TestType Structure for Module

Notice

Page generated: 2023-06-01

See source code here

For updates/fixes contact: wraightATcern.ch

Tables generated from PDB componentType data-strucutre

Tests Per Stage

stage code: HV_TAB_ATTACHED

test_name	test_code	test_order
Visual Inspection (Reception)	VISUAL_INSPECTION_RECEPTION	1
Visual Inspection	VISUAL_INSPECTION	2
Module IV with PS V1	MODULE_IV_PS_V1	3
Module Recovery	ATLAS18_RECOVERY	4

stage code: GLUED

test_name	test_code	test_order
Module glue weights	GLUE_WEIGHT	5
Visual Inspection (Reception)	VISUAL_INSPECTION_RECEPTION	6
Visual Inspection	VISUAL_INSPECTION	7
Module IV with PS V1	MODULE_IV_PS_V1	4
Module Metrology	MODULE_METROLOGY	5
Module Bow	MODULE_BOW	6
Module Recovery	ATLAS18_RECOVERY	7

stage code: STITCH_BONDING

test_name	test_code	test_order
Visual Inspection (Reception)	VISUAL_INSPECTION_RECEPTION	1
Module IV with PS V1	MODULE_IV_PS_V1	2

stage code: BONDED

test_name	test_code	test_order
Visual Inspection (Reception)	VISUAL_INSPECTION_RECEPTION	1
Visual Inspection	VISUAL_INSPECTION	2
Module Wire Bonding	MODULE_WIRE_BONDING	4
Module Bow	MODULE_BOW	4
Module IV with PS after bonding	MODULE_IV_PS_BONDED	5
Module IV with AMAC	MODULE_IV_AMAC	6
Module Recovery	ATLAS18_RECOVERY	7

stage code: TESTED

test_name	test_code	test_order
Strobe Delay (Obsolete)	STROBE_DELAY	2
Pedestal Scan (Obsolete)	PEDESTAL_SCAN	3
Three Point Gain (Obsolete)	THREE_POINT_GAIN	4
Response Curve (Obsolete)	RESPONSE_CURVE	5
Trim Range (Obsolete)	TRIM_RANGE	6
Visual Inspection (Reception)	VISUAL_INSPECTION_RECEPTION	8
Module IV with PS after bonding	MODULE_IV_PS_BONDED	8
Module IV with AMAC	MODULE_IV_AMAC	8
Module Recovery	ATLAS18_RECOVERY	9

stage code: FINISHED

test_name	test_code	test_order
Visual Inspection (Reception)	VISUAL_INSPECTION_RECEPTION	1
Visual Inspection	VISUAL_INSPECTION	2
Module IV with PS after bonding	MODULE_IV_PS_BONDED	3
Module IV with AMAC	MODULE_IV_AMAC	4
Module Recovery	ATLAS18_RECOVERY	5

stage code: AT_LOADING_SITE

test_name	test_code	test_order
Visual Inspection (Reception)	VISUAL_INSPECTION_RECEPTION	1
Module IV with PS after bonding	MODULE_IV_PS_BONDED	2
Module IV with AMAC	MODULE_IV_AMAC	3
Module Recovery	ATLAS18_RECOVERY	4

stage code: FAILED

test_name	test_code	test_order
nan	nan	nan

stage code: QA

test_name	test_code	test_order
nan	nan	nan

stage code: ON_CORE

test_name	test_code	test_order
Module IV with AMAC	MODULE_IV_AMAC	1
Module Recovery	ATLAS18_RECOVERY	2

Test Details

test code: VISUAL_INSPECTION_RECEPTION

stages: HV_TAB_ATTACHED, GLUED, STITCH_BONDING, BONDED, TESTED, FINISHED, AT_LOADING_SITE

properties

NB required flag missing

parameters

NB required flag missing

test code: VISUAL_INSPECTION

stages: HV_TAB_ATTACHED, GLUED, BONDED, FINISHED

properties

NB required flag missing

parameters

NB required flag missing

test code: MODULE_IV_PS_V1

stages: HV_TAB_ATTACHED, GLUED, STITCH_BONDING

properties

name	code	description	dataType	valueType	required
Vbias_SMU	VBIAS_SMU	Label for the SMU biasing the sensor	string	single	True
Rseries [MOhm]	RSERIES	[MOhm] Resistor value (in series with the sensor)	string	single	True
Test DMM	TEST_DMM	DMM label (if applicable)	string	single	True
Rshunt [MOhm]	RSHUNT	[MOhm] shunt resistor (if applicable)	string	single	True
RunNumber	RUNNUMBER	test run number	integer	single	True
Comments	COMMENTS	test circumstances, etc	string	single	True
Algorithm version	ALGORITHM_VERSION	derivation script version	string	single	True
Software type version	SOFTWARE_TYPE_VERSION	Software type and version, fw version	string	single	False
ModuleStage	MODULE_STAGE	module stage	string	single	False

parameters

name	code	description	dataType	valueType	required
Temperature [C]	TEMPERATURE	Temperature in test box	float	single	True
I_500V [nA/cm^2]	I_500V	[nA/cm^2] Derived value; =999 if N/A; Normalized to 20C	float	single	True
Shunt voltage [mV]	SHUNT_VOLTAGE	[mV] non-zero only if shunt measurement	float	array	True
Humidity [%]	HUMIDITY	Humidity in test box	float	single	True
Vbd [V]	VBD	[V] Derived value; breakdown voltage	float	single	True
Current [nA]	CURRENT	Current, normalized to 20C	float	array	True
RMS_Stability [nA]	RMS_STABILITY	[nA] RMS of stability data if defined, else -1	float	single	True
Voltage [V]	VOLTAGE	Bias Voltage	float	array	True

test code: ATLAS18_RECOVERY

stages: HV_TAB_ATTACHED, GLUED, BONDED, TESTED, FINISHED, AT_LOADING_SITE, ON_CORE

properties

name	code	description	dataType	valueType	required
Comments	COMMENTS	Comments about the environment/equipment/user involved	string	single	False
RunNumber	RUNNUMBER	Sequential test number	integer	single	False
Instrument	INSTRUMENT	Instrument used	string	single	False

parameters

name	code	description	dataType	valueType	required
Method	METHOD	Recovery Method used - baking/dry storage/UV light	string	single
Temperature	TEMPERATURE	Temperature during the test (optional)	float	single
Duration	DURATION	The recovery duration [h]	float	single
Module symptom pre-curing	SYMPTOM		string	single	True

test code: GLUE_WEIGHT

stages: GLUED

properties

name	code	description	dataType	valueType	required
Glue application method	GW_METHOD	"stencil" or "dispenser"	string	single	True
Version number of stencil or dispenser programme used for Hybrid 1	GLUE_METHOD_V_H1	Version number of stencil or dispenser programme used for Hybrid 1	string	single	False
Version number of stencil or dispenser programme used for Hybrid 2	GLUE_METHOD_V_H2	Version number of stencil or dispenser programme used for Hybrid 2	string	single	False
Version number of stencil or dispenser programme used for Powerboard	GLUE_METHOD_V_PB	Version number of stencil or dispenser programme used for Powerboard	string	single	False

parameters

name	code	description	dataType	valueType	required
Weight of sensor [g]	GW_SENSOR	Weight of bare sensor [g]	float	single	True
Weight of glue under hybrid 2 [g]	GW_GLUE_H2	Weight of glue under hybrid 2 [g]	float	single	False
Weight of hybrid 1 (without tabs) [g]	GW_HYBRID1	Weight of hybrid 1 (without tabs) [g]	float	single	False
Weight of glue under powerboard [g]	GW_GLUE_PB	Glue weight under powerboard [g]	float	single	False
Weight of hybrid 2 (without tabs) [g]	GW_HYBRID2	Weight of hybrid 2 (without tabs) [g]	float	single	False
Weight of glue under hybrid 1 [g]	GW_GLUE_H1	Weight of glue under hybrid 1 [g]	float	single	False
Weight of module with hybrid 1 and hybrid 2 [g]	GW_MODULE_H1H2	Weight of module with hybrid 1 and hybrid 2 [g]	float	single	False
Weight of glue under hybrids 1 and 2 combined [g]	GW_GLUE_H1H2	Weight of glue under hybrids 1 and 2 combined [g]	float	single	False
Weight of module with only a powerboard [g]	GW_MODULE_PB	Weight of module with only a powerboard [g]	float	single	False
Weight of powerboard [g]	GW_PB	Weight of powerboard [g]	float	single	False
Weight of module with 1 hybrid and powerboard [g]	GW_MODULE_H1PB	Weight of module with 1 hybrid and powerboard [g]	float	single	False
Weight of glue under hybrid 1 and powerboard combined [g]	GW_GLUE_H1PB	Weight of glue under hybrid 1 and powerboard combined [g]	float	single	False
Weight of module with hybrid 1, hybrid 2 and powerboard [g]	GW_MODULE_H1H2PB	Weight of module with hybrid 1, hybrid 2 and powerboard [g]	float	single	False
Weight of glue under hybrid 1, hybrid 2 and powerboard combined [g]	GW_GLUE_H1H2PB	Weight of glue under hybrid 1, hybrid 2 and powerboard combined [g]	float	single	False
Weight of module with only 1 hybrid [g]	GW_MODULE_H1	Weight of module with only 1 hybrid [g]	float	single	False
Weight of hybrid 1 (with tabs) [g]	GW_HYBRID1T	Weight of hybrid 1 (with tabs) [g]	float	single	False
Weight of hybrid 2 (with tabs) [g]	GW_HYBRID2T	Weight of hybrid 2 (with tabs) [g]	float	single	False
Weight of hybrid 1 tabs [g]	GW_T1	Weight of hybrid 1 tabs [g]	float	single	False
Weight of hybrid 2 tabs [g]	GW_T2	Weight of hybrid 2 tabs [g]	float	single	False

test code: MODULE_METROLOGY

stages: GLUED

properties

name	code	description	dataType	valueType	required
Machine	MACHINE	Which machine was used to perform metrology	string	single	True
Operator	OPERATOR	Operator who performed the test	string	single	True
Script version	SCRIPT_VERSION	Upload script version: name of your data processing done in script, and ideally version number	string	single	True

parameters

name	code	description	dataType	valueType	required
Capacitor heights [um]	CAP_HEIGHT	Heights of capacitors [um]	object	single	False
Shield box height [um]	SHIELDBOX_HEIGHT	Shield box height [um]	float	single	False
PB position Deviation [um]	PB_POSITION	Position Deviation in x and y of the PB [um]	object	single	False
Hybrid position Deviation [um]	HYBRID_POSITION	Position Deviation in x and y of the hybrid(s) [um]	object	single	True
Hybrid glue thickness [um]	HYBRID_GLUE_THICKNESS	Glue thickness under the hybrid, measured at the locations in the QC document [um]	object	single	True
Powerboard glue thickness [um]	PB_GLUE_THICKNESS	Glue thickness under powerboard, locations defined in QC documents [um]	object	single	False

test code: MODULE_BOW

stages: GLUED, BONDED

properties

name	code	description	dataType	valueType	required
Jig	JIG	Jig used to perform metrology	string	single	True
Operator	OPERATOR	Who ran the test	string	single	True
Used Setup	USED_SETUP	Which machine was the test run on?	string	single	True
Script version	SCRIPT_VERSION	Upload script version (string): name of your data processing done in script, and ideally version number	string	single	True

parameters

name	code	description	dataType	valueType	required
Bow [um]	BOW	Extracted bow value	float	single	True
Temperature [C]	TEMPERATURE	Environment temperature during bow measurement	float	single	True

test code: MODULE_WIRE_BONDING

stages: BONDED

properties

name	code	description	dataType	valueType	required
Operator	OPERATOR	Who did the wire bonding	string	single	True
Bond machine	BOND_MACHINE	Which bonding machine was used?	string	single	True

parameters

name	code	description	dataType	valueType	required
Failed frontend Row 1	FAILED_FRONTEND_ROW1	Failed frontend Row 1 wire bonds	object	single	False
Total percentage unconnected sensor channels	TOTAL_PERC_UNCON_SENSOR_CHAN	Total percentage of unconnected sensor input channels	float	single	False
Repaired Front end row 1	REPAIRED_FRONTEND_ROW1	Repaired Front end row 1 wire bonds	object	single	False
Max consecutive unconnected wire bonds row 1	MAX_CONT_UNCON_ROW1	Maximum number of consecutive unconnected wire bonds row 1	integer	single	False
Failed frontend row 2	FAILED_FRONTEND_ROW2	Failed frontend row 2 wire bonds	object	single	False
Repaired front end row 2	REPAIRED_FRONTEND_ROW2	Repaired front end row 2 wire bonds	object	single	False
Max consecutive unconnected wire bonds row 2	MAX_CONT_UNCON_ROW2	Maximum number of consecutive unconnected wire bonds row 2	integer	single	False
Failed frontend row 3	FAILED_FRONTEND_ROW3	Failed frontend row 3 wire bonds	object	single	False
Repaired frontend row 3	REPAIRED_FRONTEND_ROW3	Repaired frontend row 3 wire bonds	object	single	False
Max consecutive unconnected wire bonds row 3	MAX_CONT_UNCON_ROW3	Maximum number of consecutive unconnected wire bonds row 3	integer	single	False
Failed frontend row 4	FAILED_FRONTEND_ROW4	Failed frontend row 4 wire bonds	object	single	False
Repaired front end row 4	REPAIRED_FRONTEND_ROW4	Repaired front end row 4 wire bonds	object	single	False
Max consecutive unconnected wire bonds row 4	MAX_CONT_UNCON_ROW4	Maximum number of consecutive unconnected wire bonds row 4	integer	single	False
Failed hybrid to PB	FAILED_HYBRID_TO_PB	Failed hybrid to PB bonds	object	single	False
Repaired Hybrid to PB	REPAIRED_HYBRID_TO_PB	Repaired Hybrid to PB wire bonds	object	single	False
Failed Module to Frame	FAILED_MODULE_TO_FRAME	Failed Module to Frame wire bonds	object	single	False
Repaired module to frame	REPAIRED_MODULE_TO_FRAME	Repaired module to frame wire bonds	object	single	False
Max Unconnected sensor channels	MAX_UNCON_SENSOR_CHAN	Maximum number of consecutive unconnected sensor input channels	integer	single	False

test code: MODULE_IV_PS_BONDED

stages: BONDED, TESTED, FINISHED, AT_LOADING_SITE

properties

name	code	description	dataType	valueType	required
Vbias_SMU	VBIAS_SMU	Label for the SMU biasing the sensor	string	single	True
Rseries [MOhm]	RSERIES	[MOhm] Resistor value (in series with the sensor)	string	single	True
Test DMM	TEST_DMM	DMM label (if applicable)	string	single	True
Rshunt [MOhm]	RSHUNT	[MOhm] shunt resistor (if applicable)	string	single	True
RunNumber	RUNNUMBER	test run number	integer	single	True
Comments	COMMENTS	test circumstances, etc	string	single	True
Algorithm version	ALGORITHM_VERSION	derivation script version	string	single	True
Software type version	SOFTWARE_TYPE_VERSION	Software type and version, fw version	string	single	False
ModuleStage	MODULE_STAGE	module stage	string	single	False

parameters

name	code	description	dataType	valueType	required
Temperature [C]	TEMPERATURE	Temperature in test box	float	single
I_500V [nA/cm^2]	I_500V	[nA/cm^2] Derived value; =999 if N/A; Normalized to 20C	float	single
Shunt voltage [mV]	SHUNT_VOLTAGE	[mV] non-zero only if shunt measurement	float	array	False
Humidity [%]	HUMIDITY	Humidity in test box	float	single
Vbd [V]	VBD	[V] Derived value; breakdown voltage	float	single
Current [nA]	CURRENT	Current, normalized to 20C	float	array	False
RMS_Stability [nA]	RMS_STABILITY	[nA] RMS of stability data if defined, else -1	float	single
Voltage [V]	VOLTAGE	Bias Voltage	float	array	False

test code: MODULE_IV_AMAC

stages: BONDED, TESTED, FINISHED, AT_LOADING_SITE, ON_CORE

properties

name	code	description	dataType	valueType	required
System info	system_info	Various information meta about system (including git tag and build info)	object	single	True
AMAC readings count	AMAC_READINGS	Number of readings of AMAC ADC averaged over for each measurement	integer	single	True
DCS info	DCS	Other ADC measurements	object	single	False
Detector information	det_info	Information gathered about detector in question (includes AMAC fuse ID)	object	single	True
AMAC current range	AMAC_CURRENT_RANGE	Range that determines feedback resistance in AMAC HV return measuring circuit	integer	array	True
Scan information	scan_info	General information about the scan, including set voltage and current limits.	object	single	True
Type of sensor	sensor_type	Type of sensor used for area calculation	string	single	True

parameters

name	code	description	dataType	valueType	required
Temperature [C]	TEMPERATURE	Temperature in test box	float	single	True
I_500V [nA/cm^2]	I_500V	[nA/cm^2] Derived value	float	single	True
Humidity [%]	HUMIDITY	Humidity in test box	float	single	True
Vbd [V]	VBD	[V] Derived value; breakdown voltage; not reported if no breakdown measured	float	single	False
Current [nA]	CURRENT	Current, taken with the AMAC	float	array	True
Voltage [V]	VOLTAGE	Bias voltage (reported by power supply)	float	array	True
Current RMS	CURRENT_RMS	RMS on each current measurement taken by the AMAC	float	array	True
PS Current [uA]	PS_CURRENT	Current measured by the power supply (since PB is bonded, this is not just sensor current)	float	array	True

test code: STROBE_DELAY

stages: TESTED

properties

name	code	description	dataType	valueType	required
Time	TIME	Time when the test was performed.	string	single	False
ITSDAQ Version	ITSDAQ_VERSION	Version of the ITSDAQ code used.	string	single	False
Serial Number	SERIAL_NUMBER	Serial number for the tested object.	string	single	False
Local Object Name	LOCAL_OBJECT_NAME	Name given by the institute to tested component (e.g., LIV_HYBRID_3).	string	single	False
Fraction	FRACTION	Fraction into the working region set for the delay. Choose 0.40 or 0.57.	float	single	False

parameters

name	code	description	dataType	valueType	required
Stream0 Delays	STREAM0_DELAYS	Strobe delay for stream 0 for each chip. Take the second of each strobe delay number.	float	array	True
Stream1 Delays	STREAM1_DELAYS	Strobe delay for stream 1 for each chip. Take the second of each strobe delay number.	float	array	True

test code: PEDESTAL_SCAN

stages: TESTED

properties

name	code	description	dataType	valueType	required
Time	TIME	Time when the test was performed	string	single	False
ITSDAQ Version	ITSDAQ_VERSION	Version of the ITSDAQ code used.	string	single	False
Serial Number	SERIAL_NUMBER	Serial number for the tested component.	string	single	False
Local Object Name	LOCAL_OBJECT_NAME	Name given by the institute to tested component (e.g., LIV_HYBRID_3).	string	single	False

parameters

name	code	description	dataType	valueType	required
Stream0 Strobe Delay	STREAM0_STROBE_DELAY	Strobe delay for stream 0 for each chip. Take the second of each strobe delay number.	float	array	True
Stream1 Strobe Delay	STREAM1_STROBE_DELAY	Strobe delay for stream 1 for each chip. Take the second of each strobe delay number.	float	array	True

test code: THREE_POINT_GAIN

stages: TESTED

properties

name	code	description	dataType	valueType	required
Time	TIME	Time when the test was performed.	string	single	False
ITSDAQ Version	ITSDAQ_VERSION	Version of the ITSDAQ code used.	string	single	False
Serial Number	SERIAL_NUMBER	Serial number for the tested component.	string	single	False
Local Object Name	LOCAL_OBJECT_NAME	Name given by the institute to tested component (e.g., LIV_HYBRID_3).	string	single	False
Midpoint	MIDPOINT	Midpoint charge for the test in units of fC. Choose 1 or 2.	float	single	False

parameters

name	code	description	dataType	valueType	required
Stream0 vt50	STREAM0_VT50	vt50 for stream 0 for each chip.	float	array	True
Stream0 vt50 RMS	STREAM0_VT50_RMS	RMS variation in vt50 for stream 0 for each chip.	float	array	True
Stream0 Gain	STREAM0_GAIN	Gain for stream 0 for each chip.	float	array	True
Stream0 Gain RMS	STREAM0_GAIN_RMS	RMS variation in gain for stream 0 for each chip.	float	array	True
Stream0 Offset	STREAM0_OFFSET	Offset for stream 0 for each chip.	float	array	True
Stream0 Offset RMS	STREAM0_OFFSET_RMS	RMS variation in offset for stream 0 for each chip.	float	array	True
Stream0 outnse	STREAM0_OUTNSE	Output noise for stream 0 for each chip.	float	array	True
Stream0 innse	STREAM0_INNSE	Input noise for stream 0 for each chip.	float	array	True
Stream0 innse RMS	STREAM0_INNSE_RMS	RMS variation in input noise for stream 0 for each chip.	float	array	True
Stream0 p0	STREAM0_P0	p0 coefficient from fit to vt50 versus input charge for stream 0 for each chip.	float	array	True
Stream0 p1	STREAM0_P1	p1 coefficient from fit to vt50 versus input charge for stream 0 for each chip.	float	array	True
Stream1 vt50	STREAM1_VT50	vt50 for stream 1 for each chip.	float	array	True
Stream1 vt50 RMS	STREAM1_VT50_RMS	RMS variation in vt50 for stream 1 for each chip.	float	array	True
Stream1 Gain	STREAM1_GAIN	Gain for stream 1 for each chip.	float	array	True
Stream1 Gain RMS	STREAM1_GAIN_RMS	RMS variation in gain for stream 1 for each chip.	float	array	True
Stream1 Offset	STREAM1_OFFSET	Offset for stream 1 for each chip.	float	array	True
Stream1 Offset RMS	STREAM1_OFFSET_RMS	RMS variation in offset for stream 1 for each chip.	float	array	True
Stream1 outnse	STREAM1_OUTNSE	Output noise for stream 1 for each chip.	float	array	True
Stream1 innse RMS	STREAM1_INNSE	Input noise for stream 1 for each chip.	float	array	True
Stream1 innse RMS	STREAM1_INNSE_RMS	RMS variation in input noise for stream 1 for each chip.	float	array	True
Stream1 p0	STREAM1_P0	p0 coefficient from fit to vt50 versus input charge for stream 1 for each chip.	float	array	True
Stream1 p1	STREAM1_P1	p1 coefficient from fit to vt50 versus input charge for stream 1 for each chip.	float	array	True

test code: RESPONSE_CURVE

stages: TESTED

properties

name	code	description	dataType	valueType	required
Time	TIME	Time when the test was performed.	string	single	False
ITSDAQ Version	ITSDAQ_VERSION	Version of the ITSDAQ code used.	string	single	False
Serial Number	SERIAL_NUMBER	Serial number for the tested component.	string	single	False
Local Object Name	LOCAL_OBJECT_NAME	Name given by the institute to tested component (e.g., LIV_HYBRID_3).	string	single	False
Input Charge	INPUT_CHARGE	Input charge for the test in units of fC.	float	single	False

parameters

name	code	description	dataType	valueType	required
Stream0 vt50	STREAM0_VT50	vt50 for stream 0 for each chip.	float	array	True
Stream0 vt50 RMS	STREAM0_VT50_RMS	RMS variation in vt50 for stream 0 for each chip.	float	array	True
Stream0 Gain	STREAM0_GAIN	Gain for stream 0 for each chip.	float	array	True
Stream0 Gain RMS	STREAM0_GAIN_RMS	RMS variation in gain for stream 0 for each chip.	float	array	True
Stream0 Offset	STREAM0_OFFSET	Offset for stream 0 for each chip.	float	array	True
Stream0 Offset RMS	STREAM0_OFFSET_RMS	RMS variation in offset for stream 0 for each chip.	float	array	True
Stream0 outnse	STREAM0_OUTNSE	Output noise for stream 0 for each chip.	float	array	True
Stream0 innse	STREAM0_INNSE	Input noise for stream 0 for each chip.	float	array	True
Stream0 innse RMS	STREAM0_INNSE_RMS	RMS variation in input noise for stream 0 for each chip.	float	array	True
Stream0 p0	STREAM0_P0	p0 coefficient from fit to vt50 versus input charge for stream 0 for each chip.	float	array	True
Stream0 p1	STREAM0_P1	p1 coefficient from fit to vt50 versus input charge for stream 0 for each chip.	float	array	True
Stream0 p2	STREAM0_P2	p2 coefficient from fit to vt50 versus input charge for stream 0 for each chip.	float	array	True
Stream1 vt50	STREAM1_VT50	vt50 for stream 1 for each chip.	float	array	True
Stream1 vt50 RMS	STREAM1_VT50_RMS	RMS variation in vt50 for stream 1 for each chip.	float	array	True
Stream1 Gain	STREAM1_GAIN	Gain for stream 1 for each chip.	float	array	True
Stream1 Gain RMS	STREAM1_GAIN_RMS	RMS variation in gain for stream 1 for each chip.	float	array	True
Stream1 Offset	STREAM1_OFFSET	Offset for stream 1 for each chip.	float	array	True
Stream1 Offset RMS	STREAM1_OFFSET_RMS	RMS variation in offset for stream 1 for each chip.	float	array	True
Stream1 outnse	STREAM1_OUTNSE	Output noise for stream 1 for each chip.	float	array	True
Stream1 innse	STREAM1_INNSE	Input noise for stream 1 for each chip.	float	array	True
Stream1 innse RMS	STREAM1_INNSE_RMS	RMS variation in input noise for stream 1 for each chip.	float	array	True
Stream1 p0	STREAM1_P0	p0 coefficient from fit to vt50 versus input charge for stream 1 for each chip.	float	array	True
Stream1 p1	STREAM1_P1	p1 coefficient from fit to vt50 versus input charge for stream 1 for each chip.	float	array	True
Stream1 p2	STREAM1_P2	p2 coefficient from fit to vt50 versus input charge for stream 1 for each chip.	float	array	True

test code: TRIM_RANGE

stages: TESTED

properties

name	code	description	dataType	valueType	required
Time	TIME	Time when the test was performed.	string	single	False
ITSDAQ Version	ITSDAQ_VERSION	Version of the ITSDAQ code used.	string	single	False
Serial Number	SERIAL_NUMBER	Serial number for the tested component.	string	single	False
Local Object Name	LOCAL_OBJECT_NAME	Name given by the institute to tested component (e.g., LIV_HYBRID_3).	string	single	False

parameters

name	code	description	dataType	valueType	required
Stream0 Target	STREAM0_TARGET	Stream 0 threshold value allowing maximum number of channels to be trimmed, for each chip.	float	array	True
Stream0 Range	STREAM0_RANGE	Stream 0 trim range value allowing maximum number of channels to be trimmed, for each chip.	float	array	True
Stream1 Target	STREAM1_TARGET	Stream 1 threshold value allowing maximum number of channels to be trimmed, for each chip.	float	array	True
Stream1 Range	STREAM1_RANGE	Stream 1 trim range value allowing maximum number of channels to be trimmed, for each chip.	float	array	True