31

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_32

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

RING_OSC_33

raw_data	12287
count	2047
frequency	322440960
pulse_length	127

associateChild

None

code TEMPERATURE_A
name Temperature A sensor [V]
dataType float
valueType single
arrayDimensions None
additional False
value 0.090407
associateChild None
code TEMPERATURE_B
name Temperature B sensor [V]
dataType float
valueType single
arrayDimensions None
additional False
value 0.301779
associateChild None
code TEMPERATURE_C
name Temperature C sensor [V]
dataType float
valueType single
arrayDimensions None
additional False
value 0.090186
associateChild None
code TEMPERATURE_D
name Temperature D sensor [V]
dataType float
valueType single
arrayDimensions None
additional False
value 0.090461
associateChild None
code TEMPERATURE_T
name Temperature T sensor [V]
dataType float
valueType single
arrayDimensions None
additional False
value 0.15403999999999998
associateChild None
code THRESHOLDSCAN_RESULT
name Result from threshold scan
dataType string
valueType single
arrayDimensions None
value green
associateChild None
code THRESHOLDSCAN_VALUE
name Mean threshold from DAC threshold scan [D(V_cal)]
dataType float
valueType single
arrayDimensions None
additional False
value 394.67
associateChild None
code VCAL_HIGH_LARGE_RANGE_OFFSET
name VCAL HIGH large range offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value -0.004456000000000001
associateChild None
code VCAL_HIGH_LARGE_RANGE_SLOPE
name VCAL HIGH large range slope [mV/DAC]
dataType float
valueType single
arrayDimensions None
additional False
value 0.000186
associateChild None
code VCAL_HIGH_SMALL_RANGE_OFFSET
name VCAL HIGH small range offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value -0.0040750000000000005
associateChild None
code VCAL_HIGH_SMALL_RANGE_SLOPE
name VCAL HIGH small range slope [mV/DAC]
dataType float
valueType single
arrayDimensions None
additional False
value 9.3e-05
associateChild None
code VCAL_MED_LARGE_RANGE_OFFSET
name VCAL MEDIUM large range offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value -0.0044740000000000005
associateChild None
code VCAL_MED_LARGE_RANGE_SLOPE
name VCAL MEDIUM large range slope [mV/DAC]
dataType float
valueType single
arrayDimensions None
additional False
value 0.000185
associateChild None
code VCAL_MED_SMALL_RANGE_OFFSET
name VCAL MEDIUM small range offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value -0.003662
associateChild None
code VCAL_MED_SMALL_RANGE_SLOPE
name VCAL MEDIUM small range slope [mV/DAC]
dataType float
valueType single
arrayDimensions None
additional False
value 9.2e-05
associateChild None
code VDDA_16
name VDDA bit 16 [V]
dataType float
valueType single
arrayDimensions None
additional False
value 1.243
associateChild None
code VDDA_TRIM
name VDDA trim bit
dataType integer
valueType single
arrayDimensions None
value 13
associateChild None
code VDDA_TRIM_RESULT
name Result from VDDA trim
dataType string
valueType single
arrayDimensions None
value green
associateChild None
code VDDA_TRIM_VALUE
name Value from VDDA after trimming [V]
dataType float
valueType single
arrayDimensions None
additional False
value 1.208
associateChild None
code VDDD_16
name VDDD bit 16
dataType float
valueType single
arrayDimensions None
value 1.24
associateChild None
code VDDD_TRIM
name VDDD trim bit
dataType integer
valueType single
arrayDimensions None
value 13
associateChild None
code VDDD_TRIM_RESULT
name Result from VDDD trim
dataType string
valueType single
arrayDimensions None
value green
associateChild None
code VDDD_TRIM_VALUE
name Value from VDDD after trimming [V]
dataType float
valueType single
arrayDimensions None
additional False
value 1.208
associateChild None
code VINA_SHUNT_DELTAKFACTOR
name VINA shunt delta k-factor
dataType float
valueType single
arrayDimensions None
additional False
value 32.778
associateChild None
code VINA_SHUNT_KFACTOR
name VINA shunt k-factor
dataType float
valueType single
arrayDimensions None
additional False
value 1083.41
associateChild None
code VINA_SHUNT_RESULT
name VINA shunt result
dataType string
valueType single
arrayDimensions None
additional False
value black
associateChild None
code VIND_SHUNT_DELTAKFACTOR
name VIND shunt delta k-factor
dataType float
valueType single
arrayDimensions None
additional False
value 19.11
associateChild None
code VIND_SHUNT_KFACTOR
name VIND shunt k-factor
dataType float
valueType single
arrayDimensions None
additional False
value 1066.201
associateChild None
code VIND_SHUNT_RESULT
name VIND shunt result
dataType string
valueType single
arrayDimensions None
additional False
value black
associateChild None
code VREF_ADC_TRIM
name Optimal VREF ADC bit
dataType integer
valueType single
arrayDimensions None
value -1
associateChild None
code VREF_ADC_TRIM_RESULT
name Result from VREF ADC test
dataType string
valueType single
arrayDimensions None
value black
associateChild None
code VREF_ADC_TRIM_VALUE
name Value from VREF ADC test [V]
dataType float
valueType single
arrayDimensions None
additional False
value -1
associateChild None

cts

2022-03-04T12:35:03.231Z

sys

cts	2022-03-04T12:35:03.231Z
mts	2022-03-04T12:35:04.395Z
rev	1

defects

comments

None

attachments

code

dateTime

title

description

contentType

type

filename

user

145c526de31ee321bb82b310adad38dc

2022-03-04T12:35:04.373Z

Regulator IV curve

Regulator IV curves from chip on wafer test

application/octet-stream

file

0x14B4D_iv.pdf

id	6128b0564d2fbc000ae17b78
userIdentity	9198-3887-1
firstName	Mark
middleName
lastName	Standke

components

code

state

stateTs

stateUserIdentity

dummy

completed

completedTs

completedUserIdentity

trashed

trashedTs

serialNumber

alternativeIdentifier

project

subproject

componentType

type

properties

testedAtStage

institution

622206d680e95c000a45eabd

7944715a5e0263072c1d81e3376e0d67

ready

2022-03-04T12:32:22.586Z

9198-3887-1

False

None

False

None

20UPGFC0084813

None

code	P
name	Pixels

code	PG
name	Pixel general

code	FE_CHIP
name	Front-end Chip

code	ITKPIX_V11
name	ITkpix_V1.1

code	name	dataType	required	default	value
WAFERSN	Wafer serial number	string	False	False	20UPGFW0000331

code	TESTONWAFER
name	Testing on wafer
order	0
initial	True
final	False

code	BONN
name	University of Bonn

Current Stage: Initial Warm

Test Type	Local Result
ADC Calibration (ADC_CALIBRATION)	TestRun Present At least one candidate TestRun is registered in LocalDB.
Analog Readback (ANALOG_READBACK)	TestRun Present At least one candidate TestRun is registered in LocalDB.
SLDO (SLDO)	TestRun Present At least one candidate TestRun is registered in LocalDB.
VCAL Calibration (VCAL_CALIBRATION)	TestRun Present At least one candidate TestRun is registered in LocalDB.
Low Power Mode (LP_MODE)	TestRun Present At least one candidate TestRun is registered in LocalDB.
Overvoltage Protection (OVERVOLTAGE_PROTECTION)	No TestRun! TestRun is missing in LocalDB.
Undershunt Protection (UNDERSHUNT_PROTECTION)	No TestRun! TestRun is missing in LocalDB.
Data Transmission (DATA_TRANSMISSION)	TestRun Present At least one candidate TestRun is registered in LocalDB.
Injection Capacitance (INJECTION_CAPACITANCE)	TestRun Present At least one candidate TestRun is registered in LocalDB.
Minimal Health Test (MIN_HEALTH_TEST)	No TestRun! TestRun is missing in LocalDB.
Tuning (TUNING)	No TestRun! TestRun is missing in LocalDB.
Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS)	No TestRun! TestRun is missing in LocalDB.

Candidate TestRuns of this Stage

LocalDB Object ID	TestRun Code	QC Passed	Inspector	Date	Analysis Version	QC Registration
6222077780e95c000a45f59e	FECHIP_TEST	Passed	MarkStandke	2022-03-04 04:35:04 PST(-0800)		Selected

Past QC Stages and Results

Stage: Wire Bonding (MODULE/WIREBONDING) Complete

No tests are allocated for this stage.

Stage: Bare module to module PCB assembly (MODULE/ASSEMBLY) Complete

No tests are allocated for this stage.

Stage: Initial state to associate flex to bare module (MODULE/INIT) Not signed-off

No tests are allocated for this stage.

Results Stage: Reception at ITk institute (BAREMODULERECEPTION) Complete

Test	Local Result	ProdDB Record
Analog Readback (ANALOG_READBACK)	No result Test is missing in LocalDB.	N/A Test is not pushed to ITkPD.
Minimal Health Test (MIN_HEALTH_TEST)	No result Test is missing in LocalDB.	N/A Test is not pushed to ITkPD.

Stage: Bare module assembly (BAREMODULEASSEMBLY) Complete

No tests are allocated for this stage.

Stage: Not to be used for detector (UNUSABLE) Complete

No tests are allocated for this stage.

Stage: Hybridisation (HYBRIDISATION) Complete

No tests are allocated for this stage.

Results Stage: Testing on wafer (TESTONWAFER) Complete

Test	Local Result	ProdDB Record
Electrical FE chip tests (FECHIP_TEST)	Registered Jump to the LocalDB Test Record!	Registered Jump to the ITkPD TestRun Page!

LocalDB Test ID	Stage	Test Name	Inspector	Date	QC Registration
67e5a2c48ee4eade53dc3ac6	MODULE/INITIAL_WARM	SLDO	None	2025-03-27 12:10:55 PDT(-0700)	Selected
67d37f23b36e2445a4557a84	MODULE/INITIAL_WARM	DATA_TRANSMISSION	None	2025-03-13 17:58:06 PDT(-0700)	Selected
67d37f0ab36e2445a4557a6b	MODULE/INITIAL_WARM	LP_MODE	None	2025-03-13 17:57:42 PDT(-0700)	Selected
67d37e08b36e2445a4557a41	MODULE/INITIAL_WARM	INJECTION_CAPACITANCE	None	2025-03-13 17:53:19 PDT(-0700)	Selected
67d37d78b36e2445a45579e7	MODULE/INITIAL_WARM	VCAL_CALIBRATION	None	2025-03-13 17:50:58 PDT(-0700)	Selected
67d37c5b5f7ad6e3a9bde8fc	MODULE/INITIAL_WARM	SLDO	None	2025-03-13 17:46:14 PDT(-0700)
67d379005f7ad6e3a9bde8d5	MODULE/INITIAL_WARM	ANALOG_READBACK	None	2025-03-13 17:31:52 PDT(-0700)	Selected
67d370805f7ad6e3a9bde85d	MODULE/INITIAL_WARM	ADC_CALIBRATION	None	2025-03-13 16:55:39 PDT(-0700)	Selected
67d230330269a213ba2d3135	MODULE/INITIAL_WARM	INJECTION_CAPACITANCE	None	2025-03-12 18:09:02 PDT(-0700)
67d22fae0269a213ba2d3110	MODULE/INITIAL_WARM	VCAL_CALIBRATION	None	2025-03-12 18:06:48 PDT(-0700)
67d22e990269a213ba2d30de	MODULE/INITIAL_WARM	SLDO	None	2025-03-12 18:02:11 PDT(-0700)
67d22b570269a213ba2d30ba	MODULE/INITIAL_WARM	ANALOG_READBACK	None	2025-03-12 17:48:14 PDT(-0700)
67d222f20269a213ba2d3047	MODULE/INITIAL_WARM	ADC_CALIBRATION	None	2025-03-12 17:12:30 PDT(-0700)
67d20e9b0269a213ba2d2fe5	MODULE/INITIAL_WARM	ADC_CALIBRATION	None	2025-03-12 15:45:42 PDT(-0700)
67cb88632a75b7658af1f2ed	MODULE/INITIAL_WARM	SLDO	None	2025-03-07 15:59:27 PST(-0800)
67cb609e2a75b7658af1f10e	MODULE/INITIAL_WARM	SLDO	None	2025-03-07 13:09:45 PST(-0800)
6705c0a3ecb4e51d971a0e93	MODULE/INITIAL_WARM	DATA_TRANSMISSION	None	2024-10-08 16:30:40 PDT(-0700)
6705c079ecb4e51d971a0e73	MODULE/INITIAL_WARM	INJECTION_CAPACITANCE	None	2024-10-08 16:29:58 PDT(-0700)
6705c027ecb4e51d971a0e47	MODULE/INITIAL_WARM	VCAL_CALIBRATION	None	2024-10-08 16:28:35 PDT(-0700)
6705bf0fecb4e51d971a0e15	MODULE/INITIAL_WARM	SLDO	None	2024-10-08 16:23:56 PDT(-0700)
6705bd33ecb4e51d971a0de4	MODULE/INITIAL_WARM	ANALOG_READBACK	None	2024-10-08 16:15:59 PDT(-0700)
6705b73decb4e51d971a0c34	MODULE/INITIAL_WARM	ADC_CALIBRATION	None	2024-10-08 15:50:34 PDT(-0700)
6705b518ecb4e51d971a0bd8	MODULE/INITIAL_WARM	SLDO	pixel	2024-10-08 15:41:24 PDT(-0700)
6705b0ff024597e6b2bcc46b	MODULE/INITIAL_WARM	ADC_CALIBRATION	None	2024-10-08 15:23:57 PDT(-0700)
6705afcf024597e6b2bcc44a	MODULE/INITIAL_WARM	SLDO	None	2024-10-08 15:18:52 PDT(-0700)
66be7f6885a1d122a2a25406	MODULE/INITIAL_WARM	ADC_CALIBRATION	None	2024-08-15 15:21:26 PDT(-0700)
6222077780e95c000a45f59e	TESTONWAFER	FECHIP_TEST	MarkStandke	2022-03-04 04:35:04 PST(-0800)	Selected

Run Number	Test Type	Stage	User	Site	Date	Tags
2902	std_mergedbumpscan	MODULE/INITIAL_WARM	epianori	lbnl	2025-03-13 18:22:29 PDT(-0700)	PFA
2901	std_discbumpscan	MODULE/INITIAL_WARM	epianori	lbnl	2025-03-13 18:21:02 PDT(-0700)	PFA
2900	std_noisescan	MODULE/INITIAL_WARM	epianori	lbnl	2025-03-13 18:19:48 PDT(-0700)	PFA
2899	std_thresholdscan_hd	MODULE/INITIAL_WARM	epianori	lbnl	2025-03-13 18:16:38 PDT(-0700)	PFA
2898	std_analogscan	MODULE/INITIAL_WARM	epianori	lbnl	2025-03-13 18:16:20 PDT(-0700)	PFA
2897	std_digitalscan	MODULE/INITIAL_WARM	epianori	lbnl	2025-03-13 18:16:03 PDT(-0700)	PFA
2896	std_totscan	MODULE/INITIAL_WARM	epianori	lbnl	2025-03-13 18:15:46 PDT(-0700)	TUN
2895	std_thresholdscan_hd	MODULE/INITIAL_WARM	epianori	lbnl	2025-03-13 18:11:47 PDT(-0700)	TUN
2894	std_tune_pixelthreshold	MODULE/INITIAL_WARM	epianori	lbnl	2025-03-13 18:10:25 PDT(-0700)	TUN
2893	std_tune_globalthreshold	MODULE/INITIAL_WARM	epianori	lbnl	2025-03-13 18:09:39 PDT(-0700)	TUN
2892	std_totscan	MODULE/INITIAL_WARM	epianori	lbnl	2025-03-13 18:09:22 PDT(-0700)	TUN
2891	std_thresholdscan_hr	MODULE/INITIAL_WARM	epianori	lbnl	2025-03-13 18:04:15 PDT(-0700)	TUN
2890	std_totscan	MODULE/INITIAL_WARM	epianori	lbnl	2025-03-13 18:03:58 PDT(-0700)	MHT
2889	std_thresholdscan_hr	MODULE/INITIAL_WARM	epianori	lbnl	2025-03-13 17:58:51 PDT(-0700)	MHT
2888	std_analogscan	MODULE/INITIAL_WARM	epianori	lbnl	2025-03-13 17:58:33 PDT(-0700)	MHT
2887	std_digitalscan	MODULE/INITIAL_WARM	epianori	lbnl	2025-03-13 17:58:15 PDT(-0700)	MHT
2811	std_totscan	MODULE/INITIAL_WARM	epianori	lbnl	2024-10-08 16:36:34 PDT(-0700)	MHT
2810	std_thresholdscan_hr	MODULE/INITIAL_WARM	epianori	lbnl	2024-10-08 16:31:18 PDT(-0700)	MHT
2809	std_analogscan	MODULE/INITIAL_WARM	epianori	lbnl	2024-10-08 16:31:01 PDT(-0700)	MHT
2808	std_digitalscan	MODULE/INITIAL_WARM	epianori	lbnl	2024-10-08 16:30:44 PDT(-0700)	MHT
2750	std_analogscan	MODULE/INITIAL_WARM	epianori	lbnl	2024-06-10 16:17:46 PDT(-0700)	MHT

Stage: MODULE/INITIAL_WARM

Mode: warm

Index	Revision ID	Timestamp	Message
HEAD	67e5...dc3acf	2025-03-27 12:11:01 PDT(-0700)	config revision by SLDO with RAW data 67e5a2bf8ee4eade53dc3abb and analysis result 67e5a2c48ee4eade53dc3ac6
HEAD^1	67d3...15d255	2025-03-13 18:24:02 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spiderwalker.dhcp.lbl.gov, user: epianori)
HEAD^2	67d3...76fb21	2025-03-13 18:22:33 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spiderwalker.dhcp.lbl.gov, user: epianori)
HEAD^3	67d3...3df9fe	2025-03-13 18:21:05 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spiderwalker.dhcp.lbl.gov, user: epianori)
HEAD^4	67d3...692f5a	2025-03-13 18:19:51 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spiderwalker.dhcp.lbl.gov, user: epianori)
HEAD^5	67d3...d1d42f	2025-03-13 18:16:42 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spiderwalker.dhcp.lbl.gov, user: epianori)
HEAD^6	67d3...94b22d	2025-03-13 18:16:25 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spiderwalker.dhcp.lbl.gov, user: epianori)
HEAD^7	67d3...270655	2025-03-13 18:16:06 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spiderwalker.dhcp.lbl.gov, user: epianori)
HEAD^8	67d3...212e6f	2025-03-13 18:15:50 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spiderwalker.dhcp.lbl.gov, user: epianori)
HEAD^9	67d3...e68178	2025-03-13 18:11:57 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spiderwalker.dhcp.lbl.gov, user: epianori)
HEAD^10	67d3...4ddbf0	2025-03-13 18:10:39 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spiderwalker.dhcp.lbl.gov, user: epianori)
HEAD^11	67d3...ea8ae7	2025-03-13 18:09:42 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spiderwalker.dhcp.lbl.gov, user: epianori)
HEAD^12	67d3...9b6aa2	2025-03-13 18:09:26 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spiderwalker.dhcp.lbl.gov, user: epianori)
HEAD^13	67d3...5a645f	2025-03-13 18:04:18 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spiderwalker.dhcp.lbl.gov, user: epianori)
HEAD^14	67d3...5d18f7	2025-03-13 18:04:02 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spiderwalker.dhcp.lbl.gov, user: epianori)
HEAD^15	67d3...7b4a62	2025-03-13 17:58:55 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spiderwalker.dhcp.lbl.gov, user: epianori)
HEAD^16	67d3...21adf2	2025-03-13 17:58:37 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spiderwalker.dhcp.lbl.gov, user: epianori)
HEAD^17	67d3...bde8d6	2025-03-13 17:32:00 PDT(-0700)	config revision by ANALOG-READBACK with RAW data 67d378f85f7ad6e3a9bde8b2 and analysis result 67d379005f7ad6e3a9bde8d5
HEAD^18	67d2...2d3136	2025-03-12 18:09:07 PDT(-0700)	config revision by INJECTION-CAPACITANCE with RAW data 67d2302e0269a213ba2d312a and analysis result 67d230330269a213ba2d3135
HEAD^19	67d2...2d3111	2025-03-12 18:06:54 PDT(-0700)	config revision by VCAL-CALIBRATION with RAW data 67d22fa80269a213ba2d3101 and analysis result 67d22fae0269a213ba2d3110
HEAD^20	6705...cdd6de	2024-10-08 16:37:08 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spiderwalker.dhcp.lbl.gov, user: epianori)
HEAD^21	6705...73e8bd	2024-10-08 16:31:04 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spiderwalker.dhcp.lbl.gov, user: epianori)
HEAD^22	6705...1a0e94	2024-10-08 16:30:43 PDT(-0700)	config revision by DATA-TRANSMISSION with RAW data 6705c0a0ecb4e51d971a0e8a and analysis result 6705c0a3ecb4e51d971a0e93
HEAD^23	6705...1a0e74	2024-10-08 16:30:01 PDT(-0700)	config revision by INJECTION-CAPACITANCE with RAW data 6705c076ecb4e51d971a0e66 and analysis result 6705c079ecb4e51d971a0e73
HEAD^24	6705...1a0e48	2024-10-08 16:28:39 PDT(-0700)	config revision by VCAL-CALIBRATION with RAW data 6705c023ecb4e51d971a0e38 and analysis result 6705c027ecb4e51d971a0e47
HEAD^25	6705...1a0e16	2024-10-08 16:23:59 PDT(-0700)	config revision by SLDO with RAW data 6705bf0cecb4e51d971a0e08 and analysis result 6705bf0fecb4e51d971a0e15
HEAD^26	6705...1a0de5	2024-10-08 16:16:03 PDT(-0700)	config revision by ANALOG-READBACK with RAW data 6705bd2fecb4e51d971a0dcd and analysis result 6705bd33ecb4e51d971a0de4
HEAD^27	6705...1a0c35	2024-10-08 15:50:37 PDT(-0700)	config revision by ADC-CALIBRATION with RAW data 6705b73aecb4e51d971a0c2d and analysis result 6705b73decb4e51d971a0c34
HEAD^28	6705...1a0bd9	2024-10-08 15:41:28 PDT(-0700)	config revision by SLDO with RAW data 6705b514ecb4e51d971a0bcb and analysis result 6705b518ecb4e51d971a0bd8
HEAD^29	6705...bcc46c	2024-10-08 15:23:59 PDT(-0700)	config revision by ADC-CALIBRATION with RAW data 6705b0fd024597e6b2bcc464 and analysis result 6705b0ff024597e6b2bcc46b
HEAD^30	6705...bcc44b	2024-10-08 15:18:55 PDT(-0700)	config revision by SLDO with RAW data 6705afcc024597e6b2bcc43d and analysis result 6705afcf024597e6b2bcc44a
HEAD^31	66d8...e3ff09	2024-09-04 16:55:45 PDT(-0700)	initial generation from module-qc-database-tools

Mode: cold

Index	Revision ID	Timestamp	Message
HEAD	66d8...e3ff0f	2024-09-04 16:55:46 PDT(-0700)	initial generation from module-qc-database-tools

Mode: LP

Index	Revision ID	Timestamp	Message
HEAD	67d3...557a6c	2025-03-13 17:57:46 PDT(-0700)	config revision by LP-MODE with RAW data 67d37f07b36e2445a4557a64 and analysis result 67d37f0ab36e2445a4557a6b
HEAD^1	66d8...e3ff15	2024-09-04 16:55:46 PDT(-0700)	initial generation from module-qc-database-tools

Stage	Tests
TESTONWAFER	Electrical FE chip tests (FECHIP_TEST)
HYBRIDISATION
UNUSABLE
BAREMODULEASSEMBLY
BAREMODULERECEPTION	Minimal Health Test (MIN_HEALTH_TEST) Analog Readback (ANALOG_READBACK)
MODULE/INIT
MODULE/ASSEMBLY
MODULE/WIREBONDING
MODULE/INITIAL_WARM	ADC Calibration (ADC_CALIBRATION) Analog Readback (ANALOG_READBACK) SLDO (SLDO) VCAL Calibration (VCAL_CALIBRATION) Low Power Mode (LP_MODE) Overvoltage Protection (OVERVOLTAGE_PROTECTION) Undershunt Protection (UNDERSHUNT_PROTECTION) Data Transmission (DATA_TRANSMISSION) Injection Capacitance (INJECTION_CAPACITANCE) Minimal Health Test (MIN_HEALTH_TEST) Tuning (TUNING) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS)
MODULE/QC_CROSSCHECK	ADC Calibration (ADC_CALIBRATION) Analog Readback (ANALOG_READBACK) SLDO (SLDO) VCAL Calibration (VCAL_CALIBRATION) Low Power Mode (LP_MODE) Overvoltage Protection (OVERVOLTAGE_PROTECTION) Undershunt Protection (UNDERSHUNT_PROTECTION) Data Transmission (DATA_TRANSMISSION) Injection Capacitance (INJECTION_CAPACITANCE) Minimal Health Test (MIN_HEALTH_TEST) Tuning (TUNING) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS)
MODULE/INITIAL_COLD	ADC Calibration (ADC_CALIBRATION) Analog Readback (ANALOG_READBACK) SLDO (SLDO) VCAL Calibration (VCAL_CALIBRATION) Injection Capacitance (INJECTION_CAPACITANCE) Tuning (TUNING) Minimal Health Test (MIN_HEALTH_TEST) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) Low Power Mode (LP_MODE) Overvoltage Protection (OVERVOLTAGE_PROTECTION) Undershunt Protection (UNDERSHUNT_PROTECTION) Data Transmission (DATA_TRANSMISSION)
MODULE/PARYLENE_MASKING
MODULE/PARYLENE_COATING
MODULE/PARYLENE_UNMASKING	Minimal Health Test (MIN_HEALTH_TEST) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS)
MODULE/POST_PARYLENE_WARM	ADC Calibration (ADC_CALIBRATION) Analog Readback (ANALOG_READBACK) Overvoltage Protection (OVERVOLTAGE_PROTECTION) Undershunt Protection (UNDERSHUNT_PROTECTION) SLDO (SLDO) VCAL Calibration (VCAL_CALIBRATION) Data Transmission (DATA_TRANSMISSION) Injection Capacitance (INJECTION_CAPACITANCE) Minimal Health Test (MIN_HEALTH_TEST) Tuning (TUNING) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) Low Power Mode (LP_MODE)
MODULE/POST_PARYLENE_COLD	ADC Calibration (ADC_CALIBRATION) Analog Readback (ANALOG_READBACK) VCAL Calibration (VCAL_CALIBRATION) Low Power Mode (LP_MODE) Data Transmission (DATA_TRANSMISSION) Overvoltage Protection (OVERVOLTAGE_PROTECTION) Undershunt Protection (UNDERSHUNT_PROTECTION) SLDO (SLDO) Minimal Health Test (MIN_HEALTH_TEST) Tuning (TUNING) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) Injection Capacitance (INJECTION_CAPACITANCE)
MODULE/WIREBOND_PROTECTION	Minimal Health Test (MIN_HEALTH_TEST) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS)
MODULE/THERMAL_CYCLES	Minimal Health Test (MIN_HEALTH_TEST) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS)
MODULE/LONG_TERM_STABILITY_TEST	Minimal Health Test (MIN_HEALTH_TEST) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS)
MODULE/FINAL_WARM	ADC Calibration (ADC_CALIBRATION) Analog Readback (ANALOG_READBACK) SLDO (SLDO) VCAL Calibration (VCAL_CALIBRATION) Undershunt Protection (UNDERSHUNT_PROTECTION) Overvoltage Protection (OVERVOLTAGE_PROTECTION) Data Transmission (DATA_TRANSMISSION) Minimal Health Test (MIN_HEALTH_TEST) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) Tuning (TUNING) Low Power Mode (LP_MODE) Injection Capacitance (INJECTION_CAPACITANCE)
MODULE/FINAL_COLD	ADC Calibration (ADC_CALIBRATION) Analog Readback (ANALOG_READBACK) SLDO (SLDO) VCAL Calibration (VCAL_CALIBRATION) Injection Capacitance (INJECTION_CAPACITANCE) Low Power Mode (LP_MODE) Overvoltage Protection (OVERVOLTAGE_PROTECTION) Undershunt Protection (UNDERSHUNT_PROTECTION) Tuning (TUNING) Minimal Health Test (MIN_HEALTH_TEST) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) Data Transmission (DATA_TRANSMISSION)
MODULE/FINAL_METROLOGY
MODULE/QC_STATUS
MODULE/UNHAPPY
MODULE/NOTCONSIDEREDINYIELDS	ADC Calibration (ADC_CALIBRATION) VCAL Calibration (VCAL_CALIBRATION) SLDO (SLDO) Undershunt Protection (UNDERSHUNT_PROTECTION) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) Minimal Health Test (MIN_HEALTH_TEST) Tuning (TUNING) Analog Readback (ANALOG_READBACK) Overvoltage Protection (OVERVOLTAGE_PROTECTION) Low Power Mode (LP_MODE) Injection Capacitance (INJECTION_CAPACITANCE) Data Transmission (DATA_TRANSMISSION)
MODULE/COMPLETE
MODULE/RECEPTION	Minimal Health Test (MIN_HEALTH_TEST) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) ADC Calibration (ADC_CALIBRATION) Analog Readback (ANALOG_READBACK) SLDO (SLDO) Data Transmission (DATA_TRANSMISSION)
MODULE/TAB_CUTTING	Minimal Health Test (MIN_HEALTH_TEST)
OB_LOADED_MODULE_CELL/INIT
OB_LOADED_MODULE_CELL/ASSEMBLY
OB_LOADED_MODULE_CELL/THERMAL_CYCLES
OB_LOADED_MODULE_CELL/FINAL_WARM	ADC Calibration (ADC_CALIBRATION) Analog Readback (ANALOG_READBACK) SLDO (SLDO) VCAL Calibration (VCAL_CALIBRATION) Injection Capacitance (INJECTION_CAPACITANCE) Low Power Mode (LP_MODE) Data Transmission (DATA_TRANSMISSION) Minimal Health Test (MIN_HEALTH_TEST) Tuning (TUNING) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS)
OB_LOADED_MODULE_CELL/FINAL_COLD	ADC Calibration (ADC_CALIBRATION) Analog Readback (ANALOG_READBACK) SLDO (SLDO) VCAL Calibration (VCAL_CALIBRATION) Injection Capacitance (INJECTION_CAPACITANCE) Low Power Mode (LP_MODE) Data Transmission (DATA_TRANSMISSION) Minimal Health Test (MIN_HEALTH_TEST) Tuning (TUNING) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS)
OB_LOADED_MODULE_CELL/THERMAL_COLD
OB_LOADED_MODULE_CELL/THERMAL_WARM
OB_LOADED_MODULE_CELL/ENVELOPE_CHECK
OB_LOADED_MODULE_CELL/QC_STATUS
OB_LOADED_MODULE_CELL/UNHAPPY
OB_LOADED_MODULE_CELL/COMPLETE
OB_LOADED_MODULE_CELL/RECEPTION	Minimal Health Test (MIN_HEALTH_TEST) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS)
OB_LOADED_MODULE_CELL/TAB_CUTTING	Minimal Health Test (MIN_HEALTH_TEST)
OB_LOADED_MODULE_CELL/PIGTAIL_INSERTION
TEST_AFTER_LOADED_LOCAL_SUPPORT_ASSEMBLY	OB:Loaded local support QC electrical connectivity (OBLoadedLocalSupportQC_ElectricalConnectivity) OB:Loaded local support QC electrical performance (OBLoadedLocalSupportQC_ElectricalPerformance) OB:Loaded local support reception at the integration site (OBLoadedLocalSupport_IntegrationSite) OB:Loaded local support QC electrical low power (OBLoadedLocalSupport_QCElectricalLowPower)
TEST_JM_OEC_FE

20UPGFC0084813
ITkPixV1-4b-(4,13)

ITkPD Component Page Jump to ITkPD component page

Component Information

Properties

Comments

Test: FECHIP_TEST QC Passed

(Stage: TESTONWAFER)

Basic View Only: custom view for this TestRun is not prepared.

Metadata

Results

Attachments

ProductionDB Record

Current Stage: Initial Warm

Candidate TestRuns of this Stage

Past QC Stages and Results

Stage: Wire Bonding (MODULE/WIREBONDING) Complete

No tests are allocated for this stage.

Stage: Bare module to module PCB assembly (MODULE/ASSEMBLY) Complete

No tests are allocated for this stage.

Stage: Initial state to associate flex to bare module (MODULE/INIT) Not signed-off

No tests are allocated for this stage.

Results Stage: Reception at ITk institute (BAREMODULERECEPTION) Complete

Stage: Bare module assembly (BAREMODULEASSEMBLY) Complete

No tests are allocated for this stage.

Stage: Not to be used for detector (UNUSABLE) Complete

No tests are allocated for this stage.

Stage: Hybridisation (HYBRIDISATION) Complete

No tests are allocated for this stage.

Results Stage: Testing on wafer (TESTONWAFER) Complete

All Registered QC Tests

All YARR Scans

Config Revisions

Stage: MODULE/INITIAL_WARM

Mode: warm

Mode: cold

Mode: LP

Check QC Flow

Back to top page of this component

20UPGFC0084813 ITkPixV1-4b-(4,13) ITkPD Component Page Jump to ITkPD component page

Component Information

Properties

Comments

Test: FECHIP_TEST QC Passed

(Stage: TESTONWAFER)

Basic View Only: custom view for this TestRun is not prepared.

Metadata

Results

Attachments

ProductionDB Record

Current Stage: Initial Warm

Candidate TestRuns of this Stage

Past QC Stages and Results

Stage: Wire Bonding (MODULE/WIREBONDING) Complete

No tests are allocated for this stage.

Stage: Bare module to module PCB assembly (MODULE/ASSEMBLY) Complete

No tests are allocated for this stage.

Stage: Initial state to associate flex to bare module (MODULE/INIT) Not signed-off

No tests are allocated for this stage.

Results Stage: Reception at ITk institute (BAREMODULERECEPTION) Complete

Stage: Bare module assembly (BAREMODULEASSEMBLY) Complete

No tests are allocated for this stage.

Stage: Not to be used for detector (UNUSABLE) Complete

No tests are allocated for this stage.

Stage: Hybridisation (HYBRIDISATION) Complete

No tests are allocated for this stage.

Results Stage: Testing on wafer (TESTONWAFER) Complete

All Registered QC Tests

All YARR Scans

Config Revisions

Stage: MODULE/INITIAL_WARM

Mode: warm

Mode: cold

Mode: LP

Check QC Flow

Back to top page of this component

20UPGFC0084813
ITkPixV1-4b-(4,13)

ITkPD Component Page Jump to ITkPD component page