Analysis Configurations

This page contains schemas used in configuring analysis functions.

CorrectionFactorDataInputs

Defines a set of data corresponding to a combination of sensors used in a correction factor measurement.

type	object
additionalProperties	properties
	special	correction-factor-measurements
	standard	correction-factor-measurements
	splitter	S11

correction-factor-measurements

Points to a DUT’s S-parameters, parsed RF sweep, and calorimeter sensitivity coefficients for a particular measurement.

properties
s11	S11
parsed_calibration	ParsedRFSweep
clrm_coeffs	ThermoelectricFitCoefficients
additionalProperties	False

RFSweepParserConfig

Settings needed to parsed an RFsweep for a sensor, not specific to any type of sensor.

type	object
properties
analysis_config	type	object
	properties
	instr_timing_tolerance	Used for determining the relative time delays between the instrument signals for finding the ‘correct’ RF switching time. A typical value is 5 seconds.
		type	number
	stats_window_override	Override the stats window (in seconds) to average over when evaluating long timescale RF off values.
		type	number
	fast_off_analysis	Performs fast off analysis for thermoelectric sensors.
		type	number

Bolometer Parser Settings

RF sweep parser settings specific to a bolometer sensor.

type	object
properties
V_off_delay	What time should be fit to when determining ‘off’ point when fitting the fast off.
	type	number
	examples	0.37
V_off_function	What type of fit function to use when fitting to the fast off voltage of the sensor.
	type	string
	enum	single_sample, lin_plus_exp, linear
	examples	linear
V_off_fit_time_window	The time window - relative to when power was turned off - to fit the data to. Should be large enough to capture the curve.
	type	array
	examples	1
		20
	items	type	number
	maxItems	2
	minItems	2
dependentRequired

ParsedDCSweep

type	object
properties
v	DCSweep
i	DCSweep
additionalProperties	DCSweep

ParsedRFSweep

Output of a parsed calibration measurement. Each output is a an RMEMeas object with shape (n,) where n is a coordinate dimension called (frequency) in GHz and the outputs are real valued numbers corresponding to the measurement result.

type	object
properties
e_off	Calorimeter thermopile voltages in RF off state.
	RFSweep
e_on	Calorimeter thermopile voltages in RF on state.
	RFSweep
RF_source_on	Final value of the RF source.
	RFSweep
E_off	Power inferred by the thermopile in calorimeters RF off state.
	RFSweep
E_on	Power inferred by the thermopile in calorimeters RF on state.
	RFSweep
zeta	Uncorrected effective efficiency of sensor 2 (internal DUT)
	RFSweep
e_p2_off	Thermopile voltages of sensor at port 2 in RF off state.
	RFSweep
e_p2_on	Thermopile voltages of sensor at port 2 in RF on state.
	RFSweep
p2_fast	RF power measured by sensor 2 (internal DUT) nn during the fast RF off portion of a frequency point.
	RFSweep
p2_slow	RF power measured by sensor 2 (internal DUT) nn during the slow RF on portion of a frequency point
	RFSweep
p3_fast	RF power measured by sensor 3 (external sidearm) nn during the fast RF off portion of a frequency point.
	RFSweep
p3_slow	RF power measured by sensor 3 (external sidearm) nn during the slow RF on portion of a frequency point
	RFSweep
p2dc_on	RF power measured by sensor 2 (internal DUT) nn during the fast RF off portion of a frequency point.
	RFSweep
p2dc_off_fast	RF power measured by sensor 2 (internal DUT) nn during the fast RF off portion of a frequency point.
	RFSweep
p2dc_off_slow	RF power measured by sensor 2 (internal DUT) nn during the slow RF on portion of a frequency point
	RFSweep
additionalProperties	True

Historical Eta Measurements List

Describes historical Eta measurements to be used when calculating/reviewing Eta measurements.

type	object
properties
additionalProperties	All properties are dictionaries that describe each dataset
	properties
	datamodel	Eta