20UPGFC0078040
ITkPixV1-30-(13,8)

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Component Information

Item	Value
Serial Number	20UPGFC0078040
Production DB Component ID	e4de0a821aea47286d0e65f59c852cb2
LocalDB Component ID	6261bfe3d7b94b000b7430a3
Component Type	front-end_chip
Super-Component	20UPGM21301089 20UPGB41301089
Sub-Components	No match.
Flags

Properties

Item	Data Type	Value
Wafer serial number	string	None

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	2022-04-21 13:41:57 PDT(-0700)
component ObjectId	6261bfe3d7b94b000b7430a3
Stage	TESTONWAFER
Test Type	FECHIP_TEST
Institute ObjectId
User Name	MarkStandke
ObjectId of this record	6261c193d7b94b000b74592c
ObjectId of RAW record	None

Results

Key	Data
DAQ_VERSION	sw: waferprobing_devel@4dde776 Chang; fw: 1.5; lanes: 7.0; speed: 1280
DATABASE_LINK	https://itkpix.web.cern.ch/0x130/raw/0x130D8
ADC_OFFSET	0.014731999999999999
ADC_SLOPE	0.000193
ANALOGSCAN_RESULT	green
ANALOGSCAN_VALUE	99.999
ANALOG_DATA	{'IREF Trims': {'0': {'IREF': 3.1925667010900747e-06, 'V_IREF': 0.003197018}, '1': {'IREF': 3.255267661120673e-06, 'V_IREF': 0.003000135}, '2': {'IREF': 3.3118426161790024e-06, 'V_IREF': 0.003031274}, '3': {'IREF': 3.3727827653471024e-06, 'V_IREF': 0.003054573}, '4': {'IREF': 3.4215540715241918e-06, 'V_IREF': 0.003088144}, '5': {'IREF': 3.4846899904379425e-06, 'V_IREF': 0.003108701}, '6': {'IREF': 3.53762490724804e-06, 'V_IREF': 0.003136484}, '7': {'IREF': 3.605103683304647e-06, 'V_IREF': 0.003164121}, '8': {'IREF': 3.6299384815452282e-06, 'V_IREF': 0.003198392}, '9': {'IREF': 3.6917277949894814e-06, 'V_IREF': 0.003211784}, '10': {'IREF': 3.7483853509275193e-06, 'V_IREF': 0.003242925}, '11': {'IREF': 3.8102336737425887e-06, 'V_IREF': 0.003265603}, '12': {'IREF': 3.8567249875693255e-06, 'V_IREF': 0.003298426}, '13': {'IREF': 3.919831401797667e-06, 'V_IREF': 0.00332164}, '14': {'IREF': 3.9769851443870726e-06, 'V_IREF': 0.003348817}, '15': {'IREF': 4.039507837062536e-06, 'V_IREF': 0.003376838}, 'IREF_OPT': 14}, 'VREF_D Trim (LDO)': {'0': {'VDDD': 1.0817606549999998, 'VDDD_internal': 1.080490774}, '1': {'VDDD': 1.0995955800000001, 'VDDD_internal': 1.097982706}, '2': {'VDDD': 1.1179101919999999, 'VDDD_internal': 1.116517828}, '3': {'VDDD': 1.137037335, 'VDDD_internal': 1.135398744}, '4': {'VDDD': 1.15198954, 'VDDD_internal': 1.15138775}, '5': {'VDDD': 1.1696014350000001, 'VDDD_internal': 1.168400968}, '6': {'VDDD': 1.1893571790000002, 'VDDD_internal': 1.1872896659999999}, '7': {'VDDD': 1.207432912, 'VDDD_internal': 1.20507755}, '8': {'VDDD': 1.230470894, 'VDDD_internal': 1.22869552}, '9': {'VDDD': 1.248211934, 'VDDD_internal': 1.245663758}, '10': {'VDDD': 1.266623161, 'VDDD_internal': 1.2646278979999999}, '11': {'VDDD': 1.284169989, 'VDDD_internal': 1.283033566}, '12': {'VDDD': 1.3003451970000002, 'VDDD_internal': 1.29821925}, '13': {'VDDD': 1.3167454, 'VDDD_internal': 1.31594429}, '14': {'VDDD': 1.336828964, 'VDDD_internal': 1.333424658}, '15': {'VDDD': 1.354164226, 'VDDD_internal': 1.351320566}, 'VREF_D_opt': 7, 'VREF_A_opt': 5}, 'VREF_A Trim (LDO)': {'0': {'VDDA': 1.110637655, 'VDDA_internal': 1.113106774}, '1': {'VDDA': 1.13066058, 'VDDA_internal': 1.135324906}, '2': {'VDDA': 1.150248192, 'VDDA_internal': 1.1535238280000002}, '3': {'VDDA': 1.168980335, 'VDDA_internal': 1.171932144}, '4': {'VDDA': 1.18783554, 'VDDA_internal': 1.19104955}, '5': {'VDDA': 1.206755435, 'VDDA_internal': 1.209851568}, '6': {'VDDA': 1.225923179, 'VDDA_internal': 1.229846266}, '7': {'VDDA': 1.246122912, 'VDDA_internal': 1.24887335}, '8': {'VDDA': 1.269900894, 'VDDA_internal': 1.27309312}, '9': {'VDDA': 1.289461934, 'VDDA_internal': 1.2913405580000001}, '10': {'VDDA': 1.306670161, 'VDDA_internal': 1.3104448979999999}, '11': {'VDDA': 1.3268439890000001, 'VDDA_internal': 1.3304053660000001}, '12': {'VDDA': 1.345035197, 'VDDA_internal': 1.34854765}, '13': {'VDDA': 1.3628134, 'VDDA_internal': 1.36703209}, '14': {'VDDA': 1.382806964, 'VDDA_internal': 1.3856062580000001}, '15': {'VDDA': 1.401206226, 'VDDA_internal': 1.406046166}}, 'SHUNT_MODE': {'SHUNT_MODE': True}, 'VREF_D Trim (SHUNT)': {'0': {'VDDD': 1.09203575, 'VDDD_internal': 1.09033642}, '1': {'VDDD': 1.11025741, 'VDDD_internal': 1.1081848799999998}, '2': {'VDDD': 1.12939325, 'VDDD_internal': 1.1269893800000002}, '3': {'VDDD': 1.1472135, 'VDDD_internal': 1.1436974}, '4': {'VDDD': 1.16292717, 'VDDD_internal': 1.1592443000000001}, '5': {'VDDD': 1.17900668, 'VDDD_internal': 1.17581014}, '6': {'VDDD': 1.19919489, 'VDDD_internal': 1.1953335200000001}, '7': {'VDDD': 1.21646531, 'VDDD_internal': 1.21217654}, '8': {'VDDD': 1.2386757, 'VDDD_internal': 1.23416808}, '9': {'VDDD': 1.25633473, 'VDDD_internal': 1.25215148}, '10': {'VDDD': 1.27477402, 'VDDD_internal': 1.2706802000000001}, '11': {'VDDD': 1.2933057000000001, 'VDDD_internal': 1.2886042}, '12': {'VDDD': 1.30887858, 'VDDD_internal': 1.30452802}, '13': {'VDDD': 1.32558138, 'VDDD_internal': 1.32044966}, '14': {'VDDD': 1.3455741099999998, 'VDDD_internal': 1.33960794}, '15': {'VDDD': 1.36167738, 'VDDD_internal': 1.3561646200000002}, 'VREF_D_opt': 6, 'VREF_A_opt': 5}, 'VREF_A Trim (SHUNT)': {'0': {'VDDA': 1.1125847500000001, 'VDDA_internal': 1.11697562}, '1': {'VDDA': 1.1322824100000002, 'VDDA_internal': 1.13668528}, '2': {'VDDA': 1.1526002499999999, 'VDDA_internal': 1.15724658}, '3': {'VDDA': 1.1715495, 'VDDA_internal': 1.1756958}, '4': {'VDDA': 1.18982517, 'VDDA_internal': 1.1935167}, '5': {'VDDA': 1.20835068, 'VDDA_internal': 1.21353454}, '6': {'VDDA': 1.22837489, 'VDDA_internal': 1.23278612}, '7': {'VDDA': 1.24693331, 'VDDA_internal': 1.2516629400000001}, '8': {'VDDA': 1.2697397000000001, 'VDDA_internal': 1.27391908}, '9': {'VDDA': 1.28803573, 'VDDA_internal': 1.29340948}, '10': {'VDDA': 1.30972602, 'VDDA_internal': 1.3117906000000001}, '11': {'VDDA': 1.3279497, 'VDDA_internal': 1.3317792000000002}, '12': {'VDDA': 1.34665158, 'VDDA_internal': 1.34945822}, '13': {'VDDA': 1.36449038, 'VDDA_internal': 1.36946506}, '14': {'VDDA': 1.38482511, 'VDDA_internal': 1.38986874}, '15': {'VDDA': 1.40382638, 'VDDA_internal': 1.4089266200000001}}, 'chip_ids': {'1': True, '2': True, '4': True, '8': True, '16': True}, 'chip_currents': {'CAP': 1.111998e-08, 'CAP_PARASIT': 8.18743e-09, 'CDR_BUF': 2.09815e-05, 'CDR_CP': 4.189255e-06, 'CDR_FD': 4.162949e-05, 'CDR_VCO_BUF': 5.311194e-05, 'CDR_VCO_MAIN': 0.0001049695, 'CML_MAIN': 5.181616e-05, 'CML_TAP1': 8.359346e-09, 'CML_TAP2': 1.105587e-08, 'DAC_COMP': 5.10524e-05, 'DAC_FB': 9.047946e-05, 'DAC_LCC': 7.938099e-05, 'DAC_PREAMP_L': 1.297339e-05, 'DAC_PREAMP_R': 1.307895e-05, 'DAC_PREAMP_T': 1.321208e-05, 'DAC_PREAMP_TL': 1.293813e-05, 'DAC_PREAMP_TR': 1.342749e-05, 'DAC_PRECOMP': 7.075581e-05, 'DAC_TH1_L': 7.915569e-05, 'DAC_TH1_M': 7.681632e-05, 'DAC_TH1_R': 7.862751e-05, 'DAC_TH2': 9.883678e-05, 'IINA': 4.322704e-05, 'IIND': 4.21475e-05, 'IREF': 4.163167e-06, 'I_SHUNT_A': 6.299233e-06, 'I_SHUNT_D': 6.08749e-06, 'NTC_PAD': 1.081533e-05, 'PREAMP_MATRIX_MAIN': 1.321569e-05}, 'chip_voltages': {'DAC_TH1_L': 0.160852024, 'DAC_TH1_M': 0.15482332399999998, 'DAC_TH1_R': 0.162224124, 'DAC_TH2': 0.003069894, 'GNDA19': 2.085999999998367e-06, 'GNDA20': 2.5600000000056133e-07, 'GNDA21': 5.959999999985421e-07, 'GNDA22': 2.2959999999988545e-06, 'GNDA23': 2.45999999998886e-07, 'GNDA24': 1.6740000000001198e-06, 'GNDA25': 2.953999999999457e-06, 'GNDA26': 1.75999999997567e-07, 'GNDA27': 1.4859999999984608e-06, 'GNDA28': 3.203999999999707e-06, 'GNDA29': 2.824000000001964e-06, 'GNDA30': 4.25999999997817e-07, 'I_MUX': 1.183437124, 'NTC_PAD': 0.10653932399999999, 'RADSENS_A': 0.633558524, 'RADSENS_C': 0.633501424, 'RADSENS_D': 0.633514524, 'TEMPSENS_A': 0.295367024, 'TEMPSENS_B': 0.357327724, 'TEMPSENS_C': 0.299995024, 'TEMPSENS_D': 0.294624124, 'TEMPSENS_T': 0.157232424, 'VCAL_HI': 0.047960614, 'VCAL_HIGH': 0.047913364, 'VCAL_MED': 0.029732843999999998, 'VDDA_HALF': 0.604980024, 'VDDA_HALF_CAP': 0.601266724, 'VDDD_HALF': 0.596608724, 'VINA_HALF': 0.427526324, 'VIND_HALF': 0.436088624, 'VOFS_HALF': 0.256124924, 'VREFA': 0.602145624, 'VREFD': 0.592436324, 'VREF_ADC': 0.844803724, 'VREF_CORE': 0.458754924, 'VREF_PRE': 0.592170324, 'VREF_VDAC': 0.207981424}, 'CAP_MEAS': {'0': {'CAP_INJ_PAR': -1.0095297899999999e-06, 'CAP_INJ_TOT': -1.1428324000000001e-05}, '1': {'CAP_INJ_PAR': -1.0010848099999998e-06, 'CAP_INJ_TOT': -1.1426997e-05}, '2': {'CAP_INJ_PAR': -9.974699699999999e-07, 'CAP_INJ_TOT': -1.1426802999999999e-05}, '3': {'CAP_INJ_PAR': -9.9934307e-07, 'CAP_INJ_TOT': -1.1423464e-05}, '4': {'CAP_INJ_PAR': -1.00000949e-06, 'CAP_INJ_TOT': -1.1423622e-05}, '5': {'CAP_INJ_PAR': -1.0017912700000002e-06, 'CAP_INJ_TOT': -1.1423386e-05}, '6': {'CAP_INJ_PAR': -9.9931159e-07, 'CAP_INJ_TOT': -1.1425499e-05}, '7': {'CAP_INJ_PAR': -9.9885855e-07, 'CAP_INJ_TOT': -1.1423648000000002e-05}, '8': {'CAP_INJ_PAR': -9.978196899999999e-07, 'CAP_INJ_TOT': -1.1421867999999999e-05}, '9': {'CAP_INJ_PAR': -9.997441e-07, 'CAP_INJ_TOT': -1.1423059e-05}, 'CAP_VDDA': 1.208681823, 'CAP_IREF': 3.985327389558232e-06, 'CAP_OFF': 4.8e-16, 'CAP_FREQ': 10000000, 'TRUE_CAP': 8.144412619300225e-15}, 'VCAL_MEAS': {'0': {'large_range': {'HIGH': 0.0004974249999999993, 'HIGH_ADC': 0, 'MED': 0.0031500949999999986, 'MED_ADC': 0}, 'small_range': {'HIGH': 0.0005001949999999984, 'HIGH_ADC': 0, 'MED': 0.0031589550000000015, 'MED_ADC': 0}}, '100': {'large_range': {'HIGH': 0.017719734999999997, 'HIGH_ADC': 14, 'MED': 0.019747425000000002, 'MED_ADC': 23}, 'small_range': {'HIGH': 0.008009204999999998, 'HIGH_ADC': 0, 'MED': 0.009918835, 'MED_ADC': 0}}, '200': {'large_range': {'HIGH': 0.037856125000000004, 'HIGH_ADC': 120, 'MED': 0.039943745, 'MED_ADC': 130}, 'small_range': {'HIGH': 0.017665595000000003, 'HIGH_ADC': 13, 'MED': 0.019718055, 'MED_ADC': 23}}, '300': {'large_range': {'HIGH': 0.05816052499999999, 'HIGH_ADC': 224, 'MED': 0.060331095, 'MED_ADC': 237}, 'small_range': {'HIGH': 0.027591605, 'HIGH_ADC': 63, 'MED': 0.029712065, 'MED_ADC': 76}}, '400': {'large_range': {'HIGH': 0.078675555, 'HIGH_ADC': 330, 'MED': 0.080821835, 'MED_ADC': 341}, 'small_range': {'HIGH': 0.037707765000000004, 'HIGH_ADC': 119, 'MED': 0.039848095, 'MED_ADC': 127}}, '500': {'large_range': {'HIGH': 0.099278335, 'HIGH_ADC': 439, 'MED': 0.101239335, 'MED_ADC': 447}, 'small_range': {'HIGH': 0.047992535, 'HIGH_ADC': 172, 'MED': 0.05007189499999999, 'MED_ADC': 183}}, '600': {'large_range': {'HIGH': 0.119773635, 'HIGH_ADC': 545, 'MED': 0.12171143499999999, 'MED_ADC': 555}, 'small_range': {'HIGH': 0.058049265, 'HIGH_ADC': 226, 'MED': 0.060220515, 'MED_ADC': 235}}, '700': {'large_range': {'HIGH': 0.140411735, 'HIGH_ADC': 650, 'MED': 0.142091735, 'MED_ADC': 660}, 'small_range': {'HIGH': 0.068345265, 'HIGH_ADC': 275, 'MED': 0.070375325, 'MED_ADC': 288}}, '800': {'large_range': {'HIGH': 0.16085143500000001, 'HIGH_ADC': 758, 'MED': 0.162608035, 'MED_ADC': 767}, 'small_range': {'HIGH': 0.078505355, 'HIGH_ADC': 329, 'MED': 0.080510475, 'MED_ADC': 338}}, '900': {'large_range': {'HIGH': 0.18162233500000002, 'HIGH_ADC': 864, 'MED': 0.183036735, 'MED_ADC': 873}, 'small_range': {'HIGH': 0.088839935, 'HIGH_ADC': 383, 'MED': 0.090735435, 'MED_ADC': 392}}, '1000': {'large_range': {'HIGH': 0.20220173500000002, 'HIGH_ADC': 971, 'MED': 0.20342853500000002, 'MED_ADC': 978}, 'small_range': {'HIGH': 0.09908703499999999, 'HIGH_ADC': 436, 'MED': 0.101008735, 'MED_ADC': 447}}, '1100': {'large_range': {'HIGH': 0.222642735, 'HIGH_ADC': 1080, 'MED': 0.223627335, 'MED_ADC': 1085}, 'small_range': {'HIGH': 0.109358835, 'HIGH_ADC': 491, 'MED': 0.110948535, 'MED_ADC': 498}}, '1200': {'large_range': {'HIGH': 0.24316193500000002, 'HIGH_ADC': 1188, 'MED': 0.243902635, 'MED_ADC': 1191}, 'small_range': {'HIGH': 0.11957333499999999, 'HIGH_ADC': 543, 'MED': 0.121190435, 'MED_ADC': 551}}, '1300': {'large_range': {'HIGH': 0.26382633499999997, 'HIGH_ADC': 1290, 'MED': 0.264342935, 'MED_ADC': 1295}, 'small_range': {'HIGH': 0.12991233500000002, 'HIGH_ADC': 596, 'MED': 0.131287135, 'MED_ADC': 605}}, '1400': {'large_range': {'HIGH': 0.28469013499999996, 'HIGH_ADC': 1400, 'MED': 0.284979335, 'MED_ADC': 1402}, 'small_range': {'HIGH': 0.140177735, 'HIGH_ADC': 650, 'MED': 0.14171333500000002, 'MED_ADC': 657}}, '1500': {'large_range': {'HIGH': 0.305359335, 'HIGH_ADC': 1507, 'MED': 0.305279535, 'MED_ADC': 1506}, 'small_range': {'HIGH': 0.150588035, 'HIGH_ADC': 703, 'MED': 0.15183553500000002, 'MED_ADC': 709}}, '1600': {'large_range': {'HIGH': 0.325860335, 'HIGH_ADC': 1612, 'MED': 0.325765135, 'MED_ADC': 1612}, 'small_range': {'HIGH': 0.16076753500000002, 'HIGH_ADC': 758, 'MED': 0.162053035, 'MED_ADC': 765}}, '1700': {'large_range': {'HIGH': 0.346230435, 'HIGH_ADC': 1720, 'MED': 0.34581793499999997, 'MED_ADC': 1719}, 'small_range': {'HIGH': 0.171035335, 'HIGH_ADC': 809, 'MED': 0.172154935, 'MED_ADC': 817}}, '1800': {'large_range': {'HIGH': 0.366876335, 'HIGH_ADC': 1826, 'MED': 0.366322435, 'MED_ADC': 1823}, 'small_range': {'HIGH': 0.181388035, 'HIGH_ADC': 862, 'MED': 0.182426535, 'MED_ADC': 868}}, '1900': {'large_range': {'HIGH': 0.387690735, 'HIGH_ADC': 1931, 'MED': 0.386733035, 'MED_ADC': 1927}, 'small_range': {'HIGH': 0.19154373500000002, 'HIGH_ADC': 915, 'MED': 0.19248293500000002, 'MED_ADC': 923}}, '2000': {'large_range': {'HIGH': 0.40811923499999997, 'HIGH_ADC': 2039, 'MED': 0.407360935, 'MED_ADC': 2037}, 'small_range': {'HIGH': 0.201930635, 'HIGH_ADC': 970, 'MED': 0.202765735, 'MED_ADC': 975}}, '2100': {'large_range': {'HIGH': 0.429775235, 'HIGH_ADC': 2155, 'MED': 0.42787533499999997, 'MED_ADC': 2144}, 'small_range': {'HIGH': 0.212570835, 'HIGH_ADC': 1026, 'MED': 0.212992335, 'MED_ADC': 1028}}, '2200': {'large_range': {'HIGH': 0.449884735, 'HIGH_ADC': 2261, 'MED': 0.44776863499999997, 'MED_ADC': 2251}, 'small_range': {'HIGH': 0.222827735, 'HIGH_ADC': 1081, 'MED': 0.223192035, 'MED_ADC': 1083}}, '2300': {'large_range': {'HIGH': 0.471071435, 'HIGH_ADC': 2367, 'MED': 0.468935135, 'MED_ADC': 2357}, 'small_range': {'HIGH': 0.233121935, 'HIGH_ADC': 1134, 'MED': 0.233497435, 'MED_ADC': 1137}}, '2400': {'large_range': {'HIGH': 0.49050793499999995, 'HIGH_ADC': 2472, 'MED': 0.48889753499999994, 'MED_ADC': 2461}, 'small_range': {'HIGH': 0.24359433500000002, 'HIGH_ADC': 1187, 'MED': 0.24372413500000004, 'MED_ADC': 1189}}, '2500': {'large_range': {'HIGH': 0.511644135, 'HIGH_ADC': 2578, 'MED': 0.5095468350000001, 'MED_ADC': 2568}, 'small_range': {'HIGH': 0.253616535, 'HIGH_ADC': 1241, 'MED': 0.253708035, 'MED_ADC': 1242}}, '2600': {'large_range': {'HIGH': 0.5315357350000001, 'HIGH_ADC': 2685, 'MED': 0.5301978350000001, 'MED_ADC': 2676}, 'small_range': {'HIGH': 0.264037635, 'HIGH_ADC': 1293, 'MED': 0.264203535, 'MED_ADC': 1293}}, '2700': {'large_range': {'HIGH': 0.553054335, 'HIGH_ADC': 2788, 'MED': 0.550225935, 'MED_ADC': 2782}, 'small_range': {'HIGH': 0.274479435, 'HIGH_ADC': 1347, 'MED': 0.274648635, 'MED_ADC': 1347}}, '2800': {'large_range': {'HIGH': 0.573388635, 'HIGH_ADC': 2895, 'MED': 0.5716908350000001, 'MED_ADC': 2888}, 'small_range': {'HIGH': 0.28500123499999996, 'HIGH_ADC': 1403, 'MED': 0.285032435, 'MED_ADC': 1404}}, '2900': {'large_range': {'HIGH': 0.5939817350000001, 'HIGH_ADC': 2997, 'MED': 0.5918707350000001, 'MED_ADC': 2993}, 'small_range': {'HIGH': 0.294927135, 'HIGH_ADC': 1455, 'MED': 0.294868135, 'MED_ADC': 1453}}, '3000': {'large_range': {'HIGH': 0.614994735, 'HIGH_ADC': 3111, 'MED': 0.612700635, 'MED_ADC': 3104}, 'small_range': {'HIGH': 0.305746435, 'HIGH_ADC': 1511, 'MED': 0.30560863499999996, 'MED_ADC': 1507}}, '3100': {'large_range': {'HIGH': 0.6354211350000001, 'HIGH_ADC': 3216, 'MED': 0.634056135, 'MED_ADC': 3207}, 'small_range': {'HIGH': 0.316025935, 'HIGH_ADC': 1562, 'MED': 0.31584003499999996, 'MED_ADC': 1559}}, '3200': {'large_range': {'HIGH': 0.655954535, 'HIGH_ADC': 3326, 'MED': 0.654675835, 'MED_ADC': 3321}, 'small_range': {'HIGH': 0.326323835, 'HIGH_ADC': 1615, 'MED': 0.326351935, 'MED_ADC': 1615}}, '3300': {'large_range': {'HIGH': 0.6769295350000001, 'HIGH_ADC': 3431, 'MED': 0.6744448350000001, 'MED_ADC': 3422}, 'small_range': {'HIGH': 0.336886035, 'HIGH_ADC': 1668, 'MED': 0.336290035, 'MED_ADC': 1668}}, '3400': {'large_range': {'HIGH': 0.698073535, 'HIGH_ADC': 3537, 'MED': 0.6956026350000001, 'MED_ADC': 3530}, 'small_range': {'HIGH': 0.346847135, 'HIGH_ADC': 1724, 'MED': 0.34657833499999996, 'MED_ADC': 1724}}, '3500': {'large_range': {'HIGH': 0.718557435, 'HIGH_ADC': 3635, 'MED': 0.716664835, 'MED_ADC': 3640}, 'small_range': {'HIGH': 0.357649235, 'HIGH_ADC': 1777, 'MED': 0.357015535, 'MED_ADC': 1776}}, '3600': {'large_range': {'HIGH': 0.739567335, 'HIGH_ADC': 3754, 'MED': 0.7377202350000001, 'MED_ADC': 3750}, 'small_range': {'HIGH': 0.36744833499999996, 'HIGH_ADC': 1831, 'MED': 0.367663635, 'MED_ADC': 1829}}, '3700': {'large_range': {'HIGH': 0.759843335, 'HIGH_ADC': 3860, 'MED': 0.758618035, 'MED_ADC': 3853}, 'small_range': {'HIGH': 0.377798235, 'HIGH_ADC': 1884, 'MED': 0.377939335, 'MED_ADC': 1884}}, '3800': {'large_range': {'HIGH': 0.7806291350000001, 'HIGH_ADC': 3967, 'MED': 0.779880935, 'MED_ADC': 3965}, 'small_range': {'HIGH': 0.388815435, 'HIGH_ADC': 1937, 'MED': 0.38882813499999996, 'MED_ADC': 1937}}, '3900': {'large_range': {'HIGH': 0.8017899350000001, 'HIGH_ADC': 4078, 'MED': 0.801244335, 'MED_ADC': 4075}, 'small_range': {'HIGH': 0.39854423499999997, 'HIGH_ADC': 1989, 'MED': 0.39908453499999996, 'MED_ADC': 1993}}, '4000': {'large_range': {'HIGH': 0.822547235, 'HIGH_ADC': 4095, 'MED': 0.822448635, 'MED_ADC': 4095}, 'small_range': {'HIGH': 0.409228335, 'HIGH_ADC': 2046, 'MED': 0.409814535, 'MED_ADC': 2053}}}, 'IV curves': {'10': {'VDDA': 1.207629932, 'VDDD': 1.2175899319999999, 'VDD_PRE': 1.185769932, 'VIN_A': 1.755655932, 'VIN_A_int': 0.43895463199999996, 'VIN_D': 1.811021932, 'VIN_D_int': 0.454071332, 'VOFS': 0.5211659319999999, 'VOFS_int': 0.256213832, 'VREFA': 0.602378932, 'VREFA_int': 0.602228332, 'VREFD': 0.601208132, 'VREFD_int': 0.601215532, 'VREF_PRE_int': 0.592562632}, '05': {'VDDA': 1.200056932, 'VDDD': 1.202003932, 'VDD_PRE': 1.176762932, 'VIN_A': 1.412791932, 'VIN_A_int': 0.347198432, 'VIN_D': 1.411999932, 'VIN_D_int': 0.347193732, 'VOFS': 0.512768232, 'VOFS_int': 0.24817273200000003, 'VREFA': 0.594095932, 'VREFA_int': 0.593996332, 'VREFD': 0.589930532, 'VREFD_int': 0.590209632, 'VREF_PRE_int': 0.584291432}, '055': {'VDDA': 1.200386932, 'VDDD': 1.203342932, 'VDD_PRE': 1.177598932, 'VIN_A': 1.454747932, 'VIN_A_int': 0.358419232, 'VIN_D': 1.453540932, 'VIN_D_int': 0.358532032, 'VOFS': 0.513648232, 'VOFS_int': 0.24876493200000002, 'VREFA': 0.595733232, 'VREFA_int': 0.595135832, 'VREFD': 0.590953432, 'VREFD_int': 0.591395532, 'VREF_PRE_int': 0.585050332}, '06': {'VDDA': 1.200827932, 'VDDD': 1.206132932, 'VDD_PRE': 1.1786069319999999, 'VIN_A': 1.496247932, 'VIN_A_int': 0.369322532, 'VIN_D': 1.494182932, 'VIN_D_int': 0.369378232, 'VOFS': 0.514731032, 'VOFS_int': 0.249739232, 'VREFA': 0.595809332, 'VREFA_int': 0.596331332, 'VREFD': 0.5930941319999999, 'VREFD_int': 0.592763732, 'VREF_PRE_int': 0.585910032}, '065': {'VDDA': 1.201862932, 'VDDD': 1.207146932, 'VDD_PRE': 1.179731932, 'VIN_A': 1.535259932, 'VIN_A_int': 0.379891432, 'VIN_D': 1.534810932, 'VIN_D_int': 0.380331932, 'VOFS': 0.515294632, 'VOFS_int': 0.250878832, 'VREFA': 0.5967773319999999, 'VREFA_int': 0.5965510319999999, 'VREFD': 0.593391632, 'VREFD_int': 0.593234732, 'VREF_PRE_int': 0.5867541319999999}, '07': {'VDDA': 1.2028259319999999, 'VDDD': 1.209227932, 'VDD_PRE': 1.180480932, 'VIN_A': 1.574944932, 'VIN_A_int': 0.390349532, 'VIN_D': 1.575440932, 'VIN_D_int': 0.39119203199999997, 'VOFS': 0.516227032, 'VOFS_int': 0.25144323199999996, 'VREFA': 0.597692932, 'VREFA_int': 0.597803132, 'VREFD': 0.594421632, 'VREFD_int': 0.594955032, 'VREF_PRE_int': 0.587506632}, '075': {'VDDA': 1.202440932, 'VDDD': 1.209212932, 'VDD_PRE': 1.181485932, 'VIN_A': 1.614659932, 'VIN_A_int': 0.400779532, 'VIN_D': 1.616130932, 'VIN_D_int': 0.40185003199999997, 'VOFS': 0.516832632, 'VOFS_int': 0.252179432, 'VREFA': 0.598353632, 'VREFA_int': 0.598448632, 'VREFD': 0.5955704319999999, 'VREFD_int': 0.595727532, 'VREF_PRE_int': 0.588466132}, '08': {'VDDA': 1.203868932, 'VDDD': 1.2106289319999999, 'VDD_PRE': 1.182229932, 'VIN_A': 1.6544609319999999, 'VIN_A_int': 0.411384732, 'VIN_D': 1.656135932, 'VIN_D_int': 0.412738432, 'VOFS': 0.517490232, 'VOFS_int': 0.253080932, 'VREFA': 0.599331832, 'VREFA_int': 0.599994332, 'VREFD': 0.597073932, 'VREFD_int': 0.597359032, 'VREF_PRE_int': 0.589266932}, '085': {'VDDA': 1.205463932, 'VDDD': 1.213134932, 'VDD_PRE': 1.183233932, 'VIN_A': 1.690184932, 'VIN_A_int': 0.420951932, 'VIN_D': 1.697199932, 'VIN_D_int': 0.423543232, 'VOFS': 0.518998832, 'VOFS_int': 0.25411873199999996, 'VREFA': 0.600473132, 'VREFA_int': 0.599957132, 'VREFD': 0.598278632, 'VREFD_int': 0.5979840319999999, 'VREF_PRE_int': 0.590187032}, '09': {'VDDA': 1.206462932, 'VDDD': 1.214643932, 'VDD_PRE': 1.184137932, 'VIN_A': 1.7089339319999999, 'VIN_A_int': 0.426282132, 'VIN_D': 1.736993932, 'VIN_D_int': 0.434286532, 'VOFS': 0.519353332, 'VOFS_int': 0.254724332, 'VREFA': 0.601235832, 'VREFA_int': 0.600912732, 'VREFD': 0.599118132, 'VREFD_int': 0.5995261319999999, 'VREF_PRE_int': 0.591054132}, '095': {'VDDA': 1.205852932, 'VDDD': 1.215297932, 'VDD_PRE': 1.1850309319999999, 'VIN_A': 1.7297439319999999, 'VIN_A_int': 0.43204793199999997, 'VIN_D': 1.778940932, 'VIN_D_int': 0.445544232, 'VOFS': 0.520429432, 'VOFS_int': 0.255603832, 'VREFA': 0.601586932, 'VREFA_int': 0.601965632, 'VREFD': 0.6004877319999999, 'VREFD_int': 0.6003000319999999, 'VREF_PRE_int': 0.591735232}}}
CHIP_ID_TEST_RESULT	green
CURR_MULT_FAC_A	20797.168
CURR_MULT_FAC_D	21353.58
DATA_MERGING_RESULT	red
DIGITALSCAN_RESULT	green
DIGITALSCAN_VALUE	100
IREF_TRIM	14
IREF_TRIM_RESULT	yellow
IREF_TRIM_VALUE	3.977e-06
IV_CURVES	{'IINA': [1.412791932, 1.454747932, 1.496247932, 1.535259932, 1.574944932, 1.614659932, 1.654460932, 1.690184932, 1.708933932, 1.729743932, 1.755655932], 'VINA': [1.412791932, 1.454747932, 1.496247932, 1.535259932, 1.574944932, 1.614659932, 1.654460932, 1.690184932, 1.708933932, 1.729743932, 1.755655932], 'IIND': [1.412791932, 1.454747932, 1.496247932, 1.535259932, 1.574944932, 1.614659932, 1.654460932, 1.690184932, 1.708933932, 1.729743932, 1.755655932], 'VIND': [1.411999932, 1.453540932, 1.494182932, 1.534810932, 1.575440932, 1.616130932, 1.656135932, 1.697199932, 1.736993932, 1.778940932, 1.811021932]}
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	8.144e-15
LINK_RESULT	green
LINK_VALUE	1
META_DATA	{'scan_times': {'POWER': {'VCAL_meas': {'IINA': 0.899, 'IIND': 0.9, 'VDDA': 1.20859107, 'VDDD': 1.19232749, 'VINA': 1.76, 'VIND': 1.79}, 'analog_scan': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.76, 'VIND': 1.79}, 'aurora_test_0': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.76, 'VIND': 1.79}, 'aurora_test_1': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.76, 'VIND': 1.79}, 'aurora_test_2': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.76, 'VIND': 1.79}, 'aurora_test_3': {'IINA': 0.9, 'IIND': 0.9, 'VINA': 1.76, 'VIND': 1.79}, 'digital_scan': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.76, 'VIND': 1.79}, 'efuse_write': {'IINA': 0.899, 'IIND': 0.9, 'VDDA': 1.20799496, 'VDDD': 1.191108005, 'VINA': 1.76, 'VIND': 1.79}, 'gnd_offset_ldo': {'IINA': 0.999, 'IIND': 1, 'VDDA': 1.270192245, 'VDDD': 1.23450693, 'VINA': 1.81, 'VIND': 1.87}, 'inj_cap': {'IINA': 0.899, 'IIND': 0.9, 'VDDA': 1.20966972, 'VDDD': 1.1912794649999998, 'VINA': 1.76, 'VIND': 1.79}, 'iref_trim': {'IINA': 0.083, 'IIND': 0.253, 'VDDA': 1.268632105, 'VDDD': 1.224712566, 'VINA': 1.6, 'VIND': 1.61}, 'measure_chip_currents': {'IINA': 0.899, 'IIND': 0.9, 'VDDA': 1.2087637850000001, 'VDDD': 1.191135615, 'VINA': 1.76, 'VIND': 1.79}, 'measure_chip_voltages': {'IINA': 0.899, 'IIND': 0.9, 'VDDA': 1.207767545, 'VDDD': 1.19046648, 'VINA': 1.76, 'VIND': 1.79}, 'osc_scan': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.76, 'VIND': 1.79}, 'pixel_register_scan': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.76, 'VIND': 1.79}, 'register_test': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.76, 'VIND': 1.79}, 'threshold_scan': {'IINA': 0.9, 'IIND': 0.9, 'VINA': 1.76, 'VIND': 1.79}, 'vref_trim': {'IINA': 0.899, 'IIND': 0.9, 'VDDA': 1.31014038, 'VDDD': 1.19405807, 'VINA': 1.76, 'VIND': 1.79}}, 'duration': {'IV_curve': 138.47552800178528, 'VCAL_meas': 178.17580342292786, 'analog_scan': 38.6380398273468, 'aurora_test_0': 15.237910032272339, 'aurora_test_1': 15.01561427116394, 'aurora_test_2': 14.981512784957886, 'aurora_test_3': 14.898502349853516, 'chip_id_check': 1.4363231658935547, 'digital_scan': 39.888715982437134, 'efuse_write': 8.896837949752808, 'gnd_offset_ldo': 8.487396001815796, 'initial_power': 44.40367293357849, 'inj_cap': 84.44097137451172, 'iref_trim': 46.188560247421265, 'measure_chip_currents': 32.53313684463501, 'measure_chip_voltages': 45.15093946456909, 'osc_scan': 15.032095193862915, 'pixel_register_scan': 137.56624627113342, 'register_test': 22.17828679084778, 'threshold_scan': 163.93792414665222, 'vref_trim': 88.63256335258484}, 'fw_version': '1.5', 'lanes': 7, 'rx_speed': 1280, 'start_time': 1610800785.0291257, 'stop_time': 1610801992.7953198, 'sw_version': 'waferprobing_devel@4dde776\nChanged files: bdaq53/chips/ITkPixV1_default.cfg.yaml, bdaq53/scans/scan_digital.py, bdaq53/system/scan_base.py, bdaq53/waferprobing/analysis/analyze_wafer_ITkPixV1.py, bdaq53/waferprobing/probe_chip_ITkPixV1.py, bdaq53/waferprobing/probe_chip_RD53A.py, bdaq53/waferprobing/probe_wafer.py, bdaq53/waferprobing/test_needlecard.py, bdaq53/waferprobing/test_probestation.py'}}
NOCCSCAN_RESULT	black
NOCCSCAN_VALUE	-1
OVERALL_RESULT	green
PC_NTC	-1
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': 4266, 'count': 170, 'frequency': 377777792, 'pulse_length': 8}, 'RING_OSC_A_1': {'raw_data': 8724, 'count': 532, 'frequency': 1182222208, 'pulse_length': 8}, 'RING_OSC_A_2': {'raw_data': 8518, 'count': 326, 'frequency': 724444416, 'pulse_length': 8}, 'RING_OSC_A_3': {'raw_data': 8713, 'count': 521, 'frequency': 1157777792, 'pulse_length': 8}, 'RING_OSC_A_4': {'raw_data': 8512, 'count': 320, 'frequency': 711111104, 'pulse_length': 8}, 'RING_OSC_A_5': {'raw_data': 8740, 'count': 548, 'frequency': 1217777792, 'pulse_length': 8}, 'RING_OSC_A_6': {'raw_data': 8542, 'count': 350, 'frequency': 777777792, 'pulse_length': 8}, 'RING_OSC_A_7': {'raw_data': 8724, 'count': 532, 'frequency': 1182222208, 'pulse_length': 8}, 'RING_OSC_0': {'raw_data': 4352, 'count': 256, 'frequency': 568888896, 'pulse_length': 8}, 'RING_OSC_1': {'raw_data': 8712, 'count': 520, 'frequency': 1155555584, 'pulse_length': 8}, 'RING_OSC_2': {'raw_data': 8796, 'count': 604, 'frequency': 1342222208, 'pulse_length': 8}, 'RING_OSC_3': {'raw_data': 8792, 'count': 600, 'frequency': 1333333376, 'pulse_length': 8}, 'RING_OSC_4': {'raw_data': 8699, 'count': 507, 'frequency': 1126666624, 'pulse_length': 8}, 'RING_OSC_5': {'raw_data': 8704, 'count': 512, 'frequency': 1137777792, 'pulse_length': 8}, 'RING_OSC_6': {'raw_data': 8790, 'count': 598, 'frequency': 1328888832, 'pulse_length': 8}, 'RING_OSC_7': {'raw_data': 8788, 'count': 596, 'frequency': 1324444416, 'pulse_length': 8}, 'RING_OSC_8': {'raw_data': 8742, 'count': 550, 'frequency': 1222222208, 'pulse_length': 8}, 'RING_OSC_9': {'raw_data': 8738, 'count': 546, 'frequency': 1213333376, 'pulse_length': 8}, 'RING_OSC_10': {'raw_data': 8826, 'count': 634, 'frequency': 1408888832, 'pulse_length': 8}, 'RING_OSC_11': {'raw_data': 8828, 'count': 636, 'frequency': 1413333376, 'pulse_length': 8}, 'RING_OSC_12': {'raw_data': 8681, 'count': 489, 'frequency': 1086666624, 'pulse_length': 8}, 'RING_OSC_13': {'raw_data': 8686, 'count': 494, 'frequency': 1097777792, 'pulse_length': 8}, 'RING_OSC_14': {'raw_data': 8820, 'count': 628, 'frequency': 1395555584, 'pulse_length': 8}, 'RING_OSC_15': {'raw_data': 8820, 'count': 628, 'frequency': 1395555584, 'pulse_length': 8}, 'RING_OSC_16': {'raw_data': 8538, 'count': 346, 'frequency': 768888896, 'pulse_length': 8}, 'RING_OSC_17': {'raw_data': 8544, 'count': 352, 'frequency': 782222208, 'pulse_length': 8}, 'RING_OSC_18': {'raw_data': 8608, 'count': 416, 'frequency': 924444416, 'pulse_length': 8}, 'RING_OSC_19': {'raw_data': 8606, 'count': 414, 'frequency': 920000000, 'pulse_length': 8}, 'RING_OSC_20': {'raw_data': 8610, 'count': 418, 'frequency': 928888896, 'pulse_length': 8}, 'RING_OSC_21': {'raw_data': 8613, 'count': 421, 'frequency': 935555584, 'pulse_length': 8}, 'RING_OSC_22': {'raw_data': 8790, 'count': 598, 'frequency': 1328888832, 'pulse_length': 8}, 'RING_OSC_23': {'raw_data': 8836, 'count': 644, 'frequency': 1431111168, 'pulse_length': 8}, 'RING_OSC_24': {'raw_data': 8738, 'count': 546, 'frequency': 1213333376, 'pulse_length': 8}, 'RING_OSC_25': {'raw_data': 8764, 'count': 572, 'frequency': 1271111168, 'pulse_length': 8}, 'RING_OSC_26': {'raw_data': 8798, 'count': 606, 'frequency': 1346666624, 'pulse_length': 8}, 'RING_OSC_27': {'raw_data': 8790, 'count': 598, 'frequency': 1328888832, 'pulse_length': 8}, 'RING_OSC_28': {'raw_data': 8802, 'count': 610, 'frequency': 1355555584, 'pulse_length': 8}, 'RING_OSC_29': {'raw_data': 8794, 'count': 602, 'frequency': 1337777792, 'pulse_length': 8}, 'RING_OSC_30': {'raw_data': 8796, 'count': 604, 'frequency': 1342222208, 'pulse_length': 8}, 'RING_OSC_31': {'raw_data': 8795, 'count': 603, 'frequency': 1340000000, 'pulse_length': 8}, 'RING_OSC_32': {'raw_data': 8800, 'count': 608, 'frequency': 1351111168, 'pulse_length': 8}, 'RING_OSC_33': {'raw_data': 8800, 'count': 608, 'frequency': 1351111168, 'pulse_length': 8}}
TEMPERATURE_A	-0.001
TEMPERATURE_B	-0.001
TEMPERATURE_C	-0.001
TEMPERATURE_D	-0.001
TEMPERATURE_T	-0.001
THRESHOLDSCAN_RESULT	green
THRESHOLDSCAN_VALUE	350.772
VCAL_HIGH_LARGE_RANGE_OFFSET	-0.003666
VCAL_HIGH_LARGE_RANGE_SLOPE	0.000206
VCAL_HIGH_SMALL_RANGE_OFFSET	-0.003378
VCAL_HIGH_SMALL_RANGE_SLOPE	0.000103
VCAL_MED_LARGE_RANGE_OFFSET	-0.001572
VCAL_MED_LARGE_RANGE_SLOPE	0.000205
VCAL_MED_SMALL_RANGE_OFFSET	-0.001016
VCAL_MED_SMALL_RANGE_SLOPE	0.000102
VDDA_16	1.406
VDDA_TRIM	5
VDDA_TRIM_RESULT	green
VDDA_TRIM_VALUE	1.21
VDDD_16	1.351
VDDD_TRIM	7
VDDD_TRIM_RESULT	green
VDDD_TRIM_VALUE	1.205
VINA_SHUNT_DELTAKFACTOR	-1
VINA_SHUNT_KFACTOR	1050.974
VINA_SHUNT_RESULT	black
VIND_SHUNT_DELTAKFACTOR	5.331
VIND_SHUNT_KFACTOR	1031.558
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

6261c193d7b94b000b74592c

state

ready

date

2021-01-16T13:39:45.000Z

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

0x130-16012021

passed

True

problems

False

properties

code DAQ_VERSION
name DAQ version used
dataType string
valueType single
required False
value sw: waferprobing_devel@4dde776 Chang; fw: 1.5; 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/0x130/raw/0x130D8
rangeMin None
rangeMax None

results

code ADC_OFFSET
name ADC offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value 0.014731999999999999
associateChild None
code ADC_SLOPE
name ADC slope [mV/DAC]
dataType float
valueType single
arrayDimensions None
additional False
value 0.000193
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 99.999
associateChild None

code

ANALOG_DATA

name

Analog Data

dataType

object

valueType

single

arrayDimensions

None

additional

False

rangeMin

None

rangeMax

None

value

IREF Trims

IREF	3.1925667010900747e-06
V_IREF	0.003197018

IREF	3.255267661120673e-06
V_IREF	0.003000135

IREF	3.3118426161790024e-06
V_IREF	0.003031274

IREF	3.3727827653471024e-06
V_IREF	0.003054573

IREF	3.4215540715241918e-06
V_IREF	0.003088144

IREF	3.4846899904379425e-06
V_IREF	0.003108701

IREF	3.53762490724804e-06
V_IREF	0.003136484

IREF	3.605103683304647e-06
V_IREF	0.003164121

IREF	3.6299384815452282e-06
V_IREF	0.003198392

IREF	3.6917277949894814e-06
V_IREF	0.003211784

IREF	3.7483853509275193e-06
V_IREF	0.003242925

IREF	3.8102336737425887e-06
V_IREF	0.003265603

IREF	3.8567249875693255e-06
V_IREF	0.003298426

IREF	3.919831401797667e-06
V_IREF	0.00332164

IREF	3.9769851443870726e-06
V_IREF	0.003348817

IREF	4.039507837062536e-06
V_IREF	0.003376838

IREF_OPT

VREF_D Trim (LDO)

VDDD	1.0817606549999998
VDDD_internal	1.080490774

VDDD	1.0995955800000001
VDDD_internal	1.097982706

VDDD	1.1179101919999999
VDDD_internal	1.116517828

VDDD	1.137037335
VDDD_internal	1.135398744

VDDD	1.15198954
VDDD_internal	1.15138775

VDDD	1.1696014350000001
VDDD_internal	1.168400968

VDDD	1.1893571790000002
VDDD_internal	1.1872896659999999

VDDD	1.207432912
VDDD_internal	1.20507755

VDDD	1.230470894
VDDD_internal	1.22869552

VDDD	1.248211934
VDDD_internal	1.245663758

VDDD	1.266623161
VDDD_internal	1.2646278979999999

VDDD	1.284169989
VDDD_internal	1.283033566

VDDD	1.3003451970000002
VDDD_internal	1.29821925

VDDD	1.3167454
VDDD_internal	1.31594429

VDDD	1.336828964
VDDD_internal	1.333424658

VDDD	1.354164226
VDDD_internal	1.351320566

VREF_D_opt

VREF_A_opt

VREF_A Trim (LDO)

VDDA	1.110637655
VDDA_internal	1.113106774

VDDA	1.13066058
VDDA_internal	1.135324906

VDDA	1.150248192
VDDA_internal	1.1535238280000002

VDDA	1.168980335
VDDA_internal	1.171932144

VDDA	1.18783554
VDDA_internal	1.19104955

VDDA	1.206755435
VDDA_internal	1.209851568

VDDA	1.225923179
VDDA_internal	1.229846266

VDDA	1.246122912
VDDA_internal	1.24887335

VDDA	1.269900894
VDDA_internal	1.27309312

VDDA	1.289461934
VDDA_internal	1.2913405580000001

VDDA	1.306670161
VDDA_internal	1.3104448979999999

VDDA	1.3268439890000001
VDDA_internal	1.3304053660000001

VDDA	1.345035197
VDDA_internal	1.34854765

VDDA	1.3628134
VDDA_internal	1.36703209

VDDA	1.382806964
VDDA_internal	1.3856062580000001

VDDA	1.401206226
VDDA_internal	1.406046166

SHUNT_MODE

SHUNT_MODE	True

VREF_D Trim (SHUNT)

VDDD	1.09203575
VDDD_internal	1.09033642

VDDD	1.11025741
VDDD_internal	1.1081848799999998

VDDD	1.12939325
VDDD_internal	1.1269893800000002

VDDD	1.1472135
VDDD_internal	1.1436974

VDDD	1.16292717
VDDD_internal	1.1592443000000001

VDDD	1.17900668
VDDD_internal	1.17581014

VDDD	1.19919489
VDDD_internal	1.1953335200000001

VDDD	1.21646531
VDDD_internal	1.21217654

VDDD	1.2386757
VDDD_internal	1.23416808

VDDD	1.25633473
VDDD_internal	1.25215148

VDDD	1.27477402
VDDD_internal	1.2706802000000001

VDDD	1.2933057000000001
VDDD_internal	1.2886042

VDDD	1.30887858
VDDD_internal	1.30452802

VDDD	1.32558138
VDDD_internal	1.32044966

VDDD	1.3455741099999998
VDDD_internal	1.33960794

VDDD	1.36167738
VDDD_internal	1.3561646200000002

VREF_D_opt

VREF_A_opt

VREF_A Trim (SHUNT)

VDDA	1.1125847500000001
VDDA_internal	1.11697562

VDDA	1.1322824100000002
VDDA_internal	1.13668528

VDDA	1.1526002499999999
VDDA_internal	1.15724658

VDDA	1.1715495
VDDA_internal	1.1756958

VDDA	1.18982517
VDDA_internal	1.1935167

VDDA	1.20835068
VDDA_internal	1.21353454

VDDA	1.22837489
VDDA_internal	1.23278612

VDDA	1.24693331
VDDA_internal	1.2516629400000001

VDDA	1.2697397000000001
VDDA_internal	1.27391908

VDDA	1.28803573
VDDA_internal	1.29340948

VDDA	1.30972602
VDDA_internal	1.3117906000000001

VDDA	1.3279497
VDDA_internal	1.3317792000000002

VDDA	1.34665158
VDDA_internal	1.34945822

VDDA	1.36449038
VDDA_internal	1.36946506

VDDA	1.38482511
VDDA_internal	1.38986874

VDDA	1.40382638
VDDA_internal	1.4089266200000001

chip_ids

1	True
2	True
4	True
8	True
16	True

chip_currents

CAP	1.111998e-08
CAP_PARASIT	8.18743e-09
CDR_BUF	2.09815e-05
CDR_CP	4.189255e-06
CDR_FD	4.162949e-05
CDR_VCO_BUF	5.311194e-05
CDR_VCO_MAIN	0.0001049695
CML_MAIN	5.181616e-05
CML_TAP1	8.359346e-09
CML_TAP2	1.105587e-08
DAC_COMP	5.10524e-05
DAC_FB	9.047946e-05
DAC_LCC	7.938099e-05
DAC_PREAMP_L	1.297339e-05
DAC_PREAMP_R	1.307895e-05
DAC_PREAMP_T	1.321208e-05
DAC_PREAMP_TL	1.293813e-05
DAC_PREAMP_TR	1.342749e-05
DAC_PRECOMP	7.075581e-05
DAC_TH1_L	7.915569e-05
DAC_TH1_M	7.681632e-05
DAC_TH1_R	7.862751e-05
DAC_TH2	9.883678e-05
IINA	4.322704e-05
IIND	4.21475e-05
IREF	4.163167e-06
I_SHUNT_A	6.299233e-06
I_SHUNT_D	6.08749e-06
NTC_PAD	1.081533e-05
PREAMP_MATRIX_MAIN	1.321569e-05

chip_voltages

DAC_TH1_L	0.160852024
DAC_TH1_M	0.15482332399999998
DAC_TH1_R	0.162224124
DAC_TH2	0.003069894
GNDA19	2.085999999998367e-06
GNDA20	2.5600000000056133e-07
GNDA21	5.959999999985421e-07
GNDA22	2.2959999999988545e-06
GNDA23	2.45999999998886e-07
GNDA24	1.6740000000001198e-06
GNDA25	2.953999999999457e-06
GNDA26	1.75999999997567e-07
GNDA27	1.4859999999984608e-06
GNDA28	3.203999999999707e-06
GNDA29	2.824000000001964e-06
GNDA30	4.25999999997817e-07
I_MUX	1.183437124
NTC_PAD	0.10653932399999999
RADSENS_A	0.633558524
RADSENS_C	0.633501424
RADSENS_D	0.633514524
TEMPSENS_A	0.295367024
TEMPSENS_B	0.357327724
TEMPSENS_C	0.299995024
TEMPSENS_D	0.294624124
TEMPSENS_T	0.157232424
VCAL_HI	0.047960614
VCAL_HIGH	0.047913364
VCAL_MED	0.029732843999999998
VDDA_HALF	0.604980024
VDDA_HALF_CAP	0.601266724
VDDD_HALF	0.596608724
VINA_HALF	0.427526324
VIND_HALF	0.436088624
VOFS_HALF	0.256124924
VREFA	0.602145624
VREFD	0.592436324
VREF_ADC	0.844803724
VREF_CORE	0.458754924
VREF_PRE	0.592170324
VREF_VDAC	0.207981424

CAP_MEAS

CAP_INJ_PAR	-1.0095297899999999e-06
CAP_INJ_TOT	-1.1428324000000001e-05

CAP_INJ_PAR	-1.0010848099999998e-06
CAP_INJ_TOT	-1.1426997e-05

CAP_INJ_PAR	-9.974699699999999e-07
CAP_INJ_TOT	-1.1426802999999999e-05

CAP_INJ_PAR	-9.9934307e-07
CAP_INJ_TOT	-1.1423464e-05

CAP_INJ_PAR	-1.00000949e-06
CAP_INJ_TOT	-1.1423622e-05

CAP_INJ_PAR	-1.0017912700000002e-06
CAP_INJ_TOT	-1.1423386e-05

CAP_INJ_PAR	-9.9931159e-07
CAP_INJ_TOT	-1.1425499e-05

CAP_INJ_PAR	-9.9885855e-07
CAP_INJ_TOT	-1.1423648000000002e-05

CAP_INJ_PAR	-9.978196899999999e-07
CAP_INJ_TOT	-1.1421867999999999e-05

CAP_INJ_PAR	-9.997441e-07
CAP_INJ_TOT	-1.1423059e-05

CAP_VDDA

1.208681823

CAP_IREF

3.985327389558232e-06

CAP_OFF

4.8e-16

CAP_FREQ

10000000

TRUE_CAP

8.144412619300225e-15

VCAL_MEAS

large_range

HIGH	0.0004974249999999993
HIGH_ADC	0
MED	0.0031500949999999986
MED_ADC	0

small_range

HIGH	0.0005001949999999984
HIGH_ADC	0
MED	0.0031589550000000015
MED_ADC	0

100

large_range

HIGH	0.017719734999999997
HIGH_ADC	14
MED	0.019747425000000002
MED_ADC	23

small_range

HIGH	0.008009204999999998
HIGH_ADC	0
MED	0.009918835
MED_ADC	0

200

large_range

HIGH	0.037856125000000004
HIGH_ADC	120
MED	0.039943745
MED_ADC	130

small_range

HIGH	0.017665595000000003
HIGH_ADC	13
MED	0.019718055
MED_ADC	23

300

large_range

HIGH	0.05816052499999999
HIGH_ADC	224
MED	0.060331095
MED_ADC	237

small_range

HIGH	0.027591605
HIGH_ADC	63
MED	0.029712065
MED_ADC	76

400

large_range

HIGH	0.078675555
HIGH_ADC	330
MED	0.080821835
MED_ADC	341

small_range

HIGH	0.037707765000000004
HIGH_ADC	119
MED	0.039848095
MED_ADC	127

500

large_range

HIGH	0.099278335
HIGH_ADC	439
MED	0.101239335
MED_ADC	447

small_range

HIGH	0.047992535
HIGH_ADC	172
MED	0.05007189499999999
MED_ADC	183

600

large_range

HIGH	0.119773635
HIGH_ADC	545
MED	0.12171143499999999
MED_ADC	555

small_range

HIGH	0.058049265
HIGH_ADC	226
MED	0.060220515
MED_ADC	235

700

large_range

HIGH	0.140411735
HIGH_ADC	650
MED	0.142091735
MED_ADC	660

small_range

HIGH	0.068345265
HIGH_ADC	275
MED	0.070375325
MED_ADC	288

800

large_range

HIGH	0.16085143500000001
HIGH_ADC	758
MED	0.162608035
MED_ADC	767

small_range

HIGH	0.078505355
HIGH_ADC	329
MED	0.080510475
MED_ADC	338

900

large_range

HIGH	0.18162233500000002
HIGH_ADC	864
MED	0.183036735
MED_ADC	873

small_range

HIGH	0.088839935
HIGH_ADC	383
MED	0.090735435
MED_ADC	392

1000

large_range

HIGH	0.20220173500000002
HIGH_ADC	971
MED	0.20342853500000002
MED_ADC	978

small_range

HIGH	0.09908703499999999
HIGH_ADC	436
MED	0.101008735
MED_ADC	447

1100

large_range

HIGH	0.222642735
HIGH_ADC	1080
MED	0.223627335
MED_ADC	1085

small_range

HIGH	0.109358835
HIGH_ADC	491
MED	0.110948535
MED_ADC	498

1200

large_range

HIGH	0.24316193500000002
HIGH_ADC	1188
MED	0.243902635
MED_ADC	1191

small_range

HIGH	0.11957333499999999
HIGH_ADC	543
MED	0.121190435
MED_ADC	551

1300

large_range

HIGH	0.26382633499999997
HIGH_ADC	1290
MED	0.264342935
MED_ADC	1295

small_range

HIGH	0.12991233500000002
HIGH_ADC	596
MED	0.131287135
MED_ADC	605

1400

large_range

HIGH	0.28469013499999996
HIGH_ADC	1400
MED	0.284979335
MED_ADC	1402

small_range

HIGH	0.140177735
HIGH_ADC	650
MED	0.14171333500000002
MED_ADC	657

1500

large_range

HIGH	0.305359335
HIGH_ADC	1507
MED	0.305279535
MED_ADC	1506

small_range

HIGH	0.150588035
HIGH_ADC	703
MED	0.15183553500000002
MED_ADC	709

1600

large_range

HIGH	0.325860335
HIGH_ADC	1612
MED	0.325765135
MED_ADC	1612

small_range

HIGH	0.16076753500000002
HIGH_ADC	758
MED	0.162053035
MED_ADC	765

1700

large_range

HIGH	0.346230435
HIGH_ADC	1720
MED	0.34581793499999997
MED_ADC	1719

small_range

HIGH	0.171035335
HIGH_ADC	809
MED	0.172154935
MED_ADC	817

1800

large_range

HIGH	0.366876335
HIGH_ADC	1826
MED	0.366322435
MED_ADC	1823

small_range

HIGH	0.181388035
HIGH_ADC	862
MED	0.182426535
MED_ADC	868

1900

large_range

HIGH	0.387690735
HIGH_ADC	1931
MED	0.386733035
MED_ADC	1927

small_range

HIGH	0.19154373500000002
HIGH_ADC	915
MED	0.19248293500000002
MED_ADC	923

2000

large_range

HIGH	0.40811923499999997
HIGH_ADC	2039
MED	0.407360935
MED_ADC	2037

small_range

HIGH	0.201930635
HIGH_ADC	970
MED	0.202765735
MED_ADC	975

2100

large_range

HIGH	0.429775235
HIGH_ADC	2155
MED	0.42787533499999997
MED_ADC	2144

small_range

HIGH	0.212570835
HIGH_ADC	1026
MED	0.212992335
MED_ADC	1028

2200

large_range

HIGH	0.449884735
HIGH_ADC	2261
MED	0.44776863499999997
MED_ADC	2251

small_range

HIGH	0.222827735
HIGH_ADC	1081
MED	0.223192035
MED_ADC	1083

2300

large_range

HIGH	0.471071435
HIGH_ADC	2367
MED	0.468935135
MED_ADC	2357

small_range

HIGH	0.233121935
HIGH_ADC	1134
MED	0.233497435
MED_ADC	1137

2400

large_range

HIGH	0.49050793499999995
HIGH_ADC	2472
MED	0.48889753499999994
MED_ADC	2461

small_range

HIGH	0.24359433500000002
HIGH_ADC	1187
MED	0.24372413500000004
MED_ADC	1189

2500

large_range

HIGH	0.511644135
HIGH_ADC	2578
MED	0.5095468350000001
MED_ADC	2568

small_range

HIGH	0.253616535
HIGH_ADC	1241
MED	0.253708035
MED_ADC	1242

2600

large_range

HIGH	0.5315357350000001
HIGH_ADC	2685
MED	0.5301978350000001
MED_ADC	2676

small_range

HIGH	0.264037635
HIGH_ADC	1293
MED	0.264203535
MED_ADC	1293

2700

large_range

HIGH	0.553054335
HIGH_ADC	2788
MED	0.550225935
MED_ADC	2782

small_range

HIGH	0.274479435
HIGH_ADC	1347
MED	0.274648635
MED_ADC	1347

2800

large_range

HIGH	0.573388635
HIGH_ADC	2895
MED	0.5716908350000001
MED_ADC	2888

small_range

HIGH	0.28500123499999996
HIGH_ADC	1403
MED	0.285032435
MED_ADC	1404

2900

large_range

HIGH	0.5939817350000001
HIGH_ADC	2997
MED	0.5918707350000001
MED_ADC	2993

small_range

HIGH	0.294927135
HIGH_ADC	1455
MED	0.294868135
MED_ADC	1453

3000

large_range

HIGH	0.614994735
HIGH_ADC	3111
MED	0.612700635
MED_ADC	3104

small_range

HIGH	0.305746435
HIGH_ADC	1511
MED	0.30560863499999996
MED_ADC	1507

3100

large_range

HIGH	0.6354211350000001
HIGH_ADC	3216
MED	0.634056135
MED_ADC	3207

small_range

HIGH	0.316025935
HIGH_ADC	1562
MED	0.31584003499999996
MED_ADC	1559

3200

large_range

HIGH	0.655954535
HIGH_ADC	3326
MED	0.654675835
MED_ADC	3321

small_range

HIGH	0.326323835
HIGH_ADC	1615
MED	0.326351935
MED_ADC	1615

3300

large_range

HIGH	0.6769295350000001
HIGH_ADC	3431
MED	0.6744448350000001
MED_ADC	3422

small_range

HIGH	0.336886035
HIGH_ADC	1668
MED	0.336290035
MED_ADC	1668

3400

large_range

HIGH	0.698073535
HIGH_ADC	3537
MED	0.6956026350000001
MED_ADC	3530

small_range

HIGH	0.346847135
HIGH_ADC	1724
MED	0.34657833499999996
MED_ADC	1724

3500

large_range

HIGH	0.718557435
HIGH_ADC	3635
MED	0.716664835
MED_ADC	3640

small_range

HIGH	0.357649235
HIGH_ADC	1777
MED	0.357015535
MED_ADC	1776

3600

large_range

HIGH	0.739567335
HIGH_ADC	3754
MED	0.7377202350000001
MED_ADC	3750

small_range

HIGH	0.36744833499999996
HIGH_ADC	1831
MED	0.367663635
MED_ADC	1829

3700

large_range

HIGH	0.759843335
HIGH_ADC	3860
MED	0.758618035
MED_ADC	3853

small_range

HIGH	0.377798235
HIGH_ADC	1884
MED	0.377939335
MED_ADC	1884

3800

large_range

HIGH	0.7806291350000001
HIGH_ADC	3967
MED	0.779880935
MED_ADC	3965

small_range

HIGH	0.388815435
HIGH_ADC	1937
MED	0.38882813499999996
MED_ADC	1937

3900

large_range

HIGH	0.8017899350000001
HIGH_ADC	4078
MED	0.801244335
MED_ADC	4075

small_range

HIGH	0.39854423499999997
HIGH_ADC	1989
MED	0.39908453499999996
MED_ADC	1993

4000

large_range

HIGH	0.822547235
HIGH_ADC	4095
MED	0.822448635
MED_ADC	4095

small_range

HIGH	0.409228335
HIGH_ADC	2046
MED	0.409814535
MED_ADC	2053

IV curves

VDDA	1.207629932
VDDD	1.2175899319999999
VDD_PRE	1.185769932
VIN_A	1.755655932
VIN_A_int	0.43895463199999996
VIN_D	1.811021932
VIN_D_int	0.454071332
VOFS	0.5211659319999999
VOFS_int	0.256213832
VREFA	0.602378932
VREFA_int	0.602228332
VREFD	0.601208132
VREFD_int	0.601215532
VREF_PRE_int	0.592562632

VDDA	1.200056932
VDDD	1.202003932
VDD_PRE	1.176762932
VIN_A	1.412791932
VIN_A_int	0.347198432
VIN_D	1.411999932
VIN_D_int	0.347193732
VOFS	0.512768232
VOFS_int	0.24817273200000003
VREFA	0.594095932
VREFA_int	0.593996332
VREFD	0.589930532
VREFD_int	0.590209632
VREF_PRE_int	0.584291432

055

VDDA	1.200386932
VDDD	1.203342932
VDD_PRE	1.177598932
VIN_A	1.454747932
VIN_A_int	0.358419232
VIN_D	1.453540932
VIN_D_int	0.358532032
VOFS	0.513648232
VOFS_int	0.24876493200000002
VREFA	0.595733232
VREFA_int	0.595135832
VREFD	0.590953432
VREFD_int	0.591395532
VREF_PRE_int	0.585050332

VDDA	1.200827932
VDDD	1.206132932
VDD_PRE	1.1786069319999999
VIN_A	1.496247932
VIN_A_int	0.369322532
VIN_D	1.494182932
VIN_D_int	0.369378232
VOFS	0.514731032
VOFS_int	0.249739232
VREFA	0.595809332
VREFA_int	0.596331332
VREFD	0.5930941319999999
VREFD_int	0.592763732
VREF_PRE_int	0.585910032

065

VDDA	1.201862932
VDDD	1.207146932
VDD_PRE	1.179731932
VIN_A	1.535259932
VIN_A_int	0.379891432
VIN_D	1.534810932
VIN_D_int	0.380331932
VOFS	0.515294632
VOFS_int	0.250878832
VREFA	0.5967773319999999
VREFA_int	0.5965510319999999
VREFD	0.593391632
VREFD_int	0.593234732
VREF_PRE_int	0.5867541319999999

VDDA	1.2028259319999999
VDDD	1.209227932
VDD_PRE	1.180480932
VIN_A	1.574944932
VIN_A_int	0.390349532
VIN_D	1.575440932
VIN_D_int	0.39119203199999997
VOFS	0.516227032
VOFS_int	0.25144323199999996
VREFA	0.597692932
VREFA_int	0.597803132
VREFD	0.594421632
VREFD_int	0.594955032
VREF_PRE_int	0.587506632

075

VDDA	1.202440932
VDDD	1.209212932
VDD_PRE	1.181485932
VIN_A	1.614659932
VIN_A_int	0.400779532
VIN_D	1.616130932
VIN_D_int	0.40185003199999997
VOFS	0.516832632
VOFS_int	0.252179432
VREFA	0.598353632
VREFA_int	0.598448632
VREFD	0.5955704319999999
VREFD_int	0.595727532
VREF_PRE_int	0.588466132

VDDA	1.203868932
VDDD	1.2106289319999999
VDD_PRE	1.182229932
VIN_A	1.6544609319999999
VIN_A_int	0.411384732
VIN_D	1.656135932
VIN_D_int	0.412738432
VOFS	0.517490232
VOFS_int	0.253080932
VREFA	0.599331832
VREFA_int	0.599994332
VREFD	0.597073932
VREFD_int	0.597359032
VREF_PRE_int	0.589266932

085

VDDA	1.205463932
VDDD	1.213134932
VDD_PRE	1.183233932
VIN_A	1.690184932
VIN_A_int	0.420951932
VIN_D	1.697199932
VIN_D_int	0.423543232
VOFS	0.518998832
VOFS_int	0.25411873199999996
VREFA	0.600473132
VREFA_int	0.599957132
VREFD	0.598278632
VREFD_int	0.5979840319999999
VREF_PRE_int	0.590187032

VDDA	1.206462932
VDDD	1.214643932
VDD_PRE	1.184137932
VIN_A	1.7089339319999999
VIN_A_int	0.426282132
VIN_D	1.736993932
VIN_D_int	0.434286532
VOFS	0.519353332
VOFS_int	0.254724332
VREFA	0.601235832
VREFA_int	0.600912732
VREFD	0.599118132
VREFD_int	0.5995261319999999
VREF_PRE_int	0.591054132

095

VDDA	1.205852932
VDDD	1.215297932
VDD_PRE	1.1850309319999999
VIN_A	1.7297439319999999
VIN_A_int	0.43204793199999997
VIN_D	1.778940932
VIN_D_int	0.445544232
VOFS	0.520429432
VOFS_int	0.255603832
VREFA	0.601586932
VREFA_int	0.601965632
VREFD	0.6004877319999999
VREFD_int	0.6003000319999999
VREF_PRE_int	0.591735232

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 20797.168
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 21353.58
associateChild None
code DATA_MERGING_RESULT
name Data merging result
dataType string
valueType single
arrayDimensions None
additional False
value red
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 14
associateChild None
code IREF_TRIM_RESULT
name Result from IREF trim
dataType string
valueType single
arrayDimensions None
value yellow
associateChild None
code IREF_TRIM_VALUE
name Value for IREF after trimming [muA]
dataType float
valueType single
arrayDimensions None
additional False
value 3.977e-06
associateChild None

code

IV_CURVES

name

IV curves

dataType

object

valueType

single

arrayDimensions

None

additional

False

value

IINA	1.412791932 1.454747932 1.496247932 1.535259932 1.574944932 1.614659932 1.654460932 1.690184932 1.708933932 1.729743932 1.755655932
VINA	1.412791932 1.454747932 1.496247932 1.535259932 1.574944932 1.614659932 1.654460932 1.690184932 1.708933932 1.729743932 1.755655932
IIND	1.412791932 1.454747932 1.496247932 1.535259932 1.574944932 1.614659932 1.654460932 1.690184932 1.708933932 1.729743932 1.755655932
VIND	1.411999932 1.453540932 1.494182932 1.534810932 1.575440932 1.616130932 1.656135932 1.697199932 1.736993932 1.778940932 1.811021932

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 8.144e-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	0.899
IIND	0.9
VDDA	1.20859107
VDDD	1.19232749
VINA	1.76
VIND	1.79

analog_scan

IINA	0.899
IIND	0.9
VINA	1.76
VIND	1.79

aurora_test_0

IINA	0.899
IIND	0.9
VINA	1.76
VIND	1.79

aurora_test_1

IINA	0.899
IIND	0.9
VINA	1.76
VIND	1.79

aurora_test_2

IINA	0.899
IIND	0.9
VINA	1.76
VIND	1.79

aurora_test_3

IINA	0.9
IIND	0.9
VINA	1.76
VIND	1.79

digital_scan

IINA	0.899
IIND	0.9
VINA	1.76
VIND	1.79

efuse_write

IINA	0.899
IIND	0.9
VDDA	1.20799496
VDDD	1.191108005
VINA	1.76
VIND	1.79

gnd_offset_ldo

IINA	0.999
IIND	1
VDDA	1.270192245
VDDD	1.23450693
VINA	1.81
VIND	1.87

inj_cap

IINA	0.899
IIND	0.9
VDDA	1.20966972
VDDD	1.1912794649999998
VINA	1.76
VIND	1.79

iref_trim

IINA	0.083
IIND	0.253
VDDA	1.268632105
VDDD	1.224712566
VINA	1.6
VIND	1.61

measure_chip_currents

IINA	0.899
IIND	0.9
VDDA	1.2087637850000001
VDDD	1.191135615
VINA	1.76
VIND	1.79

measure_chip_voltages

IINA	0.899
IIND	0.9
VDDA	1.207767545
VDDD	1.19046648
VINA	1.76
VIND	1.79

osc_scan

IINA	0.899
IIND	0.9
VINA	1.76
VIND	1.79

pixel_register_scan

IINA	0.899
IIND	0.9
VINA	1.76
VIND	1.79

register_test

IINA	0.899
IIND	0.9
VINA	1.76
VIND	1.79

threshold_scan

IINA	0.9
IIND	0.9
VINA	1.76
VIND	1.79

vref_trim

IINA	0.899
IIND	0.9
VDDA	1.31014038
VDDD	1.19405807
VINA	1.76
VIND	1.79

duration

IV_curve	138.47552800178528
VCAL_meas	178.17580342292786
analog_scan	38.6380398273468
aurora_test_0	15.237910032272339
aurora_test_1	15.01561427116394
aurora_test_2	14.981512784957886
aurora_test_3	14.898502349853516
chip_id_check	1.4363231658935547
digital_scan	39.888715982437134
efuse_write	8.896837949752808
gnd_offset_ldo	8.487396001815796
initial_power	44.40367293357849
inj_cap	84.44097137451172
iref_trim	46.188560247421265
measure_chip_currents	32.53313684463501
measure_chip_voltages	45.15093946456909
osc_scan	15.032095193862915
pixel_register_scan	137.56624627113342
register_test	22.17828679084778
threshold_scan	163.93792414665222
vref_trim	88.63256335258484

fw_version

1.5

lanes

rx_speed

1280

start_time

1610800785.0291257

stop_time

1610801992.7953198

sw_version

waferprobing_devel@4dde776 Changed files: bdaq53/chips/ITkPixV1_default.cfg.yaml, bdaq53/scans/scan_digital.py, bdaq53/system/scan_base.py, bdaq53/waferprobing/analysis/analyze_wafer_ITkPixV1.py, bdaq53/waferprobing/probe_chip_ITkPixV1.py, bdaq53/waferprobing/probe_chip_RD53A.py, bdaq53/waferprobing/probe_wafer.py, bdaq53/waferprobing/test_needlecard.py, bdaq53/waferprobing/test_probestation.py

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 -1
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	4266
count	170
frequency	377777792
pulse_length	8

RING_OSC_A_1

raw_data	8724
count	532
frequency	1182222208
pulse_length	8

RING_OSC_A_2

raw_data	8518
count	326
frequency	724444416
pulse_length	8

RING_OSC_A_3

raw_data	8713
count	521
frequency	1157777792
pulse_length	8

RING_OSC_A_4

raw_data	8512
count	320
frequency	711111104
pulse_length	8

RING_OSC_A_5

raw_data	8740
count	548
frequency	1217777792
pulse_length	8

RING_OSC_A_6

raw_data	8542
count	350
frequency	777777792
pulse_length	8

RING_OSC_A_7

raw_data	8724
count	532
frequency	1182222208
pulse_length	8

RING_OSC_0

raw_data	4352
count	256
frequency	568888896
pulse_length	8

RING_OSC_1

raw_data	8712
count	520
frequency	1155555584
pulse_length	8

RING_OSC_2

raw_data	8796
count	604
frequency	1342222208
pulse_length	8

RING_OSC_3

raw_data	8792
count	600
frequency	1333333376
pulse_length	8

RING_OSC_4

raw_data	8699
count	507
frequency	1126666624
pulse_length	8

RING_OSC_5

raw_data	8704
count	512
frequency	1137777792
pulse_length	8

RING_OSC_6

raw_data	8790
count	598
frequency	1328888832
pulse_length	8

RING_OSC_7

raw_data	8788
count	596
frequency	1324444416
pulse_length	8

RING_OSC_8

raw_data	8742
count	550
frequency	1222222208
pulse_length	8

RING_OSC_9

raw_data	8738
count	546
frequency	1213333376
pulse_length	8

RING_OSC_10

raw_data	8826
count	634
frequency	1408888832
pulse_length	8

RING_OSC_11

raw_data	8828
count	636
frequency	1413333376
pulse_length	8

RING_OSC_12

raw_data	8681
count	489
frequency	1086666624
pulse_length	8

RING_OSC_13

raw_data	8686
count	494
frequency	1097777792
pulse_length	8

RING_OSC_14

raw_data	8820
count	628
frequency	1395555584
pulse_length	8

RING_OSC_15

raw_data	8820
count	628
frequency	1395555584
pulse_length	8

RING_OSC_16

raw_data	8538
count	346
frequency	768888896
pulse_length	8

RING_OSC_17

raw_data	8544
count	352
frequency	782222208
pulse_length	8

RING_OSC_18

raw_data	8608
count	416
frequency	924444416
pulse_length	8

RING_OSC_19

raw_data	8606
count	414
frequency	920000000
pulse_length	8

RING_OSC_20

raw_data	8610
count	418
frequency	928888896
pulse_length	8

RING_OSC_21

raw_data	8613
count	421
frequency	935555584
pulse_length	8

RING_OSC_22

raw_data	8790
count	598
frequency	1328888832
pulse_length	8

RING_OSC_23

raw_data	8836
count	644
frequency	1431111168
pulse_length	8

RING_OSC_24

raw_data	8738
count	546
frequency	1213333376
pulse_length	8

RING_OSC_25

raw_data	8764
count	572
frequency	1271111168
pulse_length	8

RING_OSC_26

raw_data	8798
count	606
frequency	1346666624
pulse_length	8

RING_OSC_27

raw_data	8790
count	598
frequency	1328888832
pulse_length	8

RING_OSC_28

raw_data	8802
count	610
frequency	1355555584
pulse_length	8

RING_OSC_29

raw_data	8794
count	602
frequency	1337777792
pulse_length	8

RING_OSC_30

raw_data	8796
count	604
frequency	1342222208
pulse_length	8

RING_OSC_31

raw_data	8795
count	603
frequency	1340000000
pulse_length	8

RING_OSC_32

raw_data	8800
count	608
frequency	1351111168
pulse_length	8

RING_OSC_33

raw_data	8800
count	608
frequency	1351111168
pulse_length	8

associateChild

None

code TEMPERATURE_A
name Temperature A sensor [V]
dataType float
valueType single
arrayDimensions None
additional False
value -0.001
associateChild None
code TEMPERATURE_B
name Temperature B sensor [V]
dataType float
valueType single
arrayDimensions None
additional False
value -0.001
associateChild None
code TEMPERATURE_C
name Temperature C sensor [V]
dataType float
valueType single
arrayDimensions None
additional False
value -0.001
associateChild None
code TEMPERATURE_D
name Temperature D sensor [V]
dataType float
valueType single
arrayDimensions None
additional False
value -0.001
associateChild None
code TEMPERATURE_T
name Temperature T sensor [V]
dataType float
valueType single
arrayDimensions None
additional False
value -0.001
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 350.772
associateChild None
code VCAL_HIGH_LARGE_RANGE_OFFSET
name VCAL HIGH large range offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value -0.003666
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 0.000206
associateChild None
code VCAL_HIGH_SMALL_RANGE_OFFSET
name VCAL HIGH small range offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value -0.003378
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 0.000103
associateChild None
code VCAL_MED_LARGE_RANGE_OFFSET
name VCAL MEDIUM large range offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value -0.001572
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 0.000205
associateChild None
code VCAL_MED_SMALL_RANGE_OFFSET
name VCAL MEDIUM small range offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value -0.001016
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 0.000102
associateChild None
code VDDA_16
name VDDA bit 16 [V]
dataType float
valueType single
arrayDimensions None
additional False
value 1.406
associateChild None
code VDDA_TRIM
name VDDA trim bit
dataType integer
valueType single
arrayDimensions None
value 5
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 1.21
associateChild None
code VDDD_16
name VDDD bit 16
dataType float
valueType single
arrayDimensions None
value 1.351
associateChild None
code VDDD_TRIM
name VDDD trim bit
dataType integer
valueType single
arrayDimensions None
value 7
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 1.205
associateChild None
code VINA_SHUNT_DELTAKFACTOR
name VINA shunt delta k-factor
dataType float
valueType single
arrayDimensions None
additional False
value -1
associateChild None
code VINA_SHUNT_KFACTOR
name VINA shunt k-factor
dataType float
valueType single
arrayDimensions None
additional False
value 1050.974
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 5.331
associateChild None
code VIND_SHUNT_KFACTOR
name VIND shunt k-factor
dataType float
valueType single
arrayDimensions None
additional False
value 1031.558
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

2022-04-21T20:41:55.731Z

sys

cts	2022-04-21T20:41:55.731Z
mts	2022-04-21T20:41:57.770Z
rev	1

defects

comments

None

attachments

code

dateTime

title

description

contentType

type

filename

user

2ea3f489d39144fa6a9f95d92068324d

2022-04-21T20:41:57.749Z

Regulator IV curve

Regulator IV curves from chip on wafer test

application/octet-stream

file

0x130D8_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

6261bfe3d7b94b000b7430a3

e4de0a821aea47286d0e65f59c852cb2

ready

2022-04-21T20:34:43.453Z

9198-3887-1

False

None

False

None

20UPGFC0078040

None

code	P
name	Pixels

code	PG
name	Pixel general

code	FE_CHIP
name	Front-end Chip

code	ITKPIX_V11
name	ITkpix_V1.1

None

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)	No TestRun! TestRun is missing 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)	No TestRun! TestRun is missing in LocalDB.
Injection Capacitance (INJECTION_CAPACITANCE)	No TestRun! TestRun is missing in LocalDB.
Minimal Health Test (MIN_HEALTH_TEST)	TestRun Present At least one candidate TestRun is registered in LocalDB.
Tuning (TUNING)	TestRun Present At least one candidate TestRun is registered in LocalDB.
Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS)	TestRun Present At least one candidate TestRun is registered in LocalDB.

Candidate TestRuns of this Stage

LocalDB Object ID	TestRun Code	QC Passed	Inspector	Date	Analysis Version	QC Registration
6261c193d7b94b000b74592c	FECHIP_TEST	Passed	MarkStandke	2022-04-21 13:41:57 PDT(-0700)

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)	No result Test is missing in LocalDB.	N/A Test is not pushed to ITkPD.

LocalDB Test ID	Stage	Test Name	Inspector	Date	QC Registration
65846b8daa24fa41297cea8a	MODULE/INITIAL_WARM	VCAL_CALIBRATION	None	2023-12-21 08:44:56 PST(-0800)	Selected
65846739aa24fa41297cea49	MODULE/INITIAL_WARM	VCAL_CALIBRATION	None	2023-12-21 08:26:28 PST(-0800)
65845133aa24fa41297cea00	MODULE/INITIAL_WARM	VCAL_CALIBRATION	None	2023-12-21 06:52:30 PST(-0800)
65833f850bbef0fd31dd562e	MODULE/INITIAL_WARM	PIXEL_FAILURE_ANALYSIS	None	2023-12-20 11:24:53 PST(-0800)
65833ee80bbef0fd31dd5598	MODULE/INITIAL_WARM	TUNING	None	2023-12-20 11:22:15 PST(-0800)
658311480bbef0fd31dd5546	MODULE/INITIAL_WARM	VCAL_CALIBRATION	None	2023-12-20 08:07:30 PST(-0800)
658308c70bbef0fd31dd5505	MODULE/INITIAL_WARM	VCAL_CALIBRATION	None	2023-12-20 07:31:14 PST(-0800)
65824350df900555e744fb10	MODULE/INITIAL_WARM	VCAL_CALIBRATION	None	2023-12-19 17:28:43 PST(-0800)
65823305df900555e744facc	MODULE/INITIAL_WARM	VCAL_CALIBRATION	None	2023-12-19 16:19:12 PST(-0800)
65822f39df900555e744fa81	MODULE/INITIAL_WARM	VCAL_CALIBRATION	None	2023-12-19 16:02:59 PST(-0800)
658228e3df900555e744fa3a	MODULE/INITIAL_WARM	LP_MODE	None	2023-12-19 15:36:01 PST(-0800)	Selected
6582284fdf900555e744fa16	MODULE/INITIAL_WARM	LP_MODE	None	2023-12-19 15:33:32 PST(-0800)
65822439df900555e744f9ee	MODULE/INITIAL_WARM	LP_MODE	None	2023-12-19 15:16:06 PST(-0800)
65820f62df900555e744f9c5	MODULE/INITIAL_WARM	LP_MODE	None	2023-12-19 13:47:12 PST(-0800)
658209f1df900555e744f99a	MODULE/INITIAL_WARM	LP_MODE	None	2023-12-19 13:23:58 PST(-0800)
657f30248b809a5704ceaa25	MODULE/INITIAL_WARM	PIXEL_FAILURE_ANALYSIS	None	2023-12-17 09:30:09 PST(-0800)
657f2daf8b809a5704cea96c	MODULE/INITIAL_WARM	TUNING	None	2023-12-17 09:19:43 PST(-0800)
657c873fe8892c5b8e91864a	MODULE/INITIAL_WARM	PIXEL_FAILURE_ANALYSIS	None	2023-12-15 09:05:03 PST(-0800)
657c8612e8892c5b8e918530	MODULE/INITIAL_WARM	TUNING	None	2023-12-15 09:00:02 PST(-0800)
657babd5470c358679fbb553	MODULE/INITIAL_WARM	PIXEL_FAILURE_ANALYSIS	None	2023-12-14 17:28:52 PST(-0800)
657baba1470c358679fbb4e0	MODULE/INITIAL_WARM	TUNING	None	2023-12-14 17:27:56 PST(-0800)
657baaa4470c358679fbb400	MODULE/INITIAL_WARM	MIN_HEALTH_TEST	None	2023-12-14 17:23:48 PST(-0800)
657a486dc464cbf0d171a6fd	MODULE/INITIAL_WARM	ANALOG_READBACK	None	2023-12-13 16:12:18 PST(-0800)	Selected
657a3419c464cbf0d171a67e	MODULE/INITIAL_WARM	ADC_CALIBRATION	None	2023-12-13 14:45:43 PST(-0800)	Selected
657a312cc464cbf0d171a64e	MODULE/INITIAL_WARM	ADC_CALIBRATION	None	2023-12-13 14:33:13 PST(-0800)
6450c4ec915a04d5bab3cc46	MODULE/INITIAL_WARM	TUNING	TimonHeim	2023-11-01 09:56:28 PDT(-0700)
64534fe524b0b61f2defb74f	MODULE/INITIAL_WARM	PIXEL_FAILURE_ANALYSIS	TimonHeim	2023-05-05 22:23:17 PDT(-0700)
644ed9934ddf2d08abb21a06	MODULE/INITIAL_WARM	MIN_HEALTH_TEST	TimonHeim	2023-05-05 22:22:37 PDT(-0700)
6261c193d7b94b000b74592c	TESTONWAFER	FECHIP_TEST	MarkStandke	2022-04-21 13:41:57 PDT(-0700)

Run Number	Test Type	Stage	User	Site	Date	Tags
17205	std_mergedbumpscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-20 10:44:24 PST(-0800)	PFA
17204	std_discbumpscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-20 10:43:07 PST(-0800)	PFA
17203	std_noisescan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-20 10:41:52 PST(-0800)	PFA
17202	std_thresholdscan_hd	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-20 10:38:27 PST(-0800)	PFA
17201	std_analogscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-20 10:38:10 PST(-0800)	PFA
17200	std_digitalscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-20 10:37:53 PST(-0800)	PFA
17199	std_totscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-20 10:37:10 PST(-0800)	TUN
17198	std_thresholdscan_hd	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-20 10:33:46 PST(-0800)	TUN
17197	std_retune_pixelthreshold	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-20 10:33:06 PST(-0800)	TUN
17196	std_retune_globalthreshold	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-20 10:32:37 PST(-0800)	TUN
17195	std_tune_pixelthreshold	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-20 10:31:52 PST(-0800)	TUN
17194	std_tune_globalthreshold	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-20 10:31:31 PST(-0800)	TUN
17193	std_totscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-20 10:30:29 PST(-0800)	TUN
17192	std_thresholdscan_hr	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-20 10:24:54 PST(-0800)	TUN
17191	std_tune_globalthreshold	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-20 10:24:32 PST(-0800)	TUN
17190	std_totscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-20 10:23:40 PST(-0800)	MHT
17189	std_thresholdscan_hr	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-20 10:18:08 PST(-0800)	MHT
17188	std_analogscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-20 10:17:51 PST(-0800)	MHT
17187	std_digitalscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-20 10:17:31 PST(-0800)	MHT
17184	std_analogscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-20 10:15:10 PST(-0800)	MHT
17183	std_digitalscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-20 10:14:50 PST(-0800)	MHT
17158	std_mergedbumpscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 17:31:07 PST(-0800)	PFA
17157	std_discbumpscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 17:29:50 PST(-0800)	PFA
17156	std_noisescan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 17:28:35 PST(-0800)	PFA
17155	std_thresholdscan_hd	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 17:25:09 PST(-0800)	PFA
17154	std_analogscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 17:24:52 PST(-0800)	PFA
17153	std_digitalscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 17:24:34 PST(-0800)	PFA
17152	std_totscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 17:23:52 PST(-0800)	TUN
17151	std_thresholdscan_hd	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 17:20:27 PST(-0800)	TUN
17150	std_retune_pixelthreshold	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 17:19:46 PST(-0800)	TUN
17149	std_retune_globalthreshold	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 17:19:18 PST(-0800)	TUN
17148	std_tune_pixelthreshold	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 17:18:34 PST(-0800)	TUN
17147	std_tune_globalthreshold	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 17:18:11 PST(-0800)	TUN
17146	std_totscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 17:17:08 PST(-0800)	TUN
17145	std_thresholdscan_hr	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 17:11:36 PST(-0800)	TUN
17144	std_tune_globalthreshold	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 17:11:14 PST(-0800)	TUN
17143	std_totscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 17:10:11 PST(-0800)	MHT
17142	std_thresholdscan_hr	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 17:04:40 PST(-0800)	MHT
17141	std_analogscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 17:04:23 PST(-0800)	MHT
17140	std_digitalscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 17:04:03 PST(-0800)	MHT
17138	std_analogscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 17:01:03 PST(-0800)	MHT
17137	std_digitalscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 17:00:45 PST(-0800)	MHT
17135	std_digitalscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 16:59:48 PST(-0800)	MHT
17132	std_analogscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 16:56:11 PST(-0800)	MHT
17131	std_digitalscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 16:55:49 PST(-0800)	MHT
17122	std_analogscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 16:43:19 PST(-0800)	MHT
17121	std_digitalscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-15 16:42:54 PST(-0800)	MHT
17120	std_thresholdscan_zerobias	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-14 16:58:35 PST(-0800)	PFA
17118	std_mergedbumpscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-14 16:14:05 PST(-0800)	PFA
17117	std_discbumpscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-14 16:12:25 PST(-0800)	PFA
17116	std_noisescan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-14 16:11:08 PST(-0800)	PFA
17115	std_thresholdscan_hd	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-14 16:06:56 PST(-0800)	PFA
17114	std_analogscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-14 16:06:36 PST(-0800)	PFA
17113	std_digitalscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-14 16:06:16 PST(-0800)	PFA
17112	std_totscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-14 16:05:20 PST(-0800)	TUN
17111	std_thresholdscan_hd	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-14 16:01:10 PST(-0800)	TUN
17110	std_retune_pixelthreshold	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-14 16:00:23 PST(-0800)	TUN
17109	std_retune_globalthreshold	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-14 15:59:53 PST(-0800)	TUN
17108	std_tune_pixelthreshold	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-14 15:59:01 PST(-0800)	TUN
17107	std_tune_globalthreshold	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-14 15:58:36 PST(-0800)	TUN
17106	std_totscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-14 15:56:50 PST(-0800)	TUN
17105	std_thresholdscan_hr	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-14 15:49:29 PST(-0800)	TUN
17104	std_tune_globalthreshold	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-14 15:49:05 PST(-0800)	TUN
17103	std_totscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-14 15:47:40 PST(-0800)	MHT
17102	std_thresholdscan_hr	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-14 15:40:39 PST(-0800)	MHT
17101	std_analogscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-14 15:40:19 PST(-0800)	MHT
17100	std_digitalscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	2023-12-14 15:39:58 PST(-0800)	MHT

Stage: MODULE/INITIAL_WARM

Mode: warm

Index	Revision ID	Timestamp	Message
HEAD	6584...7cea08	2023-12-21 06:52:35 PST(-0800)	config revision by VCAL-CALIBRATION with RAW data 6584512eaa24fa41297ce9f1 and analysis result 65845133aa24fa41297cea00
HEAD^1	6583...722145	2023-12-20 10:45:34 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^2	6583...781d8f	2023-12-20 10:44:28 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^3	6583...0ef085	2023-12-20 10:43:09 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^4	6583...d4c143	2023-12-20 10:42:14 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^5	6583...1a5e49	2023-12-20 10:38:31 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^6	6583...18226e	2023-12-20 10:38:14 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^7	6583...69caaa	2023-12-20 10:37:56 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^8	6583...b02f23	2023-12-20 10:37:31 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^9	6583...afb295	2023-12-20 10:33:50 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^10	6583...9c71b9	2023-12-20 10:33:12 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^11	6583...04c786	2023-12-20 10:32:42 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^12	6583...79f31e	2023-12-20 10:31:57 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^13	6583...bd4e98	2023-12-20 10:31:35 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^14	6583...635543	2023-12-20 10:30:59 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^15	6583...825de5	2023-12-20 10:24:59 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^16	6583...3ba68f	2023-12-20 10:24:35 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^17	6583...573520	2023-12-20 10:17:54 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^18	6582...44fb11	2023-12-19 17:28:48 PST(-0800)	config revision by VCAL-CALIBRATION with RAW data 6582434bdf900555e744fb01 and analysis result 65824350df900555e744fb10
HEAD^19	6582...44facd	2023-12-19 16:19:17 PST(-0800)	config revision by VCAL-CALIBRATION with RAW data 65823300df900555e744fabd and analysis result 65823305df900555e744facc
HEAD^20	6582...44fa89	2023-12-19 16:03:05 PST(-0800)	config revision by VCAL-CALIBRATION with RAW data 65822f33df900555e744fa72 and analysis result 65822f39df900555e744fa81
HEAD^21	657c...eb64e2	2023-12-15 17:32:18 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^22	657c...2a1b5e	2023-12-15 17:31:11 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^23	657c...d0c248	2023-12-15 17:29:52 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^24	657c...db6b8c	2023-12-15 17:28:57 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^25	657c...cfde7e	2023-12-15 17:25:13 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^26	657c...cc7abe	2023-12-15 17:24:55 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^27	657c...e32043	2023-12-15 17:24:37 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^28	657c...bcd9bc	2023-12-15 17:24:13 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^29	657c...0e16fa	2023-12-15 17:20:31 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^30	657c...f489d3	2023-12-15 17:19:53 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^31	657c...995ed6	2023-12-15 17:19:22 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^32	657c...e2766d	2023-12-15 17:18:39 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^33	657c...2f4859	2023-12-15 17:18:14 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^34	657c...e887f8	2023-12-15 17:11:41 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^35	657c...8b8201	2023-12-15 17:11:17 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^36	657c...3f4e5b	2023-12-15 17:04:26 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^37	657c...ab48df	2023-12-15 16:56:16 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^38	657c...d5915b	2023-12-15 16:43:23 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^39	657b...3167df	2023-12-14 17:03:30 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^40	657b...4a03c2	2023-12-14 16:15:33 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^41	657b...50fb4a	2023-12-14 16:14:10 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^42	657b...0fdb23	2023-12-14 16:12:29 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^43	657b...771b0e	2023-12-14 16:11:50 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^44	657b...45389f	2023-12-14 16:07:02 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^45	657b...8a0256	2023-12-14 16:06:41 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^46	657b...299518	2023-12-14 16:06:20 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^47	657b...bfbbc9	2023-12-14 16:05:56 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^48	657b...35e094	2023-12-14 16:01:17 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^49	657b...0fafae	2023-12-14 16:00:35 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^50	657b...1dd34f	2023-12-14 16:00:00 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^51	657b...7f55ae	2023-12-14 15:59:08 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^52	657b...e16274	2023-12-14 15:58:41 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^53	657b...ff5f9e	2023-12-14 15:49:36 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^54	657b...98d61e	2023-12-14 15:49:10 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^55	657b...754870	2023-12-14 15:40:24 PST(-0800)	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^56	657a...71a6fe	2023-12-13 16:12:29 PST(-0800)	config revision by ANALOG-READBACK with RAW data 657a4862c464cbf0d171a6d9 and analysis result 657a486dc464cbf0d171a6fd
HEAD^57	657a...71a67f	2023-12-13 14:45:45 PST(-0800)	config revision by ADC-CALIBRATION with RAW data 657a3417c464cbf0d171a675 and analysis result 657a3419c464cbf0d171a67e
HEAD^58	657a...71a64f	2023-12-13 14:33:16 PST(-0800)	config revision by ADC-CALIBRATION with RAW data 657a3129c464cbf0d171a645 and analysis result 657a312cc464cbf0d171a64e
HEAD^59	652e...092f6e	2023-10-17 11:46:30 PDT(-0700)	initial generation from module-qc-database-tools

Mode: cold

Index	Revision ID	Timestamp	Message
HEAD	652e...092f77	2023-10-17 11:46:30 PDT(-0700)	initial generation from module-qc-database-tools

Mode: LP

Index	Revision ID	Timestamp	Message
HEAD	6582...44fa3b	2023-12-19 15:36:03 PST(-0800)	config revision by LP-MODE with RAW data 658228e1df900555e744fa33 and analysis result 658228e3df900555e744fa3a
HEAD^1	6582...44fa17	2023-12-19 15:33:35 PST(-0800)	config revision by LP-MODE with RAW data 6582284cdf900555e744fa0f and analysis result 6582284fdf900555e744fa16
HEAD^2	6582...44f9ef	2023-12-19 15:16:09 PST(-0800)	config revision by LP-MODE with RAW data 65822436df900555e744f9e7 and analysis result 65822439df900555e744f9ee
HEAD^3	6582...44f9c6	2023-12-19 13:47:14 PST(-0800)	config revision by LP-MODE with RAW data 65820f60df900555e744f9be and analysis result 65820f62df900555e744f9c5
HEAD^4	6582...44f99b	2023-12-19 13:24:01 PST(-0800)	config revision by LP-MODE with RAW data 658209eedf900555e744f993 and analysis result 658209f1df900555e744f99a
HEAD^5	652e...092f80	2023-10-17 11:46:31 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

20UPGFC0078040
ITkPixV1-30-(13,8)

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

20UPGFC0078040 ITkPixV1-30-(13,8) 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

20UPGFC0078040
ITkPixV1-30-(13,8)

ITkPD Component Page Jump to ITkPD component page