20UPGFC0134201
ITkPixV2-0c-(3,9)

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Component Information

Item	Value
Serial Number	20UPGFC0134201
Production DB Component ID	02f83c701d42fbe8f4ef11b5eea53cf2
LocalDB Component ID	65d90f91ba853e0042670b7d
Component Type	front-end_chip
Super-Component	20UPIM13602238 20UPGB43000018
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	2024-02-23 13:39:52 PST(-0800)
component ObjectId	65d90f91ba853e0042670b7d
Stage	TESTONWAFER
Test Type	FECHIP_TEST
Institute ObjectId
User Name	KonstantinMauer
ObjectId of this record	65d910a6ba853e0042670f9e
ObjectId of RAW record	None

Results

Key	Data
DAQ_VERSION	sw: V2_testing_measurements@59b0ea1; fw: 2.0; lanes: 7.0; speed: 1280
DATABASE_LINK	https://itkpix.web.cern.ch/0x20C/raw/0x20C39
ADC_OFFSET	0.0018939999999999999
ADC_SLOPE	0.000195
ANALOGSCAN_RESULT	green
ANALOGSCAN_VALUE	100
ANALOG_DATA	{'CAP_MEAS': {'0': {'CAP_INJ_PAR': -1.8190649999999998e-06, 'CAP_INJ_TOT': -1.1400194e-05}, '1': {'CAP_INJ_PAR': -1.8186698000000002e-06, 'CAP_INJ_TOT': -1.1401103000000002e-05}, '2': {'CAP_INJ_PAR': -1.8190668000000001e-06, 'CAP_INJ_TOT': -1.1405087e-05}, '3': {'CAP_INJ_PAR': -1.8192719000000002e-06, 'CAP_INJ_TOT': -1.1405152000000001e-05}, '4': {'CAP_INJ_PAR': -1.8188272e-06, 'CAP_INJ_TOT': -1.1406407e-05}, '5': {'CAP_INJ_PAR': -1.8193478999999998e-06, 'CAP_INJ_TOT': -1.1405558000000001e-05}, '6': {'CAP_INJ_PAR': -1.8193061e-06, 'CAP_INJ_TOT': -1.1407947000000002e-05}, '7': {'CAP_INJ_PAR': -1.8193485e-06, 'CAP_INJ_TOT': -1.1401871999999998e-05}, '8': {'CAP_INJ_PAR': -1.8189144999999997e-06, 'CAP_INJ_TOT': -1.1404526e-05}, '9': {'CAP_INJ_PAR': -1.8192239000000002e-06, 'CAP_INJ_TOT': -1.1403849e-05}, 'CAP_VDDA': 1.219558572, 'CAP_IREF': 4.046135588851297e-06, 'CAP_OFF': 4.8e-16, 'CAP_FREQ': 10000000, 'TRUE_CAP': 7.379454691283172e-15}, 'PC_VOLT': {'GND': -0.0003748239, 'GNDA_REF': 0.01387433, 'GNDA_REF2': 0.01818048, 'GNDD_REF': 0.02410234, 'IMUX_OUT': 0.01659663, 'NTC': 0.01383313, 'REXTA': 0.9928611, 'REXTD': 0.9945936, 'R_IREF': 0.4768928, 'VDDA': 1.230969, 'VDDD': 1.218894, 'VDD_CML': 1.201111, 'VDD_EFUSE': -0.000593964, 'VDD_PLL': 1.201724, 'VDD_PRE': 1.185322, 'VINA': 1.570531, 'VIND': 1.57651, 'VIN_REXTA': 1.594989, 'VIN_REXTD': 1.598035, 'VMUX_OUT': 0.001058301, 'VOFS': 0.5151796, 'VOFS_LP': 0.01916241, 'VREFA': 0.6196365, 'VREFD': 0.6029523, 'VREF_ADC': 0.8698562, 'VREF_OVP': 0.6015984}, 'SHUNT_MODE': {'SHUNT_MODE': True}, 'TEMP_SNS': {'TEMPSENS_A': {'mean_adc': 440, 'mean_adc_lower': 1058, 'mean_adc_upper': 1499, 'mean_keith': 0.08778046249999993, 'mean_keith_lower': 0.208849147, 'mean_keith_upper': 0.29662960949999995, 'mean_temp': 30.961, 'mean_temp_keith': 30.202}, 'TEMPSENS_B': {'mean_adc': 596, 'mean_keith': 0.11729366499999999}, 'TEMPSENS_C': {'mean_adc': 439, 'mean_adc_lower': 1081, 'mean_adc_upper': 1520, 'mean_keith': 0.08755207500000001, 'mean_keith_lower': 0.21328956425, 'mean_keith_upper': 0.30084163925, 'mean_temp': 30.269, 'mean_temp_keith': 29.413}, 'TEMPSENS_D': {'mean_adc': 440, 'mean_adc_lower': 1063, 'mean_adc_upper': 1503, 'mean_keith': 0.08766188125000002, 'mean_keith_lower': 0.209724613, 'mean_keith_upper': 0.29738649425, 'mean_temp': 30.961, 'mean_temp_keith': 29.792}, 'TEMPSENS_T': {'mean_adc': 626, 'mean_keith': 0.123339816}, 'a': 0.0007489, 'b': 0.0002769, 'c': 7.0595e-08, 'r_pc_ntc': 10004.309641389867, 'temp_ntc': 24.95459057255465}, 'VCAL_MEAS': {'400': {'large_range': {'HIGH': 0.068713255, 'HIGH_ADC': 341, 'MED': 0.07270095500000001, 'MED_ADC': 362}, 'small_range': {'HIGH': 0.027147625, 'HIGH_ADC': 129, 'MED': 0.031237885, 'MED_ADC': 149}}, '700': {'large_range': {'HIGH': 0.131193655, 'HIGH_ADC': 664, 'MED': 0.13479465499999999, 'MED_ADC': 682}, 'small_range': {'HIGH': 0.058017195, 'HIGH_ADC': 286, 'MED': 0.061955975, 'MED_ADC': 306}}, '1000': {'large_range': {'HIGH': 0.193838455, 'HIGH_ADC': 987, 'MED': 0.196646155, 'MED_ADC': 1000}, 'small_range': {'HIGH': 0.089143955, 'HIGH_ADC': 445, 'MED': 0.092816855, 'MED_ADC': 466}}, '1300': {'large_range': {'HIGH': 0.256876855, 'HIGH_ADC': 1310, 'MED': 0.258135355, 'MED_ADC': 1317}, 'small_range': {'HIGH': 0.120177855, 'HIGH_ADC': 609, 'MED': 0.123646655, 'MED_ADC': 624}}, '1600': {'large_range': {'HIGH': 0.319990555, 'HIGH_ADC': 1635, 'MED': 0.32031175500000003, 'MED_ADC': 1635}, 'small_range': {'HIGH': 0.151491155, 'HIGH_ADC': 769, 'MED': 0.15458065499999998, 'MED_ADC': 785}}, '1900': {'large_range': {'HIGH': 0.383073355, 'HIGH_ADC': 1956, 'MED': 0.381834655, 'MED_ADC': 1951}, 'small_range': {'HIGH': 0.182938455, 'HIGH_ADC': 929, 'MED': 0.18545415499999998, 'MED_ADC': 942}}, '2200': {'large_range': {'HIGH': 0.44546485500000005, 'HIGH_ADC': 2280, 'MED': 0.44398965500000004, 'MED_ADC': 2271}, 'small_range': {'HIGH': 0.214273155, 'HIGH_ADC': 1093, 'MED': 0.216370655, 'MED_ADC': 1102}}, '2500': {'large_range': {'HIGH': 0.508146055, 'HIGH_ADC': 2603, 'MED': 0.5056658549999999, 'MED_ADC': 2590}, 'small_range': {'HIGH': 0.24596135500000002, 'HIGH_ADC': 1254, 'MED': 0.24693225500000002, 'MED_ADC': 1259}}, '2800': {'large_range': {'HIGH': 0.5712420549999999, 'HIGH_ADC': 2923, 'MED': 0.568541255, 'MED_ADC': 2911}, 'small_range': {'HIGH': 0.27765485500000003, 'HIGH_ADC': 1416, 'MED': 0.278377855, 'MED_ADC': 1419}}, '3100': {'large_range': {'HIGH': 0.633599055, 'HIGH_ADC': 3245, 'MED': 0.630757255, 'MED_ADC': 3230}, 'small_range': {'HIGH': 0.309072555, 'HIGH_ADC': 1578, 'MED': 0.309414255, 'MED_ADC': 1580}}, '3400': {'large_range': {'HIGH': 0.697033755, 'HIGH_ADC': 3566, 'MED': 0.694524555, 'MED_ADC': 3554}, 'small_range': {'HIGH': 0.34069325500000003, 'HIGH_ADC': 1740, 'MED': 0.340810055, 'MED_ADC': 1742}}, '3700': {'large_range': {'HIGH': 0.760084455, 'HIGH_ADC': 3890, 'MED': 0.758137455, 'MED_ADC': 3878}, 'small_range': {'HIGH': 0.37253635500000004, 'HIGH_ADC': 1902, 'MED': 0.37261555500000004, 'MED_ADC': 1901}}, '4000': {'large_range': {'HIGH': 0.823600955, 'HIGH_ADC': 4095, 'MED': 0.822502455, 'MED_ADC': 4095}, 'small_range': {'HIGH': 0.404267855, 'HIGH_ADC': 2067, 'MED': 0.40444265500000004, 'MED_ADC': 2069}}}, 'chip_currents': {'CAP': 5.943236e-09, 'CAP_PARASIT': 5.436127e-09, 'CDR_BUF': 1.980348e-05, 'CDR_CP': 4.077043e-06, 'CDR_FD': 4.00102e-05, 'CDR_VCO_BUF': 4.884327e-05, 'CDR_VCO_MAIN': 9.82825e-05, 'CML_MAIN': 8.422192e-05, 'CML_TAP1': 2.054886e-05, 'CML_TAP2': 5.948147e-09, 'DAC_COMP': 5.084931e-05, 'DAC_FB': 8.370057e-05, 'DAC_LCC': 8.116174e-05, 'DAC_PREAMP_L': 1.265378e-05, 'DAC_PREAMP_R': 1.326845e-05, 'DAC_PREAMP_T': 1.324462e-05, 'DAC_PREAMP_TL': 1.304216e-05, 'DAC_PREAMP_TR': 1.33224e-05, 'DAC_PRECOMP': 6.994478e-05, 'DAC_TH1_L': 7.681991e-05, 'DAC_TH1_M': 7.752443e-05, 'DAC_TH1_R': 7.79581e-05, 'DAC_TH2': 9.925864e-05, 'IINA': 4.749878e-05, 'IIND': 4.572967e-05, 'IREF': 3.966188e-06, 'I_SHUNT_A': 1.597984e-05, 'I_SHUNT_D': 1.352619e-05, 'NTC_PAD': 1.049779e-05, 'PREAMP_MATRIX_MAIN': 1.294404e-05}, 'chip_ids': {'1': True, '2': True, '4': True, '8': True, '16': True}, 'chip_voltages': {'DAC_TH1_L': 0.144122639, 'DAC_TH1_M': 0.149817239, 'DAC_TH1_R': 0.148262039, 'DAC_TH2': 0.004217250999999998, 'GNDA19': 0.008035260999999998, 'GNDA20': 4.720999999999198e-06, 'GNDA21': 0.009200301000000001, 'GNDA22': 0.009078540999999999, 'GNDA23': 0.003962561, 'GNDA24': 0.009631220999999999, 'GNDA25': 0.009629101000000001, 'GNDA26': 0.009630930999999999, 'GNDA27': 0.009620120999999999, 'GNDA28': 0.009633040999999998, 'GNDA29': 0.009623531000000001, 'GNDA30': 0.009630771, 'I_MUX': 1.155663639, 'NTC_PAD': 0.091733639, 'RADSENS_A': 0.612872539, 'RADSENS_C': 0.5806836390000001, 'RADSENS_D': 0.612193239, 'TEMPSENS_A': 0.284407639, 'TEMPSENS_B': 0.105584439, 'TEMPSENS_C': 0.289233939, 'TEMPSENS_D': 0.285000339, 'TEMPSENS_T': 0.112899839, 'VCAL_HI': 0.03744549900000001, 'VCAL_HIGH': 0.03744172900000001, 'VCAL_MED': 0.020991349, 'VDDA_HALF': 0.5989076390000001, 'VDDA_HALF_CAP': 0.594271239, 'VDDD_HALF': 0.588999039, 'VINA_HALF': 0.377920339, 'VIND_HALF': 0.383929539, 'VOFS_HALF': 0.235122039, 'VREFA': 0.593487739, 'VREFD': 0.5762968390000001, 'VREF_ADC': 0.842491139, 'VREF_CORE': 0.442634139, 'VREF_PRE': 0.574636039, 'VREF_VDAC': 0.201154639}, 'efuses': {'data': '0x120c3914', 'read': '0x120c3914', 'read_before': '0x0', 'success': True, 'written': True}, 'IV curves': {'15': {'GNDA': 0.011840400000000001, 'GNDD': 0.020651663333333334, 'REXTA': 0.9892655, 'REXTD': 0.9901176, 'VDDA': 1.226597, 'VDDD': 1.213098, 'VIN_A': 1.475557, 'VIN_A_int': 0.3789363, 'VIN_A_tti_cur': 0.862, 'VIN_D': 1.481226, 'VIN_D_int': 0.3844211, 'VIN_D_tti_cur': 0.839, 'VIN_REXTA': 1.496344, 'VIN_REXTD': 1.499342, 'VOFS': 0.5119122}, '16': {'GNDA': 0.013832186666666668, 'GNDD': 0.02395976, 'REXTA': 0.9931692, 'REXTD': 0.9939675, 'VDDA': 1.229902, 'VDDD': 1.219838, 'VIN_A': 1.570516, 'VIN_A_int': 0.4043069, 'VIN_A_tti_cur': 1.01, 'VIN_D': 1.576611, 'VIN_D_int': 0.4105169, 'VIN_D_tti_cur': 0.992, 'VIN_REXTA': 1.594935, 'VIN_REXTD': 1.598138, 'VOFS': 0.5145189}, '17': {'GNDA': 0.015926756666666667, 'GNDD': 0.027357366666666664, 'REXTA': 0.9964626, 'REXTD': 0.9970744, 'VDDA': 1.234638, 'VDDD': 1.225396, 'VIN_A': 1.66537, 'VIN_A_int': 0.429668, 'VIN_A_tti_cur': 1.164, 'VIN_D': 1.671754, 'VIN_D_int': 0.4365677, 'VIN_D_tti_cur': 1.148, 'VIN_REXTA': 1.693565, 'VIN_REXTD': 1.696571, 'VOFS': 0.5176451}, '18': {'GNDA': 0.01805146666666667, 'GNDD': 0.030770703333333333, 'REXTA': 1.000722, 'REXTD': 1.000625, 'VDDA': 1.23818, 'VDDD': 1.230275, 'VIN_A': 1.760051, 'VIN_A_int': 0.455063, 'VIN_A_tti_cur': 1.322, 'VIN_D': 1.76676, 'VIN_D_int': 0.4626397, 'VIN_D_tti_cur': 1.307, 'VIN_REXTA': 1.792149, 'VIN_REXTD': 1.795247, 'VOFS': 0.5206572}, '19': {'GNDA': 0.020196473333333336, 'GNDD': 0.03426876, 'REXTA': 1.003993, 'REXTD': 1.005885, 'VDDA': 1.241289, 'VDDD': 1.235386, 'VIN_A': 1.854767, 'VIN_A_int': 0.4803948, 'VIN_A_tti_cur': 1.479, 'VIN_D': 1.861949, 'VIN_D_int': 0.4887922, 'VIN_D_tti_cur': 1.466, 'VIN_REXTA': 1.890654, 'VIN_REXTD': 1.894012, 'VOFS': 0.5239065}}, 'OVP curves': {'20': {'GNDA': 0.027418313333333333, 'GNDD': 0.045901043333333336, 'REXTA': 1.017587, 'REXTD': 1.018491, 'VDDA': 1.254381, 'VDDD': 1.250651, 'VIN_A': 2.00117, 'VIN_A_tti_cur': 1.999, 'VIN_D': 2.006565, 'VIN_D_tti_cur': 2, 'VIN_REXTA': 2.050478, 'VIN_REXTD': 2.050348, 'VIN_SET': 2.4, 'VREF_OVP': 0.6187562}}, 'IREF Trims SHUNT': {'0': {'IREF': 3.3117722732398906e-06, 'IREF_trim_read': 0, 'V_IREF': 0.41112341, 'offset': 0.01516139}, '1': {'IREF': 3.353781214757532e-06, 'IREF_trim_read': 1, 'V_IREF': 0.4163384, 'offset': 0.0173784}, '2': {'IREF': 3.4125367327211213e-06, 'IREF_trim_read': 2, 'V_IREF': 0.42363231, 'offset': 0.01704789}, '3': {'IREF': 3.472747220879652e-06, 'IREF_trim_read': 3, 'V_IREF': 0.43110684, 'offset': 0.01671466}, '4': {'IREF': 3.5216096342838732e-06, 'IREF_trim_read': 4, 'V_IREF': 0.43717262, 'offset': 0.01639328}, '5': {'IREF': 3.581170049943612e-06, 'IREF_trim_read': 5, 'V_IREF': 0.44456645, 'offset': 0.01614315}, '6': {'IREF': 3.6409979861446754e-06, 'IREF_trim_read': 6, 'V_IREF': 0.45199349, 'offset': 0.01582431}, '7': {'IREF': 3.7022576123731266e-06, 'IREF_trim_read': 7, 'V_IREF': 0.45959826, 'offset': 0.01549814}, '8': {'IREF': 3.7528189946834217e-06, 'IREF_trim_read': 8, 'V_IREF': 0.46587495, 'offset': 0.01518615}, '9': {'IREF': 3.809824311261479e-06, 'IREF_trim_read': 9, 'V_IREF': 0.47295159000000003, 'offset': 0.01490831}, '10': {'IREF': 3.872804656033511e-06, 'IREF_trim_read': 10, 'V_IREF': 0.48076997000000005, 'offset': 0.01458613}, '11': {'IREF': 3.932042532624456e-06, 'IREF_trim_read': 11, 'V_IREF': 0.48812375999999996, 'offset': 0.01427244}, '12': {'IREF': 3.979653697438376e-06, 'IREF_trim_read': 12, 'V_IREF': 0.49403421000000003, 'offset': 0.01394679}, '13': {'IREF': 4.040828983405832e-06, 'IREF_trim_read': 13, 'V_IREF': 0.50162851, 'offset': 0.01369699}, '14': {'IREF': 4.0987142742065415e-06, 'IREF_trim_read': 14, 'V_IREF': 0.5088143900000001, 'offset': 0.01337921}, '15': {'IREF': 4.155682535846625e-06, 'IREF_trim_read': 15, 'V_IREF': 0.51588643, 'offset': 0.01306697}, 'IREF_OPT': 13}, 'VREF_A Trim SHUNT': {'0': {'VDDA': 0.99735621, 'VDDA_internal': 0.9961731199999999}, '1': {'VDDA': 1.02193347, 'VDDA_internal': 1.02098194}, '2': {'VDDA': 1.04711911, 'VDDA_internal': 1.04653524}, '3': {'VDDA': 1.07145352, 'VDDA_internal': 1.0704571200000002}, '4': {'VDDA': 1.09563912, 'VDDA_internal': 1.0957862600000001}, '5': {'VDDA': 1.11995059, 'VDDA_internal': 1.1199871000000001}, '6': {'VDDA': 1.14578206, 'VDDA_internal': 1.14635514}, '7': {'VDDA': 1.17019272, 'VDDA_internal': 1.17035056}, '8': {'VDDA': 1.19237659, 'VDDA_internal': 1.19301784}, '9': {'VDDA': 1.2166150500000001, 'VDDA_internal': 1.21768166}, '10': {'VDDA': 1.24063943, 'VDDA_internal': 1.2412726}, '11': {'VDDA': 1.26553808, 'VDDA_internal': 1.26635758}, '12': {'VDDA': 1.2914916699999999, 'VDDA_internal': 1.29098492}, '13': {'VDDA': 1.31635789, 'VDDA_internal': 1.3162924}, '14': {'VDDA': 1.3404915000000002, 'VDDA_internal': 1.34027532}, '15': {'VDDA': 1.3640564800000001, 'VDDA_internal': 1.3653176}}, 'VREF_D Trim SHUNT': {'0': {'VDDD': 1.0404322099999999, 'VDDD_internal': 1.03529692}, '1': {'VDDD': 1.0632884699999998, 'VDDD_internal': 1.05777194}, '2': {'VDDD': 1.08592611, 'VDDD_internal': 1.08056384}, '3': {'VDDD': 1.10805952, 'VDDD_internal': 1.10289472}, '4': {'VDDD': 1.13608012, 'VDDD_internal': 1.13016986}, '5': {'VDDD': 1.15852459, 'VDDD_internal': 1.1532299000000001}, '6': {'VDDD': 1.18145806, 'VDDD_internal': 1.1755285400000002}, '7': {'VDDD': 1.2037117199999998, 'VDDD_internal': 1.19743496}, '8': {'VDDD': 1.2343065899999999, 'VDDD_internal': 1.22873324}, '9': {'VDDD': 1.25685705, 'VDDD_internal': 1.25063966}, '10': {'VDDD': 1.28044143, 'VDDD_internal': 1.2733154}, '11': {'VDDD': 1.30335008, 'VDDD_internal': 1.2961041800000002}, '12': {'VDDD': 1.32980867, 'VDDD_internal': 1.32248912}, '13': {'VDDD': 1.35334989, 'VDDD_internal': 1.3462464}, '14': {'VDDD': 1.3760805, 'VDDD_internal': 1.36794892}, '15': {'VDDD': 1.39806948, 'VDDD_internal': 1.3903314}, 'VREF_D_opt': 7, 'VREF_A_opt': 9}}
ANALOG_OVER_VOLTAGE_PROTECTION	0.005
ANALOG_OVER_VOLTAGE_PROTECTION_RESULT	green
ANALOG_POWER_CONSUMPTION	0.103
ANALOG_POWER_CONSUMPTION_RESULT	green
CHIP_ID_TEST_RESULT	green
CURR_MULT_FAC_A	21158.438
CURR_MULT_FAC_D	21648.964
DATA_MERGING_RESULT	green
DIGITALSCAN_RESULT	green
DIGITALSCAN_VALUE	100
DIGITAL_OVER_VOLTAGE_PROTECTION	-0.008
DIGITAL_OVER_VOLTAGE_PROTECTION_RESULT	green
DIGITAL_POWER_CONSUMPTION	0.244
DIGITAL_POWER_CONSUMPTION_RESULT	green
EFUSES_WRITE_RESULT	green
FAILED_TESTS	0
IREF_TRIM	13
IREF_TRIM_RESULT	green
IREF_TRIM_VALUE	4.041000000000001e-06
IV_CURVES	{'IINA': [0.862, 1.01, 1.164, 1.322, 1.479], 'VINA': [1.4637166, 1.556683813333333, 1.649443243333333, 1.741999533333333, 1.834570526666667], 'IIND': [0.839, 0.992, 1.148, 1.307, 1.466], 'VIND': [1.460574336666667, 1.55265124, 1.644396633333333, 1.735989296666667, 1.82768024]}
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	7.859e-15
LINK_RESULT	green
LINK_VALUE	1
META_DATA	{'POWER': {'LDO_mode': {'ICML': 0.072, 'IINA': 0.076, 'IIND': 0.254, 'IPLL': 0.008, 'VCML': 1.19, 'VDDA': 1.1857733205, 'VDDD': 1.2118305415000001, 'VINA': 1.6, 'VIND': 1.61, 'VPLL': 1.2}, 'LDO_mode_2': {'ICML': 0.018, 'IINA': 0.077, 'IIND': 0.244, 'IPLL': 0.008, 'VCML': 1.19, 'VDDA': 1.2093895705000002, 'VDDD': 1.180399888, 'VINA': 1.6, 'VIND': 1.61, 'VPLL': 1.2}, 'LDO_mode_3': {'ICML': 0.013, 'IINA': 0.675, 'IIND': 0.687, 'IPLL': 0.007, 'VCML': 1.2, 'VDDA': 1.213424, 'VDDD': 1.18417906, 'VINA': 1.61, 'VIND': 1.61, 'VPLL': 1.2}, 'VCAL_meas': {'IINA': 1.006, 'IIND': 0.99, 'VDDA': 1.22145661, 'VDDD': 1.19386301, 'VINA': 1.61, 'VIND': 1.61}, 'analog_scan': {'IINA': 1.006, 'IIND': 0.988, 'VINA': 1.61, 'VIND': 1.61}, 'aurora_test_0': {'IINA': 1.006, 'IIND': 0.987, 'VINA': 1.61, 'VIND': 1.61}, 'aurora_test_1': {'IINA': 1.004, 'IIND': 0.987, 'VINA': 1.61, 'VIND': 1.61}, 'aurora_test_2': {'IINA': 1.007, 'IIND': 0.988, 'VINA': 1.61, 'VIND': 1.61}, 'aurora_test_3': {'IINA': 1.007, 'IIND': 0.989, 'VINA': 1.61, 'VIND': 1.61}, 'data_merging': {'IINA': 1.004, 'IIND': 0.99, 'VINA': 1.61, 'VIND': 1.61}, 'data_merging_delay_autophase': {'IINA': 1.006, 'IIND': 0.99, 'VINA': 1.61, 'VIND': 1.61}, 'data_merging_delay_manualphase': {'IINA': 1.005, 'IIND': 0.99, 'VINA': 1.61, 'VIND': 1.61}, 'digital_scan': {'IINA': 1.006, 'IIND': 0.991, 'VINA': 1.61, 'VIND': 1.61}, 'efuse_write': {'IINA': 1.006, 'IIND': 0.992, 'VDDA': 1.220577115, 'VDDD': 1.19299804, 'VINA': 1.61, 'VIND': 1.61}, 'gnd_offset_ldo': {'IINA': 1.999, 'IIND': 2, 'VDDA': 1.22617555, 'VDDD': 1.20370282, 'VINA': 2.08, 'VIND': 2.07}, 'inj_cap': {'IINA': 1.005, 'IIND': 0.99, 'VDDA': 1.220405845, 'VDDD': 1.193267205, 'VINA': 1.61, 'VIND': 1.61}, 'iref_trim (SHUNT)': {'IINA': 1.003, 'IIND': 0.994, 'VDDA': 1.1719220049999999, 'VDDD': 1.19172714, 'VINA': 1.61, 'VIND': 1.61}, 'measure_chip_currents': {'IINA': 1.005, 'IIND': 0.99, 'VDDA': 1.22057527, 'VDDD': 1.19384454, 'VINA': 1.61, 'VIND': 1.61}, 'measure_chip_voltages': {'IINA': 1.006, 'IIND': 0.992, 'VDDA': 1.2208276949999999, 'VDDD': 1.1923219200000001, 'VINA': 1.61, 'VIND': 1.61}, 'measure_pc_voltages': {'IINA': 1.009, 'IIND': 0.992, 'VDDA': 1.2165204200000002, 'VDDD': 1.1950156650000001, 'VINA': 1.61, 'VIND': 1.61}, 'osc_scan': {'IINA': 1.005, 'IIND': 0.99, 'VINA': 1.61, 'VIND': 1.61}, 'register_test': {'IINA': 1.006, 'IIND': 0.991, 'VINA': 1.61, 'VIND': 1.61}, 'temperatures': {'IINA': 0.588, 'IIND': 0.293, 'VDDA': 1.2182484834999998, 'VDDD': 1.1875567805, 'VINA': 1.61, 'VIND': 1.61}, 'threshold_scan': {'IINA': 1.005, 'IIND': 0.99, 'VINA': 1.61, 'VIND': 1.61}, 'vref_trim (SHUNT)': {'IINA': 0.998, 'IIND': 0.993, 'VDDA': 1.046465765, 'VDDD': 1.1941960249999999, 'VINA': 1.61, 'VIND': 1.61}}, 'RESISTORS': {'DATAFORMAT_VERSION': 1, 'LAST_CHANGE': 1642768216, 'PC_ID': 11, 'PC_VERSION': 12, 'REXTA': 604, 'REXTD': 605, 'RIMUX': 4989, 'RIOFS': 24891, 'RIOFS_LP': 9995, 'RIREF': 24828, 'RVREFA': 29970, 'RVREFD': 29992, 'RVREF_ADC': 84405}, 'duration': {'IV_curve': 47.80661964416504, 'LDO_Power': 6.682115316390991, 'LDO_Power_2': 6.65126895904541, 'OV_protection': 12.228672981262207, 'SHUNT_MODE': 4.764380216598511, 'VCAL_meas': 35.71519207954407, 'analog_scan': 72.98520302772522, 'aurora_test_0': 14.000305414199829, 'aurora_test_1': 13.881160974502563, 'aurora_test_2': 12.860211849212646, 'aurora_test_3': 13.2722647190094, 'chip_id_check': 0.2936084270477295, 'data_merging': 25.85374140739441, 'data_merging_delay_autophase': 100.37166786193848, 'data_merging_delay_manualphase': 77.74634742736816, 'digital_scan': 29.007155656814575, 'efuse_write': 8.338191747665405, 'gnd_offset_ldo': 3.8311526775360107, 'initial_power': 48.755234718322754, 'inj_cap': 71.39863729476929, 'iref_trim (SHUNT)': 22.237718105316162, 'measure_chip_currents': 17.793133020401, 'measure_chip_voltages': 26.138771295547485, 'measure_pc_voltages': 13.200394868850708, 'measure_temperatures': 65.70701503753662, 'osc_scan': 12.290594577789307, 'register_test': 19.21799945831299, 'threshold_scan': 70.07846260070801, 'vref_trim (SHUNT)': 50.00334119796753}, 'fw_version': '2.0', 'lanes': 7, 'rx_speed': 1280, 'start_time': 1693095665.225436, 'stop_time': 1693096562.4287753, 'sw_version': 'V2_testing_measurements@59b0ea1'}
NOCCSCAN_RESULT	black
NOCCSCAN_VALUE	-1
OVERALL_RESULT	green
PC_NTC	24.955
PIXEL_REGISTER_TEST	-1
PIXEL_REGISTER_TEST_RESULT	red
REGISTER_TEST_RESULT	green
RESISTOR	-1
RING_OSC_0_VALUE	{'RING_OSC_A_0': {'raw_data': 4754, 'count': 658, 'frequency': 438666656, 'pulse_length': 60}, 'RING_OSC_A_1': {'raw_data': 10216, 'count': 2024, 'frequency': 674666688, 'pulse_length': 60}, 'RING_OSC_A_2': {'raw_data': 9450, 'count': 1258, 'frequency': 419333344, 'pulse_length': 60}, 'RING_OSC_A_3': {'raw_data': 10210, 'count': 2018, 'frequency': 672666688, 'pulse_length': 60}, 'RING_OSC_A_4': {'raw_data': 9400, 'count': 1208, 'frequency': 402666656, 'pulse_length': 60}, 'RING_OSC_A_5': {'raw_data': 10272, 'count': 2080, 'frequency': 693333312, 'pulse_length': 60}, 'RING_OSC_A_6': {'raw_data': 9562, 'count': 1370, 'frequency': 456666656, 'pulse_length': 60}, 'RING_OSC_A_7': {'raw_data': 10232, 'count': 2040, 'frequency': 680000000, 'pulse_length': 60}, 'RING_OSC_0': {'raw_data': 5069, 'count': 973, 'frequency': 648666688, 'pulse_length': 60}, 'RING_OSC_1': {'raw_data': 10192, 'count': 1000, 'frequency': 666666688, 'pulse_length': 60}, 'RING_OSC_2': {'raw_data': 10488, 'count': 1148, 'frequency': 765333312, 'pulse_length': 60}, 'RING_OSC_3': {'raw_data': 10498, 'count': 1153, 'frequency': 768666688, 'pulse_length': 60}, 'RING_OSC_4': {'raw_data': 10135, 'count': 971, 'frequency': 647666688, 'pulse_length': 60}, 'RING_OSC_5': {'raw_data': 10160, 'count': 984, 'frequency': 656000000, 'pulse_length': 60}, 'RING_OSC_6': {'raw_data': 10448, 'count': 1128, 'frequency': 752000000, 'pulse_length': 60}, 'RING_OSC_7': {'raw_data': 10454, 'count': 1131, 'frequency': 754000000, 'pulse_length': 60}, 'RING_OSC_8': {'raw_data': 10218, 'count': 1013, 'frequency': 675333312, 'pulse_length': 60}, 'RING_OSC_9': {'raw_data': 10230, 'count': 1019, 'frequency': 679333312, 'pulse_length': 60}, 'RING_OSC_10': {'raw_data': 10624, 'count': 1216, 'frequency': 810666688, 'pulse_length': 60}, 'RING_OSC_11': {'raw_data': 10564, 'count': 1186, 'frequency': 790666688, 'pulse_length': 60}, 'RING_OSC_12': {'raw_data': 10081, 'count': 944, 'frequency': 629666688, 'pulse_length': 60}, 'RING_OSC_13': {'raw_data': 10085, 'count': 946, 'frequency': 631000000, 'pulse_length': 60}, 'RING_OSC_14': {'raw_data': 10582, 'count': 1195, 'frequency': 796666688, 'pulse_length': 60}, 'RING_OSC_15': {'raw_data': 10572, 'count': 1190, 'frequency': 793333312, 'pulse_length': 60}, 'RING_OSC_16': {'raw_data': 9534, 'count': 671, 'frequency': 447333344, 'pulse_length': 60}, 'RING_OSC_17': {'raw_data': 9514, 'count': 661, 'frequency': 440666656, 'pulse_length': 60}, 'RING_OSC_18': {'raw_data': 9798, 'count': 803, 'frequency': 535333344, 'pulse_length': 60}, 'RING_OSC_19': {'raw_data': 9774, 'count': 791, 'frequency': 527333344, 'pulse_length': 60}, 'RING_OSC_20': {'raw_data': 9806, 'count': 807, 'frequency': 538000000, 'pulse_length': 60}, 'RING_OSC_21': {'raw_data': 9788, 'count': 798, 'frequency': 532000000, 'pulse_length': 60}, 'RING_OSC_22': {'raw_data': 10472, 'count': 1140, 'frequency': 760000000, 'pulse_length': 60}, 'RING_OSC_23': {'raw_data': 10655, 'count': 1231, 'frequency': 821000000, 'pulse_length': 60}, 'RING_OSC_24': {'raw_data': 10238, 'count': 1023, 'frequency': 682000000, 'pulse_length': 60}, 'RING_OSC_25': {'raw_data': 10386, 'count': 1097, 'frequency': 731333312, 'pulse_length': 60}, 'RING_OSC_26': {'raw_data': 10508, 'count': 1158, 'frequency': 772000000, 'pulse_length': 60}, 'RING_OSC_27': {'raw_data': 10506, 'count': 1157, 'frequency': 771333312, 'pulse_length': 60}, 'RING_OSC_28': {'raw_data': 10512, 'count': 1160, 'frequency': 773333312, 'pulse_length': 60}, 'RING_OSC_29': {'raw_data': 10515, 'count': 1161, 'frequency': 774333312, 'pulse_length': 60}, 'RING_OSC_30': {'raw_data': 10502, 'count': 1155, 'frequency': 770000000, 'pulse_length': 60}, 'RING_OSC_31': {'raw_data': 10520, 'count': 1164, 'frequency': 776000000, 'pulse_length': 60}, 'RING_OSC_32': {'raw_data': 10542, 'count': 1175, 'frequency': 783333312, 'pulse_length': 60}, 'RING_OSC_33': {'raw_data': 10506, 'count': 1157, 'frequency': 771333312, 'pulse_length': 60}}
TEMPERATURE_A	0.08778
TEMPERATURE_B	0.117294
TEMPERATURE_C	0.087552
TEMPERATURE_D	0.087662
TEMPERATURE_T	0.12334
THRESHOLDSCAN_RESULT	green
THRESHOLDSCAN_VALUE	395.2
VCAL_HIGH_LARGE_RANGE_OFFSET	-0.015359999999999999
VCAL_HIGH_LARGE_RANGE_SLOPE	0.00020899999999999998
VCAL_HIGH_SMALL_RANGE_OFFSET	-0.015583999999999999
VCAL_HIGH_SMALL_RANGE_SLOPE	0.00010499999999999999
VCAL_MED_LARGE_RANGE_OFFSET	-0.011130000000000001
VCAL_MED_LARGE_RANGE_SLOPE	0.000207
VCAL_MED_SMALL_RANGE_OFFSET	-0.010569
VCAL_MED_SMALL_RANGE_SLOPE	0.000103
VDDA_16	1.365
VDDA_TRIM	9
VDDA_TRIM_RESULT	green
VDDA_TRIM_VALUE	1.218
VDDD_16	1.39
VDDD_TRIM	7
VDDD_TRIM_RESULT	green
VDDD_TRIM_VALUE	1.197
VINA_SHUNT_DELTAKFACTOR	18.218
VINA_SHUNT_KFACTOR	1002.65
VINA_SHUNT_RESULT	black
VIND_SHUNT_DELTAKFACTOR	8.277
VIND_SHUNT_KFACTOR	989.381
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

65d910a6ba853e0042670f9e

state

ready

stateTs

2024-02-23T21:39:50.783Z

stateUserIdentity

9024-6168-1

date

2023-08-27T02:21:05.000Z

testType

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

institution

id	5ca753d878a5090009836f55
code	BONN
name	University of Bonn

user

id	644e75bba77c3000425cc33e
userIdentity	9024-6168-1
firstName	Konstantin
middleName
lastName	Mauer

runNumber

0x20C-27082023

passed

True

problems

False

properties

code DAQ_VERSION
name DAQ version used
dataType string
valueType single
required False
value sw: V2_testing_measurements@59b0ea1; fw: 2.0; 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/0x20C/raw/0x20C39
rangeMin None
rangeMax None

results

code ADC_OFFSET
name ADC offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value 0.0018939999999999999
associateChild None
code ADC_SLOPE
name ADC slope [mV/DAC]
dataType float
valueType single
arrayDimensions None
additional False
value 0.000195
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 100
associateChild None

code

ANALOG_DATA

name

Analog Data

dataType

object

valueType

single

arrayDimensions

None

additional

False

rangeMin

None

rangeMax

None

value

CAP_MEAS

CAP_INJ_PAR	-1.8190649999999998e-06
CAP_INJ_TOT	-1.1400194e-05

CAP_INJ_PAR	-1.8186698000000002e-06
CAP_INJ_TOT	-1.1401103000000002e-05

CAP_INJ_PAR	-1.8190668000000001e-06
CAP_INJ_TOT	-1.1405087e-05

CAP_INJ_PAR	-1.8192719000000002e-06
CAP_INJ_TOT	-1.1405152000000001e-05

CAP_INJ_PAR	-1.8188272e-06
CAP_INJ_TOT	-1.1406407e-05

CAP_INJ_PAR	-1.8193478999999998e-06
CAP_INJ_TOT	-1.1405558000000001e-05

CAP_INJ_PAR	-1.8193061e-06
CAP_INJ_TOT	-1.1407947000000002e-05

CAP_INJ_PAR	-1.8193485e-06
CAP_INJ_TOT	-1.1401871999999998e-05

CAP_INJ_PAR	-1.8189144999999997e-06
CAP_INJ_TOT	-1.1404526e-05

CAP_INJ_PAR	-1.8192239000000002e-06
CAP_INJ_TOT	-1.1403849e-05

CAP_VDDA

1.219558572

CAP_IREF

4.046135588851297e-06

CAP_OFF

4.8e-16

CAP_FREQ

10000000

TRUE_CAP

7.379454691283172e-15

PC_VOLT

GND	-0.0003748239
GNDA_REF	0.01387433
GNDA_REF2	0.01818048
GNDD_REF	0.02410234
IMUX_OUT	0.01659663
NTC	0.01383313
REXTA	0.9928611
REXTD	0.9945936
R_IREF	0.4768928
VDDA	1.230969
VDDD	1.218894
VDD_CML	1.201111
VDD_EFUSE	-0.000593964
VDD_PLL	1.201724
VDD_PRE	1.185322
VINA	1.570531
VIND	1.57651
VIN_REXTA	1.594989
VIN_REXTD	1.598035
VMUX_OUT	0.001058301
VOFS	0.5151796
VOFS_LP	0.01916241
VREFA	0.6196365
VREFD	0.6029523
VREF_ADC	0.8698562
VREF_OVP	0.6015984

SHUNT_MODE

SHUNT_MODE	True

TEMP_SNS

TEMPSENS_A

mean_adc	440
mean_adc_lower	1058
mean_adc_upper	1499
mean_keith	0.08778046249999993
mean_keith_lower	0.208849147
mean_keith_upper	0.29662960949999995
mean_temp	30.961
mean_temp_keith	30.202

TEMPSENS_B

mean_adc	596
mean_keith	0.11729366499999999

TEMPSENS_C

mean_adc	439
mean_adc_lower	1081
mean_adc_upper	1520
mean_keith	0.08755207500000001
mean_keith_lower	0.21328956425
mean_keith_upper	0.30084163925
mean_temp	30.269
mean_temp_keith	29.413

TEMPSENS_D

mean_adc	440
mean_adc_lower	1063
mean_adc_upper	1503
mean_keith	0.08766188125000002
mean_keith_lower	0.209724613
mean_keith_upper	0.29738649425
mean_temp	30.961
mean_temp_keith	29.792

TEMPSENS_T

mean_adc	626
mean_keith	0.123339816

0.0007489

0.0002769

7.0595e-08

r_pc_ntc

10004.309641389867

temp_ntc

24.95459057255465

VCAL_MEAS

400

large_range

HIGH	0.068713255
HIGH_ADC	341
MED	0.07270095500000001
MED_ADC	362

small_range

HIGH	0.027147625
HIGH_ADC	129
MED	0.031237885
MED_ADC	149

700

large_range

HIGH	0.131193655
HIGH_ADC	664
MED	0.13479465499999999
MED_ADC	682

small_range

HIGH	0.058017195
HIGH_ADC	286
MED	0.061955975
MED_ADC	306

1000

large_range

HIGH	0.193838455
HIGH_ADC	987
MED	0.196646155
MED_ADC	1000

small_range

HIGH	0.089143955
HIGH_ADC	445
MED	0.092816855
MED_ADC	466

1300

large_range

HIGH	0.256876855
HIGH_ADC	1310
MED	0.258135355
MED_ADC	1317

small_range

HIGH	0.120177855
HIGH_ADC	609
MED	0.123646655
MED_ADC	624

1600

large_range

HIGH	0.319990555
HIGH_ADC	1635
MED	0.32031175500000003
MED_ADC	1635

small_range

HIGH	0.151491155
HIGH_ADC	769
MED	0.15458065499999998
MED_ADC	785

1900

large_range

HIGH	0.383073355
HIGH_ADC	1956
MED	0.381834655
MED_ADC	1951

small_range

HIGH	0.182938455
HIGH_ADC	929
MED	0.18545415499999998
MED_ADC	942

2200

large_range

HIGH	0.44546485500000005
HIGH_ADC	2280
MED	0.44398965500000004
MED_ADC	2271

small_range

HIGH	0.214273155
HIGH_ADC	1093
MED	0.216370655
MED_ADC	1102

2500

large_range

HIGH	0.508146055
HIGH_ADC	2603
MED	0.5056658549999999
MED_ADC	2590

small_range

HIGH	0.24596135500000002
HIGH_ADC	1254
MED	0.24693225500000002
MED_ADC	1259

2800

large_range

HIGH	0.5712420549999999
HIGH_ADC	2923
MED	0.568541255
MED_ADC	2911

small_range

HIGH	0.27765485500000003
HIGH_ADC	1416
MED	0.278377855
MED_ADC	1419

3100

large_range

HIGH	0.633599055
HIGH_ADC	3245
MED	0.630757255
MED_ADC	3230

small_range

HIGH	0.309072555
HIGH_ADC	1578
MED	0.309414255
MED_ADC	1580

3400

large_range

HIGH	0.697033755
HIGH_ADC	3566
MED	0.694524555
MED_ADC	3554

small_range

HIGH	0.34069325500000003
HIGH_ADC	1740
MED	0.340810055
MED_ADC	1742

3700

large_range

HIGH	0.760084455
HIGH_ADC	3890
MED	0.758137455
MED_ADC	3878

small_range

HIGH	0.37253635500000004
HIGH_ADC	1902
MED	0.37261555500000004
MED_ADC	1901

4000

large_range

HIGH	0.823600955
HIGH_ADC	4095
MED	0.822502455
MED_ADC	4095

small_range

HIGH	0.404267855
HIGH_ADC	2067
MED	0.40444265500000004
MED_ADC	2069

chip_currents

CAP	5.943236e-09
CAP_PARASIT	5.436127e-09
CDR_BUF	1.980348e-05
CDR_CP	4.077043e-06
CDR_FD	4.00102e-05
CDR_VCO_BUF	4.884327e-05
CDR_VCO_MAIN	9.82825e-05
CML_MAIN	8.422192e-05
CML_TAP1	2.054886e-05
CML_TAP2	5.948147e-09
DAC_COMP	5.084931e-05
DAC_FB	8.370057e-05
DAC_LCC	8.116174e-05
DAC_PREAMP_L	1.265378e-05
DAC_PREAMP_R	1.326845e-05
DAC_PREAMP_T	1.324462e-05
DAC_PREAMP_TL	1.304216e-05
DAC_PREAMP_TR	1.33224e-05
DAC_PRECOMP	6.994478e-05
DAC_TH1_L	7.681991e-05
DAC_TH1_M	7.752443e-05
DAC_TH1_R	7.79581e-05
DAC_TH2	9.925864e-05
IINA	4.749878e-05
IIND	4.572967e-05
IREF	3.966188e-06
I_SHUNT_A	1.597984e-05
I_SHUNT_D	1.352619e-05
NTC_PAD	1.049779e-05
PREAMP_MATRIX_MAIN	1.294404e-05

chip_ids

1	True
2	True
4	True
8	True
16	True

chip_voltages

DAC_TH1_L	0.144122639
DAC_TH1_M	0.149817239
DAC_TH1_R	0.148262039
DAC_TH2	0.004217250999999998
GNDA19	0.008035260999999998
GNDA20	4.720999999999198e-06
GNDA21	0.009200301000000001
GNDA22	0.009078540999999999
GNDA23	0.003962561
GNDA24	0.009631220999999999
GNDA25	0.009629101000000001
GNDA26	0.009630930999999999
GNDA27	0.009620120999999999
GNDA28	0.009633040999999998
GNDA29	0.009623531000000001
GNDA30	0.009630771
I_MUX	1.155663639
NTC_PAD	0.091733639
RADSENS_A	0.612872539
RADSENS_C	0.5806836390000001
RADSENS_D	0.612193239
TEMPSENS_A	0.284407639
TEMPSENS_B	0.105584439
TEMPSENS_C	0.289233939
TEMPSENS_D	0.285000339
TEMPSENS_T	0.112899839
VCAL_HI	0.03744549900000001
VCAL_HIGH	0.03744172900000001
VCAL_MED	0.020991349
VDDA_HALF	0.5989076390000001
VDDA_HALF_CAP	0.594271239
VDDD_HALF	0.588999039
VINA_HALF	0.377920339
VIND_HALF	0.383929539
VOFS_HALF	0.235122039
VREFA	0.593487739
VREFD	0.5762968390000001
VREF_ADC	0.842491139
VREF_CORE	0.442634139
VREF_PRE	0.574636039
VREF_VDAC	0.201154639

efuses

data	0x120c3914
read	0x120c3914
read_before	0x0
success	True
written	True

IV curves

GNDA	0.011840400000000001
GNDD	0.020651663333333334
REXTA	0.9892655
REXTD	0.9901176
VDDA	1.226597
VDDD	1.213098
VIN_A	1.475557
VIN_A_int	0.3789363
VIN_A_tti_cur	0.862
VIN_D	1.481226
VIN_D_int	0.3844211
VIN_D_tti_cur	0.839
VIN_REXTA	1.496344
VIN_REXTD	1.499342
VOFS	0.5119122

GNDA	0.013832186666666668
GNDD	0.02395976
REXTA	0.9931692
REXTD	0.9939675
VDDA	1.229902
VDDD	1.219838
VIN_A	1.570516
VIN_A_int	0.4043069
VIN_A_tti_cur	1.01
VIN_D	1.576611
VIN_D_int	0.4105169
VIN_D_tti_cur	0.992
VIN_REXTA	1.594935
VIN_REXTD	1.598138
VOFS	0.5145189

GNDA	0.015926756666666667
GNDD	0.027357366666666664
REXTA	0.9964626
REXTD	0.9970744
VDDA	1.234638
VDDD	1.225396
VIN_A	1.66537
VIN_A_int	0.429668
VIN_A_tti_cur	1.164
VIN_D	1.671754
VIN_D_int	0.4365677
VIN_D_tti_cur	1.148
VIN_REXTA	1.693565
VIN_REXTD	1.696571
VOFS	0.5176451

GNDA	0.01805146666666667
GNDD	0.030770703333333333
REXTA	1.000722
REXTD	1.000625
VDDA	1.23818
VDDD	1.230275
VIN_A	1.760051
VIN_A_int	0.455063
VIN_A_tti_cur	1.322
VIN_D	1.76676
VIN_D_int	0.4626397
VIN_D_tti_cur	1.307
VIN_REXTA	1.792149
VIN_REXTD	1.795247
VOFS	0.5206572

GNDA	0.020196473333333336
GNDD	0.03426876
REXTA	1.003993
REXTD	1.005885
VDDA	1.241289
VDDD	1.235386
VIN_A	1.854767
VIN_A_int	0.4803948
VIN_A_tti_cur	1.479
VIN_D	1.861949
VIN_D_int	0.4887922
VIN_D_tti_cur	1.466
VIN_REXTA	1.890654
VIN_REXTD	1.894012
VOFS	0.5239065

OVP curves

GNDA	0.027418313333333333
GNDD	0.045901043333333336
REXTA	1.017587
REXTD	1.018491
VDDA	1.254381
VDDD	1.250651
VIN_A	2.00117
VIN_A_tti_cur	1.999
VIN_D	2.006565
VIN_D_tti_cur	2
VIN_REXTA	2.050478
VIN_REXTD	2.050348
VIN_SET	2.4
VREF_OVP	0.6187562

IREF Trims SHUNT

IREF	3.3117722732398906e-06
IREF_trim_read	0
V_IREF	0.41112341
offset	0.01516139

IREF	3.353781214757532e-06
IREF_trim_read	1
V_IREF	0.4163384
offset	0.0173784

IREF	3.4125367327211213e-06
IREF_trim_read	2
V_IREF	0.42363231
offset	0.01704789

IREF	3.472747220879652e-06
IREF_trim_read	3
V_IREF	0.43110684
offset	0.01671466

IREF	3.5216096342838732e-06
IREF_trim_read	4
V_IREF	0.43717262
offset	0.01639328

IREF	3.581170049943612e-06
IREF_trim_read	5
V_IREF	0.44456645
offset	0.01614315

IREF	3.6409979861446754e-06
IREF_trim_read	6
V_IREF	0.45199349
offset	0.01582431

IREF	3.7022576123731266e-06
IREF_trim_read	7
V_IREF	0.45959826
offset	0.01549814

IREF	3.7528189946834217e-06
IREF_trim_read	8
V_IREF	0.46587495
offset	0.01518615

IREF	3.809824311261479e-06
IREF_trim_read	9
V_IREF	0.47295159000000003
offset	0.01490831

IREF	3.872804656033511e-06
IREF_trim_read	10
V_IREF	0.48076997000000005
offset	0.01458613

IREF	3.932042532624456e-06
IREF_trim_read	11
V_IREF	0.48812375999999996
offset	0.01427244

IREF	3.979653697438376e-06
IREF_trim_read	12
V_IREF	0.49403421000000003
offset	0.01394679

IREF	4.040828983405832e-06
IREF_trim_read	13
V_IREF	0.50162851
offset	0.01369699

IREF	4.0987142742065415e-06
IREF_trim_read	14
V_IREF	0.5088143900000001
offset	0.01337921

IREF	4.155682535846625e-06
IREF_trim_read	15
V_IREF	0.51588643
offset	0.01306697

IREF_OPT

VREF_A Trim SHUNT

VDDA	0.99735621
VDDA_internal	0.9961731199999999

VDDA	1.02193347
VDDA_internal	1.02098194

VDDA	1.04711911
VDDA_internal	1.04653524

VDDA	1.07145352
VDDA_internal	1.0704571200000002

VDDA	1.09563912
VDDA_internal	1.0957862600000001

VDDA	1.11995059
VDDA_internal	1.1199871000000001

VDDA	1.14578206
VDDA_internal	1.14635514

VDDA	1.17019272
VDDA_internal	1.17035056

VDDA	1.19237659
VDDA_internal	1.19301784

VDDA	1.2166150500000001
VDDA_internal	1.21768166

VDDA	1.24063943
VDDA_internal	1.2412726

VDDA	1.26553808
VDDA_internal	1.26635758

VDDA	1.2914916699999999
VDDA_internal	1.29098492

VDDA	1.31635789
VDDA_internal	1.3162924

VDDA	1.3404915000000002
VDDA_internal	1.34027532

VDDA	1.3640564800000001
VDDA_internal	1.3653176

VREF_D Trim SHUNT

VDDD	1.0404322099999999
VDDD_internal	1.03529692

VDDD	1.0632884699999998
VDDD_internal	1.05777194

VDDD	1.08592611
VDDD_internal	1.08056384

VDDD	1.10805952
VDDD_internal	1.10289472

VDDD	1.13608012
VDDD_internal	1.13016986

VDDD	1.15852459
VDDD_internal	1.1532299000000001

VDDD	1.18145806
VDDD_internal	1.1755285400000002

VDDD	1.2037117199999998
VDDD_internal	1.19743496

VDDD	1.2343065899999999
VDDD_internal	1.22873324

VDDD	1.25685705
VDDD_internal	1.25063966

VDDD	1.28044143
VDDD_internal	1.2733154

VDDD	1.30335008
VDDD_internal	1.2961041800000002

VDDD	1.32980867
VDDD_internal	1.32248912

VDDD	1.35334989
VDDD_internal	1.3462464

VDDD	1.3760805
VDDD_internal	1.36794892

VDDD	1.39806948
VDDD_internal	1.3903314

VREF_D_opt

VREF_A_opt

associateChild

None

code ANALOG_OVER_VOLTAGE_PROTECTION
name Analog over voltage protection [V]
dataType float
valueType single
arrayDimensions None
additional False
rangeMin None
rangeMax None
value 0.005
associateChild None

code	ANALOG_OVER_VOLTAGE_PROTECTION_RESULT
name	Result from analog over voltage protection measurement
dataType	string
valueType	single
arrayDimensions	None
additional	False
rangeMin	None
rangeMax	None
value	green
associateChild	None

code ANALOG_POWER_CONSUMPTION
name Analog power consumption after switch-on [A]
dataType float
valueType single
arrayDimensions None
additional False
rangeMin None
rangeMax None
value 0.103
associateChild None

code	ANALOG_POWER_CONSUMPTION_RESULT
name	Result from analog power consumption measurement after switch-on
dataType	string
valueType	single
arrayDimensions	None
additional	False
rangeMin	None
rangeMax	None
value	green
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 21158.438
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 21648.964
associateChild None
code DATA_MERGING_RESULT
name Data merging result
dataType string
valueType single
arrayDimensions None
additional False
value green
associateChild None
code DIGITALSCAN_RESULT
name Result from digital scan
dataType string
valueType single
arrayDimensions None
value green
associateChild None
code DIGITALSCAN_VALUE
name Value of digital scan [%]
dataType float
valueType single
arrayDimensions None
additional False
value 100
associateChild None
code DIGITAL_OVER_VOLTAGE_PROTECTION
name Digital over voltage protection [V]
dataType float
valueType single
arrayDimensions None
additional False
rangeMin None
rangeMax None
value -0.008
associateChild None

code	DIGITAL_OVER_VOLTAGE_PROTECTION_RESULT
name	Result from digital over voltage protection measurement
dataType	string
valueType	single
arrayDimensions	None
additional	False
rangeMin	None
rangeMax	None
value	green
associateChild	None

code DIGITAL_POWER_CONSUMPTION
name Digital power consumption after switch-on [A]
dataType float
valueType single
arrayDimensions None
additional False
rangeMin None
rangeMax None
value 0.244
associateChild None

code	DIGITAL_POWER_CONSUMPTION_RESULT
name	Result from digital power consumption measurement after switch-on
dataType	string
valueType	single
arrayDimensions	None
additional	False
rangeMin	None
rangeMax	None
value	green
associateChild	None

code EFUSES_WRITE_RESULT
name Result Efuse Writing
dataType string
valueType single
arrayDimensions None
additional False
rangeMin None
rangeMax None
value green
associateChild None
code FAILED_TESTS
name Number of failed tests
dataType integer
valueType single
arrayDimensions None
value 0
associateChild None
code IREF_TRIM
name IREF trim bit
dataType integer
valueType single
arrayDimensions None
value 13
associateChild None
code IREF_TRIM_RESULT
name Result from IREF trim
dataType string
valueType single
arrayDimensions None
value green
associateChild None
code IREF_TRIM_VALUE
name Value for IREF after trimming [muA]
dataType float
valueType single
arrayDimensions None
additional False
value 4.041000000000001e-06
associateChild None

code

IV_CURVES

name

IV curves

dataType

object

valueType

single

arrayDimensions

None

additional

False

value

IINA	0.862 1.01 1.164 1.322 1.479
VINA	1.4637166 1.556683813333333 1.649443243333333 1.741999533333333 1.834570526666667
IIND	0.839 0.992 1.148 1.307 1.466
VIND	1.460574336666667 1.55265124 1.644396633333333 1.735989296666667 1.82768024

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 7.859e-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

POWER

LDO_mode

ICML	0.072
IINA	0.076
IIND	0.254
IPLL	0.008
VCML	1.19
VDDA	1.1857733205
VDDD	1.2118305415000001
VINA	1.6
VIND	1.61
VPLL	1.2

LDO_mode_2

ICML	0.018
IINA	0.077
IIND	0.244
IPLL	0.008
VCML	1.19
VDDA	1.2093895705000002
VDDD	1.180399888
VINA	1.6
VIND	1.61
VPLL	1.2

LDO_mode_3

ICML	0.013
IINA	0.675
IIND	0.687
IPLL	0.007
VCML	1.2
VDDA	1.213424
VDDD	1.18417906
VINA	1.61
VIND	1.61
VPLL	1.2

VCAL_meas

IINA	1.006
IIND	0.99
VDDA	1.22145661
VDDD	1.19386301
VINA	1.61
VIND	1.61

analog_scan

IINA	1.006
IIND	0.988
VINA	1.61
VIND	1.61

aurora_test_0

IINA	1.006
IIND	0.987
VINA	1.61
VIND	1.61

aurora_test_1

IINA	1.004
IIND	0.987
VINA	1.61
VIND	1.61

aurora_test_2

IINA	1.007
IIND	0.988
VINA	1.61
VIND	1.61

aurora_test_3

IINA	1.007
IIND	0.989
VINA	1.61
VIND	1.61

data_merging

IINA	1.004
IIND	0.99
VINA	1.61
VIND	1.61

data_merging_delay_autophase

IINA	1.006
IIND	0.99
VINA	1.61
VIND	1.61

data_merging_delay_manualphase

IINA	1.005
IIND	0.99
VINA	1.61
VIND	1.61

digital_scan

IINA	1.006
IIND	0.991
VINA	1.61
VIND	1.61

efuse_write

IINA	1.006
IIND	0.992
VDDA	1.220577115
VDDD	1.19299804
VINA	1.61
VIND	1.61

gnd_offset_ldo

IINA	1.999
IIND	2
VDDA	1.22617555
VDDD	1.20370282
VINA	2.08
VIND	2.07

inj_cap

IINA	1.005
IIND	0.99
VDDA	1.220405845
VDDD	1.193267205
VINA	1.61
VIND	1.61

iref_trim (SHUNT)

IINA	1.003
IIND	0.994
VDDA	1.1719220049999999
VDDD	1.19172714
VINA	1.61
VIND	1.61

measure_chip_currents

IINA	1.005
IIND	0.99
VDDA	1.22057527
VDDD	1.19384454
VINA	1.61
VIND	1.61

measure_chip_voltages

IINA	1.006
IIND	0.992
VDDA	1.2208276949999999
VDDD	1.1923219200000001
VINA	1.61
VIND	1.61

measure_pc_voltages

IINA	1.009
IIND	0.992
VDDA	1.2165204200000002
VDDD	1.1950156650000001
VINA	1.61
VIND	1.61

osc_scan

IINA	1.005
IIND	0.99
VINA	1.61
VIND	1.61

register_test

IINA	1.006
IIND	0.991
VINA	1.61
VIND	1.61

temperatures

IINA	0.588
IIND	0.293
VDDA	1.2182484834999998
VDDD	1.1875567805
VINA	1.61
VIND	1.61

threshold_scan

IINA	1.005
IIND	0.99
VINA	1.61
VIND	1.61

vref_trim (SHUNT)

IINA	0.998
IIND	0.993
VDDA	1.046465765
VDDD	1.1941960249999999
VINA	1.61
VIND	1.61

RESISTORS

DATAFORMAT_VERSION	1
LAST_CHANGE	1642768216
PC_ID	11
PC_VERSION	12
REXTA	604
REXTD	605
RIMUX	4989
RIOFS	24891
RIOFS_LP	9995
RIREF	24828
RVREFA	29970
RVREFD	29992
RVREF_ADC	84405

duration

IV_curve	47.80661964416504
LDO_Power	6.682115316390991
LDO_Power_2	6.65126895904541
OV_protection	12.228672981262207
SHUNT_MODE	4.764380216598511
VCAL_meas	35.71519207954407
analog_scan	72.98520302772522
aurora_test_0	14.000305414199829
aurora_test_1	13.881160974502563
aurora_test_2	12.860211849212646
aurora_test_3	13.2722647190094
chip_id_check	0.2936084270477295
data_merging	25.85374140739441
data_merging_delay_autophase	100.37166786193848
data_merging_delay_manualphase	77.74634742736816
digital_scan	29.007155656814575
efuse_write	8.338191747665405
gnd_offset_ldo	3.8311526775360107
initial_power	48.755234718322754
inj_cap	71.39863729476929
iref_trim (SHUNT)	22.237718105316162
measure_chip_currents	17.793133020401
measure_chip_voltages	26.138771295547485
measure_pc_voltages	13.200394868850708
measure_temperatures	65.70701503753662
osc_scan	12.290594577789307
register_test	19.21799945831299
threshold_scan	70.07846260070801
vref_trim (SHUNT)	50.00334119796753

fw_version

2.0

lanes

rx_speed

1280

start_time

1693095665.225436

stop_time

1693096562.4287753

sw_version

V2_testing_measurements@59b0ea1

associateChild

None

code NOCCSCAN_RESULT
name Result from NOcc scan
dataType string
valueType single
arrayDimensions None
value black
associateChild None
code NOCCSCAN_VALUE
name Value from NOcc scan
dataType float
valueType single
arrayDimensions None
value -1
associateChild None
code OVERALL_RESULT
name Final test result
dataType string
valueType single
arrayDimensions None
value green
associateChild None
code PC_NTC
name Probe-card NTC Temperature
dataType float
valueType single
arrayDimensions None
additional False
rangeMin None
rangeMax None
value 24.955
associateChild None
code PIXEL_REGISTER_TEST
name Pixel register test [%]
dataType float
valueType single
arrayDimensions None
additional False
value -1
associateChild None
code PIXEL_REGISTER_TEST_RESULT
name Pixel register test result
dataType string
valueType single
arrayDimensions None
additional False
value red
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	4754
count	658
frequency	438666656
pulse_length	60

RING_OSC_A_1

raw_data	10216
count	2024
frequency	674666688
pulse_length	60

RING_OSC_A_2

raw_data	9450
count	1258
frequency	419333344
pulse_length	60

RING_OSC_A_3

raw_data	10210
count	2018
frequency	672666688
pulse_length	60

RING_OSC_A_4

raw_data	9400
count	1208
frequency	402666656
pulse_length	60

RING_OSC_A_5

raw_data	10272
count	2080
frequency	693333312
pulse_length	60

RING_OSC_A_6

raw_data	9562
count	1370
frequency	456666656
pulse_length	60

RING_OSC_A_7

raw_data	10232
count	2040
frequency	680000000
pulse_length	60

RING_OSC_0

raw_data	5069
count	973
frequency	648666688
pulse_length	60

RING_OSC_1

raw_data	10192
count	1000
frequency	666666688
pulse_length	60

RING_OSC_2

raw_data	10488
count	1148
frequency	765333312
pulse_length	60

RING_OSC_3

raw_data	10498
count	1153
frequency	768666688
pulse_length	60

RING_OSC_4

raw_data	10135
count	971
frequency	647666688
pulse_length	60

RING_OSC_5

raw_data	10160
count	984
frequency	656000000
pulse_length	60

RING_OSC_6

raw_data	10448
count	1128
frequency	752000000
pulse_length	60

RING_OSC_7

raw_data	10454
count	1131
frequency	754000000
pulse_length	60

RING_OSC_8

raw_data	10218
count	1013
frequency	675333312
pulse_length	60

RING_OSC_9

raw_data	10230
count	1019
frequency	679333312
pulse_length	60

RING_OSC_10

raw_data	10624
count	1216
frequency	810666688
pulse_length	60

RING_OSC_11

raw_data	10564
count	1186
frequency	790666688
pulse_length	60

RING_OSC_12

raw_data	10081
count	944
frequency	629666688
pulse_length	60

RING_OSC_13

raw_data	10085
count	946
frequency	631000000
pulse_length	60

RING_OSC_14

raw_data	10582
count	1195
frequency	796666688
pulse_length	60

RING_OSC_15

raw_data	10572
count	1190
frequency	793333312
pulse_length	60

RING_OSC_16

raw_data	9534
count	671
frequency	447333344
pulse_length	60

RING_OSC_17

raw_data	9514
count	661
frequency	440666656
pulse_length	60

RING_OSC_18

raw_data	9798
count	803
frequency	535333344
pulse_length	60

RING_OSC_19

raw_data	9774
count	791
frequency	527333344
pulse_length	60

RING_OSC_20

raw_data	9806
count	807
frequency	538000000
pulse_length	60

RING_OSC_21

raw_data	9788
count	798
frequency	532000000
pulse_length	60

RING_OSC_22

raw_data	10472
count	1140
frequency	760000000
pulse_length	60

RING_OSC_23

raw_data	10655
count	1231
frequency	821000000
pulse_length	60

RING_OSC_24

raw_data	10238
count	1023
frequency	682000000
pulse_length	60

RING_OSC_25

raw_data	10386
count	1097
frequency	731333312
pulse_length	60

RING_OSC_26

raw_data	10508
count	1158
frequency	772000000
pulse_length	60

RING_OSC_27

raw_data	10506
count	1157
frequency	771333312
pulse_length	60

RING_OSC_28

raw_data	10512
count	1160
frequency	773333312
pulse_length	60

RING_OSC_29

raw_data	10515
count	1161
frequency	774333312
pulse_length	60

RING_OSC_30

raw_data	10502
count	1155
frequency	770000000
pulse_length	60

RING_OSC_31

raw_data	10520
count	1164
frequency	776000000
pulse_length	60

RING_OSC_32

raw_data	10542
count	1175
frequency	783333312
pulse_length	60

RING_OSC_33

raw_data	10506
count	1157
frequency	771333312
pulse_length	60

associateChild

None

code TEMPERATURE_A
name Temperature A sensor [V]
dataType float
valueType single
arrayDimensions None
additional False
value 0.08778
associateChild None
code TEMPERATURE_B
name Temperature B sensor [V]
dataType float
valueType single
arrayDimensions None
additional False
value 0.117294
associateChild None
code TEMPERATURE_C
name Temperature C sensor [V]
dataType float
valueType single
arrayDimensions None
additional False
value 0.087552
associateChild None
code TEMPERATURE_D
name Temperature D sensor [V]
dataType float
valueType single
arrayDimensions None
additional False
value 0.087662
associateChild None
code TEMPERATURE_T
name Temperature T sensor [V]
dataType float
valueType single
arrayDimensions None
additional False
value 0.12334
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 395.2
associateChild None
code VCAL_HIGH_LARGE_RANGE_OFFSET
name VCAL HIGH large range offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value -0.015359999999999999
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 0.00020899999999999998
associateChild None
code VCAL_HIGH_SMALL_RANGE_OFFSET
name VCAL HIGH small range offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value -0.015583999999999999
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 0.00010499999999999999
associateChild None
code VCAL_MED_LARGE_RANGE_OFFSET
name VCAL MEDIUM large range offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value -0.011130000000000001
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 0.000207
associateChild None
code VCAL_MED_SMALL_RANGE_OFFSET
name VCAL MEDIUM small range offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value -0.010569
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 0.000103
associateChild None
code VDDA_16
name VDDA bit 16 [V]
dataType float
valueType single
arrayDimensions None
additional False
value 1.365
associateChild None
code VDDA_TRIM
name VDDA trim bit
dataType integer
valueType single
arrayDimensions None
value 9
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 1.218
associateChild None
code VDDD_16
name VDDD bit 16
dataType float
valueType single
arrayDimensions None
value 1.39
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 1.197
associateChild None
code VINA_SHUNT_DELTAKFACTOR
name VINA shunt delta k-factor
dataType float
valueType single
arrayDimensions None
additional False
value 18.218
associateChild None
code VINA_SHUNT_KFACTOR
name VINA shunt k-factor
dataType float
valueType single
arrayDimensions None
additional False
value 1002.65
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 8.277
associateChild None
code VIND_SHUNT_KFACTOR
name VIND shunt k-factor
dataType float
valueType single
arrayDimensions None
additional False
value 989.381
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

2024-02-23T21:39:50.784Z

sys

cts	2024-02-23T21:39:50.784Z
mts	2024-02-23T21:39:52.971Z
rev	1

defects

comments

None

attachments

code

dateTime

title

description

contentType

type

filename

user

f7c398bb61c0a0aa2985b7775e2b5ebe

2024-02-23T21:39:52.959Z

Regulator IV curve

Regulator IV curves from chip on wafer test

text/plain

file

0x20C39_iv.pdf

id	644e75bba77c3000425cc33e
userIdentity	9024-6168-1
firstName	Konstantin
middleName
lastName	Mauer

components

code

state

stateTs

stateUserIdentity

dummy

completed

completedTs

completedUserIdentity

trashed

trashedTs

trashedUserIdentity

serialNumber

alternativeIdentifier

project

subproject

componentType

type

properties

testedAtStage

institution

65d90f91ba853e0042670b7d

02f83c701d42fbe8f4ef11b5eea53cf2

ready

2024-02-23T21:35:13.542Z

9024-6168-1

False

None

False

None

20UPGFC0134201

None

code	P
name	Pixels

code	PG
name	Pixel general

code	FE_CHIP
name	Front-end Chip

code	ITKPIX_V2
name	ITkpix_V2

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)	TestRun Present At least one candidate TestRun is registered in LocalDB.
VCAL Calibration (VCAL_CALIBRATION)	TestRun Present At least one candidate TestRun is registered in LocalDB.
Low Power Mode (LP_MODE)	TestRun Present At least one candidate TestRun is registered in LocalDB.
Overvoltage Protection (OVERVOLTAGE_PROTECTION)	No TestRun! TestRun is missing in LocalDB.
Undershunt Protection (UNDERSHUNT_PROTECTION)	No TestRun! TestRun is missing in LocalDB.
Data Transmission (DATA_TRANSMISSION)	TestRun Present At least one candidate TestRun is registered in LocalDB.
Injection Capacitance (INJECTION_CAPACITANCE)	TestRun Present At least one candidate TestRun is registered in LocalDB.
Minimal Health Test (MIN_HEALTH_TEST)	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
65d910a6ba853e0042670f9e	FECHIP_TEST	Passed	KonstantinMauer	2024-02-23 13:39:52 PST(-0800)		Selected

Past QC Stages and Results

Stage: Wire Bonding (MODULE/WIREBONDING) Complete

No tests are allocated for this stage.

Stage: Bare module to module PCB assembly (MODULE/ASSEMBLY) Locally Signed Off

No tests are allocated for this stage.

Stage: Initial state to associate flex to bare module (MODULE/INIT) Complete

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) Locally Signed Off

No tests are allocated for this stage.

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

No tests are allocated for this stage.

Stage: Hybridisation (HYBRIDISATION) Locally Signed Off

No tests are allocated for this stage.

Results Stage: Testing on wafer (TESTONWAFER) Complete

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

LocalDB Test ID	Stage	Test Name	Inspector	Date	QC Registration
673be3ec8bd26916241476e1	MODULE/INITIAL_WARM	PIXEL_FAILURE_ANALYSIS	None	2024-11-18 17:03:40 PST(-0800)	Selected
673be2fd8bd2691624147580	MODULE/INITIAL_WARM	TUNING	None	2024-11-18 16:59:39 PST(-0800)	Selected
673be1a08bd26916241474b1	MODULE/INITIAL_WARM	MIN_HEALTH_TEST	None	2024-11-18 16:53:52 PST(-0800)	Selected
67368c9556f39c8f40b1edad	MODULE/INITIAL_WARM	LP_MODE	None	2024-11-14 15:49:39 PST(-0800)	Selected
67368c8356f39c8f40b1ed8b	MODULE/INITIAL_WARM	DATA_TRANSMISSION	None	2024-11-14 15:49:19 PST(-0800)	Selected
67368c6e56f39c8f40b1ed5b	MODULE/INITIAL_WARM	INJECTION_CAPACITANCE	None	2024-11-14 15:48:57 PST(-0800)	Selected
67368c5556f39c8f40b1ed21	MODULE/INITIAL_WARM	VCAL_CALIBRATION	None	2024-11-14 15:48:32 PST(-0800)	Selected
67368c3e56f39c8f40b1eceb	MODULE/INITIAL_WARM	SLDO	None	2024-11-14 15:48:09 PST(-0800)	Selected
67368c2056f39c8f40b1ec98	MODULE/INITIAL_WARM	ANALOG_READBACK	None	2024-11-14 15:47:38 PST(-0800)	Selected
67368c0856f39c8f40b1ec4b	MODULE/INITIAL_WARM	ADC_CALIBRATION	None	2024-11-14 15:47:14 PST(-0800)	Selected
67182d22eb548d6fc10a3b26	MODULE/INITIAL_WARM	LP_MODE	None	2024-10-22 15:54:23 PDT(-0700)
67182c2feb548d6fc10a3b00	MODULE/INITIAL_WARM	DATA_TRANSMISSION	None	2024-10-22 15:50:19 PDT(-0700)
67182c07eb548d6fc10a3ac8	MODULE/INITIAL_WARM	INJECTION_CAPACITANCE	None	2024-10-22 15:49:38 PDT(-0700)
67182b85eb548d6fc10a3a86	MODULE/INITIAL_WARM	VCAL_CALIBRATION	None	2024-10-22 15:47:27 PDT(-0700)
671822f0806918a0be789a3a	MODULE/INITIAL_WARM	SLDO	None	2024-10-22 15:10:34 PDT(-0700)
671820af806918a0be78992e	MODULE/INITIAL_WARM	ANALOG_READBACK	None	2024-10-22 15:01:12 PDT(-0700)
67181aac806918a0be789831	MODULE/INITIAL_WARM	ADC_CALIBRATION	None	2024-10-22 14:35:36 PDT(-0700)
671816b0806918a0be78980a	MODULE/INITIAL_WARM	DATA_TRANSMISSION	None	2024-10-22 14:18:36 PDT(-0700)
6718166a806918a0be7897e1	MODULE/INITIAL_WARM	DATA_TRANSMISSION	None	2024-10-22 14:17:26 PDT(-0700)
6718106e2f6ccc2b1c7b0969	MODULE/INITIAL_WARM	DATA_TRANSMISSION	None	2024-10-22 13:51:53 PDT(-0700)
6705bc8cecb4e51d971a0d7f	MODULE/INITIAL_WARM	LP_MODE	None	2024-10-08 16:13:13 PDT(-0700)
6705bc27ecb4e51d971a0d59	MODULE/INITIAL_WARM	DATA_TRANSMISSION	None	2024-10-08 16:11:30 PDT(-0700)
6705bbffecb4e51d971a0d20	MODULE/INITIAL_WARM	INJECTION_CAPACITANCE	None	2024-10-08 16:10:50 PDT(-0700)
6705bbb6ecb4e51d971a0cdd	MODULE/INITIAL_WARM	VCAL_CALIBRATION	None	2024-10-08 16:09:36 PDT(-0700)
6705baf5ecb4e51d971a0ca3	MODULE/INITIAL_WARM	SLDO	None	2024-10-08 16:06:23 PDT(-0700)
6705ba19ecb4e51d971a0c4d	MODULE/INITIAL_WARM	ANALOG_READBACK	None	2024-10-08 16:02:42 PDT(-0700)
6705b608ecb4e51d971a0be1	MODULE/INITIAL_WARM	ADC_CALIBRATION	None	2024-10-08 15:45:24 PDT(-0700)
6705aae9024597e6b2bcc401	MODULE/INITIAL_WARM	LP_MODE	None	2024-10-08 14:57:58 PDT(-0700)
6705a9fe024597e6b2bcc3d7	MODULE/INITIAL_WARM	DATA_TRANSMISSION	None	2024-10-08 14:54:03 PDT(-0700)
6705a9e3024597e6b2bcc39f	MODULE/INITIAL_WARM	INJECTION_CAPACITANCE	None	2024-10-08 14:53:36 PDT(-0700)
6705a971024597e6b2bcc35d	MODULE/INITIAL_WARM	VCAL_CALIBRATION	None	2024-10-08 14:51:41 PDT(-0700)
6705a7ed024597e6b2bcc31f	MODULE/INITIAL_WARM	SLDO	None	2024-10-08 14:45:13 PDT(-0700)
6705a5df024597e6b2bcc2c5	MODULE/INITIAL_WARM	ANALOG_READBACK	None	2024-10-08 14:36:27 PDT(-0700)
67059ff9024597e6b2bcc290	MODULE/INITIAL_WARM	ADC_CALIBRATION	None	2024-10-08 14:11:18 PDT(-0700)
65d910a6ba853e0042670f9e	TESTONWAFER	FECHIP_TEST	KonstantinMauer	2024-02-23 13:39:52 PST(-0800)	Selected

Run Number	Test Type	Stage	User	Site	Date	Tags
529	std_mergedbumpscan	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-22 16:29:01 PDT(-0700)	PFA
528	std_discbumpscan	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-22 16:27:07 PDT(-0700)	PFA
527	std_noisescan	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-22 16:25:48 PDT(-0700)	PFA
526	std_thresholdscan_hd	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-22 16:21:21 PDT(-0700)	PFA
525	std_analogscan	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-22 16:20:58 PDT(-0700)	PFA
524	std_digitalscan	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-22 16:20:35 PDT(-0700)	PFA
523	std_totscan	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-22 16:20:04 PDT(-0700)	TUN
522	std_thresholdscan_hd	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-22 16:15:36 PDT(-0700)	TUN
521	std_tune_pixelthreshold	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-22 16:13:51 PDT(-0700)	TUN
520	std_tune_globalthreshold	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-22 16:12:53 PDT(-0700)	TUN
519	std_tune_globalpreamp	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-22 16:12:16 PDT(-0700)	TUN
518	std_tune_globalthreshold	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-22 16:11:15 PDT(-0700)	TUN
517	std_totscan	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-22 16:10:36 PDT(-0700)	TUN
516	std_thresholdscan_hr	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-22 16:03:38 PDT(-0700)	TUN
515	std_totscan	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-22 16:02:49 PDT(-0700)	MHT
514	std_thresholdscan_hr	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-22 15:55:22 PDT(-0700)	MHT
513	std_analogscan	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-22 15:54:59 PDT(-0700)	MHT
512	std_digitalscan	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-22 15:54:37 PDT(-0700)	MHT
502	std_analogscan	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-22 13:43:08 PDT(-0700)	MHT
501	std_analogscan	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-22 13:41:03 PDT(-0700)
412	std_mergedbumpscan	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-08 15:30:53 PDT(-0700)	PFA
411	std_discbumpscan	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-08 15:28:59 PDT(-0700)	PFA
410	std_noisescan	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-08 15:27:40 PDT(-0700)	PFA
409	std_thresholdscan_hd	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-08 15:23:24 PDT(-0700)	PFA
408	std_analogscan	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-08 15:23:01 PDT(-0700)	PFA
407	std_digitalscan	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-08 15:22:39 PDT(-0700)	PFA
406	std_totscan	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-08 15:22:07 PDT(-0700)	TUN
405	std_thresholdscan_hd	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-08 15:17:51 PDT(-0700)	TUN
404	std_tune_pixelthreshold	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-08 15:16:10 PDT(-0700)	TUN
403	std_tune_globalthreshold	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-08 15:15:12 PDT(-0700)	TUN
402	std_tune_globalpreamp	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-08 15:14:50 PDT(-0700)	TUN
401	std_tune_globalthreshold	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-08 15:13:58 PDT(-0700)	TUN
400	std_totscan	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-08 15:13:20 PDT(-0700)	TUN
399	std_thresholdscan_hr	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-08 15:06:38 PDT(-0700)	TUN
398	std_totscan	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-08 15:05:58 PDT(-0700)	MHT
397	std_thresholdscan_hr	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-08 14:58:55 PDT(-0700)	MHT
396	std_analogscan	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-08 14:58:33 PDT(-0700)	MHT
395	std_digitalscan	MODULE/INITIAL_WARM	dfellers	spikepig.dhcp.lbl.gov	2024-10-08 14:58:11 PDT(-0700)	MHT

Stage: MODULE/INITIAL_COLD

Mode: warm

Index	Revision ID	Timestamp	Message
HEAD	673b...14778f	2024-11-18 17:08:44 PST(-0800)	downloaded from ITkPD : code = 9753d6b5172667e359d452d459d3b270, description = {"_id":"6700727f6cd1e9c5a1495ae1","serialNumber":"20UPGFC0134201","stage":"MODULE/INITIAL_WARM","branch":"warm","current_revision_id":"67368c0856f39c8f40b1ec53"}

Mode: cold

Index	Revision ID	Timestamp	Message
HEAD	673b...147792	2024-11-18 17:08:49 PST(-0800)	copied from serialNumber 20UPGFC0134201, stage MODULE/INITIAL_WARM, branch cold, revision 670072806cd1e9c5a1495aea, and the config_data was uploaded to ITkPD

Mode: LP

Index	Revision ID	Timestamp	Message
HEAD	673b...147795	2024-11-18 17:08:55 PST(-0800)	copied from serialNumber 20UPGFC0134201, stage MODULE/INITIAL_WARM, branch LP, revision 67368c9556f39c8f40b1edae, and the config_data was uploaded to ITkPD

Stage: MODULE/INITIAL_WARM

Mode: warm

Index	Revision ID	Timestamp	Message
HEAD	6736...b1ec53	2024-11-14 15:47:20 PST(-0800)	config revision by ADC-CALIBRATION with RAW data 67181aa8806918a0be78982a and analysis result 67368c0856f39c8f40b1ec4b
HEAD^1	6718...9a1a3c	2024-10-22 16:30:40 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^2	6718...2515d7	2024-10-22 16:29:03 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^3	6718...095e18	2024-10-22 16:27:08 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^4	6718...a193dd	2024-10-22 16:25:49 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^5	6718...cd1112	2024-10-22 16:21:22 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^6	6718...0c1988	2024-10-22 16:20:59 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^7	6718...4a9091	2024-10-22 16:20:36 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^8	6718...f479a2	2024-10-22 16:20:05 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^9	6718...4c0ee8	2024-10-22 16:15:37 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^10	6718...00ce0e	2024-10-22 16:13:52 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^11	6718...a8d078	2024-10-22 16:12:54 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^12	6718...c653bd	2024-10-22 16:12:17 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^13	6718...e50b24	2024-10-22 16:10:37 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^14	6718...25dfb1	2024-10-22 16:03:39 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^15	6718...0a3ac9	2024-10-22 15:49:43 PDT(-0700)	config revision by INJECTION-CAPACITANCE with RAW data 67182c02eb548d6fc10a3abb and analysis result 67182c07eb548d6fc10a3ac8
HEAD^16	6718...0a3a87	2024-10-22 15:47:33 PDT(-0700)	config revision by VCAL-CALIBRATION with RAW data 67182b7feb548d6fc10a3a77 and analysis result 67182b85eb548d6fc10a3a86
HEAD^17	6718...616525	2024-10-22 13:41:28 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^18	6705...1a0d21	2024-10-08 16:10:55 PDT(-0700)	config revision by INJECTION-CAPACITANCE with RAW data 6705bbfaecb4e51d971a0d13 and analysis result 6705bbffecb4e51d971a0d20
HEAD^19	6705...1a0cde	2024-10-08 16:09:42 PDT(-0700)	config revision by VCAL-CALIBRATION with RAW data 6705bbb0ecb4e51d971a0cce and analysis result 6705bbb6ecb4e51d971a0cdd
HEAD^20	6705...1a0be9	2024-10-08 15:45:28 PDT(-0700)	config revision by ADC-CALIBRATION with RAW data 6705b604ecb4e51d971a0bda and analysis result 6705b608ecb4e51d971a0be1
HEAD^21	6705...ac1852	2024-10-08 15:32:34 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^22	6705...e071d1	2024-10-08 15:30:54 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^23	6705...c460bd	2024-10-08 15:29:00 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^24	6705...dc99bc	2024-10-08 15:27:41 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^25	6705...ec7773	2024-10-08 15:23:25 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^26	6705...21592c	2024-10-08 15:23:02 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^27	6705...310222	2024-10-08 15:22:40 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^28	6705...a76f8e	2024-10-08 15:22:08 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^29	6705...27e246	2024-10-08 15:17:52 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^30	6705...21448d	2024-10-08 15:16:11 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^31	6705...17214f	2024-10-08 15:15:13 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^32	6705...87ae2d	2024-10-08 15:14:51 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^33	6705...c246d3	2024-10-08 15:13:21 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^34	6705...995e2d	2024-10-08 15:06:39 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^35	6705...842fa0	2024-10-08 14:58:34 PDT(-0700)	Submitted by YARR-dbAccessor (hostname: spikepig.dhcp.lbl.gov, user: dfellers)
HEAD^36	6705...bcc3d8	2024-10-08 14:54:06 PDT(-0700)	config revision by DATA-TRANSMISSION with RAW data 6705a9fb024597e6b2bcc3ce and analysis result 6705a9fe024597e6b2bcc3d7
HEAD^37	6705...bcc3a0	2024-10-08 14:53:39 PDT(-0700)	config revision by INJECTION-CAPACITANCE with RAW data 6705a9e0024597e6b2bcc392 and analysis result 6705a9e3024597e6b2bcc39f
HEAD^38	6705...bcc35e	2024-10-08 14:51:45 PDT(-0700)	config revision by VCAL-CALIBRATION with RAW data 6705a96d024597e6b2bcc34e and analysis result 6705a971024597e6b2bcc35d
HEAD^39	6705...bcc320	2024-10-08 14:45:17 PDT(-0700)	config revision by SLDO with RAW data 6705a7e9024597e6b2bcc312 and analysis result 6705a7ed024597e6b2bcc31f
HEAD^40	6705...bcc2c6	2024-10-08 14:36:31 PDT(-0700)	config revision by ANALOG-READBACK with RAW data 6705a5db024597e6b2bcc2ae and analysis result 6705a5df024597e6b2bcc2c5
HEAD^41	6705...bcc291	2024-10-08 14:11:21 PDT(-0700)	config revision by ADC-CALIBRATION with RAW data 67059ff6024597e6b2bcc289 and analysis result 67059ff9024597e6b2bcc290
HEAD^42	6700...495ae2	2024-10-04 15:55:59 PDT(-0700)	initial generation from module-qc-database-tools

Mode: cold

Index	Revision ID	Timestamp	Message
HEAD	6700...495aea	2024-10-04 15:56:00 PDT(-0700)	initial generation from module-qc-database-tools

Mode: LP

Index	Revision ID	Timestamp	Message
HEAD	6736...b1edae	2024-11-14 15:49:41 PST(-0800)	config revision by LP-MODE with RAW data 67182d1feb548d6fc10a3b1f and analysis result 67368c9556f39c8f40b1edad
HEAD^1	6718...0a3b27	2024-10-22 15:54:26 PDT(-0700)	config revision by LP-MODE with RAW data 67182d1feb548d6fc10a3b1f and analysis result 67182d22eb548d6fc10a3b26
HEAD^2	6705...1a0d80	2024-10-08 16:13:16 PDT(-0700)	config revision by LP-MODE with RAW data 6705bc89ecb4e51d971a0d78 and analysis result 6705bc8cecb4e51d971a0d7f
HEAD^3	6705...bcc402	2024-10-08 14:58:01 PDT(-0700)	config revision by LP-MODE with RAW data 6705aae6024597e6b2bcc3fa and analysis result 6705aae9024597e6b2bcc401
HEAD^4	6700...495af2	2024-10-04 15:56:00 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

20UPGFC0134201 ITkPixV2-0c-(3,9) 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) Locally Signed Off

No tests are allocated for this stage.

Stage: Initial state to associate flex to bare module (MODULE/INIT) Complete

No tests are allocated for this stage.

Results Stage: Reception at ITk institute (BAREMODULERECEPTION) Complete

Stage: Bare module assembly (BAREMODULEASSEMBLY) Locally Signed Off

No tests are allocated for this stage.

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

No tests are allocated for this stage.

Stage: Hybridisation (HYBRIDISATION) Locally Signed Off

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_COLD

Mode: warm

Mode: cold

Mode: LP

Stage: MODULE/INITIAL_WARM

Mode: warm

Mode: cold

Mode: LP

Check QC Flow

Back to top page of this component

20UPGFC0134201
ITkPixV2-0c-(3,9)

ITkPD Component Page Jump to ITkPD component page