Class DCPowerAdvancedSequenceStepProperties

Namespace: NationalInstruments.SemiconductorTestLibrary.InstrumentAbstraction.DCPower

Assembly: NationalInstruments.SemiconductorTestLibrary.Abstractions.dll

Defines per-step properties for the DCPower advanced sequence configuration. Each nullable property corresponds to a DCPowerAdvancedSequenceProperty that can vary per step. Properties are organized by functional category for ease of use.

public class DCPowerAdvancedSequenceStepProperties

Inheritance

object

DCPowerAdvancedSequenceStepProperties

Inherited Members

object.ToString()

object.Equals(object)

object.Equals(object, object)

object.ReferenceEquals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

Constructors

DCPowerAdvancedSequenceStepProperties(): Default constructor for DCPowerAdvancedSequenceStepProperties.

Properties

ApertureTime: Specifies the measurement aperture time, in seconds, for the channel configuration.
Autorange: Specifies whether the hardware automatically selects the best range to measure the signal.
AutorangeApertureTimeMode: Specifies whether the aperture time used for the measurement autorange algorithm is determined automatically or customized.
AutorangeBehavior: Specifies the algorithm the hardware uses for measurement autoranging.
AutorangeMaximumDelayAfterRangeChange: Balances between settling time and maximum measurement time by specifying the maximum time delay between when a range change occurs and when measurements resume.
AutorangeMinimumApertureTime: Specifies the autorange aperture time.
AutorangeMinimumApertureTimeUnits: Units for the minimum aperture time used during autoranging.
AutorangeMinimumCurrentRange: Specifies the lowest current range used during measurement autoranging.
AutorangeMinimumVoltageRange: Specifies the lowest voltage range used during measurement autoranging.
AutorangeThresholdMode: Specifies the mode used to determine the threshold for autoranging during DC power measurement.
ComplianceLimitSymmetry: Specifies whether compliance limits are applied symmetrically.
ConductionVoltageMode: Specifies the conduction voltage mode for DC power operations.
ConductionVoltageOffThreshold: Voltage threshold at which conduction is considered to be off.
ConductionVoltageOnThreshold: Voltage threshold at which conduction is considered to be on.
CurrentCompensationFrequency: Specifies the frequency at which a pole-zero pair is added to the system.
CurrentGainBandwidth: Specifies the frequency at which the unloaded loop gain extrapolates to 0 dB.
CurrentLevel: Specifies the current level, in amperes, that the device attempts to generate on the specified channels.
CurrentLevelFallingSlewRate: Specifies the rate of decrease, in amperes per microsecond, to apply to the absolute magnitude of the current level of a channel.
CurrentLevelRange: Specifies the current level range, in amperes, for the specified channels.
CurrentLevelRisingSlewRate: Specifies the rate of increase, in amperes per microsecond, to apply to the absolute magnitude of the current level of a channel.
CurrentLimit: Specifies the current limit, in amperes, that the output cannot exceed when generating the desired voltage level.
CurrentLimitHigh: Specifies the current limit high, in amperes, that the output cannot exceed when generating the desired voltage level.
CurrentLimitLow: Specifies the current limit low, in amperes, that the output cannot exceed when generating the desired voltage level.
CurrentLimitRange: Specifies the current limit range, in amperes, for the specified channels.
CurrentPoleZeroRatio: Specifies the ratio of the pole frequency to the zero frequency.
DCNoiseRejection: Specifies the relative weighting of samples in a measurement.
InstrumentMode: Specifies the mode of operation for an instrument channel for instruments that support multiple modes.
LcrActualLoadReactance: Actual load reactance value for the LCR.
LcrActualLoadResistance: Actual load resistance measured in the LCR.
LcrCurrentAmplitude: Specifies the amplitude, in amps (A RMS), of the AC current test signal applied to the DUT for LCR measurements.
LcrCurrentRange: Current range value for LCR.
LcrCustomMeasurementTime: Specifies the LCR measurement aperture time for a channel, in seconds, when the MeasurementTime property is set to Custom.
LcrDcBiasCurrentLevel: Specifies the bias current level in LCR mode in amps when DCBiasSource is set to Current.
LcrDcBiasCurrentRange: DC bias current range for LCR.
LcrDcBiasSource: Specifies how to set the DC bias in LCR mode.
LcrDcBiasTransientResponse: DC bias transient response settings for LCR.
LcrDcBiasVoltageLevel: Specifies the bias voltage level in LCR mode in volts when DCBiasSource is set to Voltage.
LcrDcBiasVoltageRange: DC bias voltage range for LCR measurements.
LcrFrequency: Specifies the frequency used by the AC stimulus in LCR mode.
LcrImpedanceAutoRange: Specifies whether the LCR impedance measurement uses autoranging.
LcrImpedanceRange: Specifies the impedance of the load when the ImpedanceAutoRange attribute is set to Off in LCR mode.
LcrImpedanceRangeSource: Specifies how the impedance range for LCR measurements is determined.
LcrLoadCapacitance: Specifies the load capacitance value for LCR.
LcrLoadCompensationEnabled: Specifies whether to apply load LCR compensation data to LCR measurements.
LcrLoadInductance: Gets or sets the inductance value of the LCR load.
LcrLoadResistance: Load resistance value for the LCR.
LcrMeasuredLoadReactance: Specifies the measured load reactance for LCR.
LcrMeasuredLoadResistance: Gets or sets the measured load resistance value from the LCR measurement.
LcrMeasurementTime: Specifies the aperture time of LCR measurements.
LcrOpenCompensationEnabled: Specifies whether to apply open LCR compensation data to LCR measurements.
LcrOpenConductance: Measured open conductance value from the LCR.
LcrOpenSusceptance: Open-circuit susceptance value for the LCR component.
LcrShortCompensationEnabled: Specifies whether to apply short LCR compensation data to LCR measurements.
LcrShortReactance: Gets or sets the short-circuit reactance value for the LCR component.
LcrShortResistance: Gets or sets the measured short resistance value from the LCR.
LcrSourceApertureTime: Specifies the LCR source aperture time for a channel, in seconds.
LcrSourceDelayMode: Gets or sets the delay mode for the LCR source.
LcrStimulusFunction: Specifies whether AC Voltage or AC Current stimulus is used in LCR mode.
LcrVoltageAmplitude: Specifies the amplitude, in volts (V RMS), of the AC voltage test signal applied to the DUT for LCR measurements.
LcrVoltageRange: Gets or sets the voltage range used for LCR measurements.
MeasureRecordLength: Specifies the number of measurements that compose a measure record.
OutputEnabled: Enables the output.
OutputFunction: Specifies the method to generate on the specified channels.
OutputResistance: Specifies the output resistance that the device attempts to generate for the specified channels.
OvpEnabled: Gets or sets whether to enable or disable overvoltage protection (OVP).
OvpLimit: Determines the voltage limit, in volts, beyond which overvoltage protection (OVP) engages.
PulseBiasCurrentLevel: Specifies the pulse bias current level, in amperes, that the device attempts to generate during the off phase of a pulse.
PulseBiasCurrentLimit: Specifies the current limit, in amperes, that the output cannot exceed when generating the desired voltage during the off phase.
PulseBiasCurrentLimitHigh: Specifies the current limit high, in amperes, that the output cannot exceed during the off phase.
PulseBiasCurrentLimitLow: Specifies the current limit low, in amperes, that the output cannot exceed during the off phase.
PulseBiasDelay: Specifies the time, in seconds, when the device generates the PulseCompleteEvent.
PulseBiasVoltageLevel: Specifies the voltage level, in volts, that the device attempts to generate during the off phase of a pulse.
PulseBiasVoltageLimit: Specifies the pulse voltage limit, in volts, that the output cannot exceed when generating the desired current during the off phase.
PulseBiasVoltageLimitHigh: Specifies the pulse voltage limit high, in volts, that the output cannot exceed during the off phase.
PulseBiasVoltageLimitLow: Specifies the pulse voltage limit low, in volts, that the output cannot exceed during the off phase.
PulseCurrentLevel: Specifies the pulse current level, in amperes, that the device attempts to generate during the on phase of a pulse.
PulseCurrentLevelRange: Specifies the pulse current level range, in amperes, for the specified channels.
PulseCurrentLimit: Specifies the current limit, in amperes, that the output cannot exceed when generating the desired voltage during the on phase.
PulseCurrentLimitHigh: Specifies the current limit high, in amperes, that the output cannot exceed when generating the desired voltage during the on phase.
PulseCurrentLimitLow: Specifies the current limit low, in amperes, that the output cannot exceed when generating the desired voltage during the on phase.
PulseCurrentLimitRange: Specifies the current limit range, in amperes, for the specified channels.
PulseOffTime: Specifies the length, in seconds, of the off phase of a pulse.
PulseOnTime: Specifies the length, in seconds, of the on phase of a pulse.
PulseVoltageLevel: Specifies the voltage level, in volts, that the device attempts to generate during the on phase of a pulse.
PulseVoltageLevelRange: Specifies the pulse voltage level range, in volts, for the specified channels.
PulseVoltageLimit: Specifies the pulse voltage limit, in volts, that the output cannot exceed when generating the desired pulse current during the on phase.
PulseVoltageLimitHigh: Specifies the pulse voltage limit high, in volts, that the output cannot exceed when generating the desired pulse current during the on phase.
PulseVoltageLimitLow: Specifies the pulse voltage limit low, in volts, that the output cannot exceed when generating the desired pulse current during the on phase.
PulseVoltageLimitRange: Specifies the pulse voltage limit range, in volts, for the specified channels.
Sense: Specifies the type of remote sensing for the specified channels.
SequenceStepDeltaTime: Specifies the time, in seconds, between the start of two consecutive steps in a sequence.
SourceDelay: Specifies the time, in seconds, when the device generates the SourceCompleteEvent.
TransientResponse: Specifies the transient response.
VoltageCompensationFrequency: Specifies the frequency at which a pole-zero pair is added to the system.
VoltageGainBandwidth: Specifies the frequency at which the unloaded loop gain extrapolates to 0 dB.
VoltageLevel: Specifies the voltage level, in volts, that the device attempts to generate on the specified channels.
VoltageLevelRange: Specifies the voltage level range, in volts, for the specified channels.
VoltageLimit: Specifies the voltage limit that the output cannot exceed when generating the desired current level.
VoltageLimitHigh: Specifies the voltage limit high that the output cannot exceed when generating the desired current level.
VoltageLimitLow: Specifies the voltage limit low that the output cannot exceed when generating the desired current level.
VoltageLimitRange: Specifies the voltage limit range, in volts, for the specified channels.
VoltagePoleZeroRatio: Specifies the ratio of the pole frequency to the zero frequency.

Methods