Provides methods to fetch and read the Pulse measurement results.

Derives from

Syntax

Namespace: NationalInstruments.RFmx.PulseMX

public class RFmxPulseMXPulseResults : RFmxPulseMXSubObject

Methods

NameDescription
FetchAcquiredAmplitudeTrace(string, double, out double, ref float[], ref int[], ref double[])

Fetches the acquired amplitude trace in the measurement, where the Amplitude array forms the y-axis of the trace. You can use the PulseAcquisitionTraceSelect method to select all pulses or the subset of acquired pulses. When you set the SegmentedAcquisitionEnabled method to False, returns a single element in the Start Indices and Start Time Stamp array.

FetchAmplitudeTrace(string, double, ref AnalogWaveform< float >)

Fetches the amplitude trace of the selected pulse.

FetchBurstIntrapulseStabilityTrace(string, double, ref AnalogWaveform< float >, ref AnalogWaveform< float >, ref AnalogWaveform< float >)

Fetches the burst intrapulse stability trace, averaged across the pulses within a positional average burst, over multiple measurement points.(br/)

FetchBurstSelectedPositionStabilityTrace(string, double, ref AnalogWaveform< float >, ref AnalogWaveform< float >, ref AnalogWaveform< float >)

Fetches the burst stability trace of the selected position.

FetchFrequencyTrace(string, double, ref AnalogWaveform< float >)

Fetches the frequency trace of the selected pulse.

FetchIntrapulseStabilityTrace(string, double, ref AnalogWaveform< float >, ref AnalogWaveform< float >, ref AnalogWaveform< float >)

Fetches the intrapulse stability trace over multiple measurement points, for the selected pulse or position.(br/)

FetchIQTrace(string, double, ref ComplexWaveform< ComplexSingle >)

Fetches the IQ trace of the selected pulse.

FetchMultipleMeasurementPointsStabilityTrace(string, double, ref AnalogWaveform< float >, ref AnalogWaveform< float >, ref AnalogWaveform< float >)

Fetches the multiple measurement points stability trace.

FetchPhaseWrappedTrace(string, double, ref AnalogWaveform< float >)

Fetches the wrapped phase trace of the selected pulse.

FetchPulseToPulseStabilityTrace(string, double, ref int[], ref double[], ref double[], ref double[])

Fetches the pulse to pulse stability trace.

FetchStabilityTrace(string, double, ref AnalogWaveform< float >, ref AnalogWaveform< float >, ref AnalogWaveform< float >)

Fetches the stability trace of the selected pulse.

FetchTimeSidelobeTrace(string, double, ref AnalogWaveform< float >)

Fetches the time sidelobe trace for the selected pulse.

GetAmplitudeStability(string, ref double[])

Gets the amplitude stability of the measured pulses. This value is expressed in dB.This value is computed as the deviation of amplitude from the reference.

GetAmplitudeStabilityMaximum(string, out double)

Gets the maximum amplitude stability across the measured pulses. This value is expressed in dB.

GetAmplitudeStabilityMean(string, out double)

Gets the mean of the amplitude stability values across the measured pulses. This value is expressed in dB.

GetAmplitudeStabilityMinimum(string, out double)

Gets the minimum amplitude stability across the measured pulses. This value is expressed in dB.

GetAmplitudeStabilityStandardDeviation(string, out double)

Gets the amplitude stability standard deviation across the measured pulses. This value is expressed in dB.

GetAverageAmplitudeStability(string, out double)

Gets the average amplitude stability over the measured pulses. This value is expressed in dB.The stability is computed as the variance of the amplitude over the measured pulses.

GetAverageFrequency(string, ref double[])

Gets the average frequencie for all measured pulses. This value is expressed in Hz.

GetAverageFrequencyMaximum(string, out double)

Gets the maximum average frequency across the measured pulses. This value is expressed in Hz.

GetAverageFrequencyMean(string, out double)

Gets the mean of the average frequency across the measured pulses. This value is expressed in Hz.

GetAverageFrequencyMinimum(string, out double)

Gets the minimum average frequency across the measured pulses. This value is expressed in Hz.

GetAverageFrequencyStandardDeviation(string, out double)

Gets the standard deviation of the average frequency across the measured pulses. This value is expressed in Hz.

GetAverageLevel(string, ref double[])

Gets the average power levels during the pulse period for all measured pulses. The values are expressed in dBm.

GetAverageLevelMaximum(string, out double)

Gets the maximum average power level during the pulse period across the measured pulses. This value is expressed in dBm.

GetAverageLevelMean(string, out double)

Gets the mean of the average power levels during the pulse period across the measured pulses. This value is expressed in dBm.

GetAverageLevelMinimum(string, out double)

Gets the minimum average power level during the pulse period across the measured pulses. This value is expressed in dBm.

GetAverageLevelStandardDeviation(string, out double)

Gets the standard deviation of the average power levels during the pulse period across the measured pulses. This value is expressed in dBm.

GetAverageOnLevel(string, ref double[])

Gets the average power levels during the ON duration for all measured pulses. The values are expressed in dBm.

GetAverageOnLevelMaximum(string, out double)

Gets the maximum average power level during the ON duration across the measured pulses. This value is expressed in dBm.

GetAverageOnLevelMean(string, out double)

Gets the mean of the average power levels during the ON duration across the measured pulses. This value is expressed in dBm.

GetAverageOnLevelMinimum(string, out double)

Gets the minimum average power level during the ON duration across the measured pulses. This value is expressed in dBm.

GetAverageOnLevelStandardDeviation(string, out double)

Gets the standard deviation of the average power levels during the ON duration across the measured pulses. This value is expressed in dBm.

GetAveragePhase(string, ref double[])

Gets the average phase for all measured pulses. This value is expressed in degrees.

GetAveragePhaseMaximum(string, out double)

Gets the maximum average phase across the measured pulses. This value is expressed in degrees.

GetAveragePhaseMean(string, out double)

Gets the mean of the average phase across the measured pulses. This value is expressed in degrees.

GetAveragePhaseMinimum(string, out double)

Gets the minimum average phase across the measured pulses. This value is expressed in degrees.

GetAveragePhaseStability(string, out double)

Gets the average phase stability over the measured pulses. This value is expressed in dB.The stability is computed as the variance of the phase over the measured pulses.

GetAveragePhaseStandardDeviation(string, out double)

Gets the standard deviation of the average phase across the measured pulses. This value is expressed in degrees.

GetAverageTotalStability(string, out double)

Gets the average total stability over measured pulses. This value is expressed in dB.

GetBaseLevel(string, ref double[])

Gets the base levels for all measured pulses. The values are expressed in dBm.

GetBaseLevelMaximum(string, out double)

Gets the maximum base level across the measured pulses. This value is expressed in dBm.

GetBaseLevelMean(string, out double)

Gets the mean of the base levels across the measured pulses. This value is expressed in dBm.

GetBaseLevelMinimum(string, out double)

Gets the minimum base level across the measured pulses. This value is expressed in dBm.

GetBaseLevelStandardDeviation(string, out double)

Gets the standard deviation of the base levels across the measured pulses. This value is expressed in dBm.

GetBurstIndex(string, ref int[])

Gets the burst indices of all the measured pulses.

GetDroop(string, ref double[])

Gets the droop values computed for all measured pulses. Droop values are defined as the rate at which the pulse top levels decays from the beginning to the end during On duration. This value is expressed in units specified by SetMetricsAmplitudeDeviationUnit(string, RFmxPulseMXPulseMetricsAmplitudeDeviationUnit) method.

GetDroopMaximum(string, out double)

Gets the maximum of droop values computed for all measured pulses. This value is expressed in units specified by SetMetricsAmplitudeDeviationUnit(string, RFmxPulseMXPulseMetricsAmplitudeDeviationUnit) method.

GetDroopMean(string, out double)

Gets the mean of the droop values computed for all measured pulses. This value is expressed in units specified by SetMetricsAmplitudeDeviationUnit(string, RFmxPulseMXPulseMetricsAmplitudeDeviationUnit) method.

GetDroopMinimum(string, out double)

Gets the minimum of droop values computed for all measured pulses. This value is expressed in units specified by SetMetricsAmplitudeDeviationUnit(string, RFmxPulseMXPulseMetricsAmplitudeDeviationUnit) method.

GetDroopStandardDeviation(string, out double)

Gets the standard deviation of the droop values computed for all measured pulses. This value is expressed in units specified by SetMetricsAmplitudeDeviationUnit(string, RFmxPulseMXPulseMetricsAmplitudeDeviationUnit) method.

GetDutyCycle(string, ref double[])

Gets the duty cycle values for all measured pulses. Duty cycle is the ratio of pulse ON duration to the pulse period. This value is expressed as a percentage.

GetDutyCycleMaximum(string, out double)

Gets the maximum duty cycle across the measured pulses. This value is expressed as a percentage.

GetDutyCycleMean(string, out double)

Gets the mean of duty cycle values across the measured pulses. This value is expressed as a percentage.

GetDutyCycleMinimum(string, out double)

Gets the minimum duty cycle across the measured pulses. This value is expressed as a percentage.

GetDutyCycleStandardDeviation(string, out double)

Gets the standard deviation of duty cycle values across the measured pulses. This value is expressed as a percentage.

GetFallEdge(string, ref double[])

Gets the fall edge for all measured pulses. Fall edge is the absolute time instant when the pulse exceeds the falling edge width threshold. This value is expressed in seconds.

GetFallTime(string, ref double[])

Gets the fall time for all measured pulses. Fall time is the difference between the time when the pulse drops below the upper and lower thresholds. This value is expressed in seconds.

GetFallTimeMaximum(string, out double)

Gets the maximum fall time across the measured pulses. This value is expressed in seconds.

GetFallTimeMean(string, out double)

Gets the mean of the fall time values across the measured pulses. This value is expressed in seconds.

GetFallTimeMinimum(string, out double)

Gets the minimum fall time across the measured pulses. This value is expressed in seconds.

GetFallTimeStandardDeviation(string, out double)

Gets the standard deviation of the fall time values across the measured pulses. This value is expressed in seconds.

GetFMChirpRate(string, ref double[])

Gets the frequency slope rate of a best-fit linear least square regression line measured over user specified sample analysis time interval as determined by Pulse Freq Phase Dev Range Length (%) method for each pulse. This value is expressed in Hz/us.This result is valid for linear FM and triangular FM modulation.

GetFMChirpRate2(string, ref double[])

Gets the frequency slope rate of the 2nd best-fit linear least square regression line measured over user specified sample analysis time interval as determined by Pulse Freq Phase Dev Range Length (%) method for the measured pulses. This value is expressed in Hz/us.This result is valid only for triangular FM modulation.

GetFMChirpRate2Maximum(string, out double)

Gets the maximum FM chirp rate2 value across the measured pulses. This value is expressed in Hz/us.This result is valid only for triangular FM modulation.

GetFMChirpRate2Mean(string, out double)

Gets the mean of the FM chirp rate2 values across the measured pulses. This value is expressed in Hz/us.This result is valid only for triangular FM modulation.

GetFMChirpRate2Minimum(string, out double)

Gets the minimum FM chirp rate2 value across the measured pulses. This value is expressed in Hz/us.This result is valid only for triangular FM modulation.

GetFMChirpRate2StandardDeviation(string, out double)

Gets the standard deviation of the FM chirp rate2 values across the measured pulses. This value is expressed in Hz/us.This result is valid only for triangular FM modulation.

GetFMChirpRateMaximum(string, out double)

Gets the maximum FM chirp rate across the measured pulses. This value is expressed in Hz/us.This result is valid for linear FM and triangular FM modulation.

GetFMChirpRateMean(string, out double)

Gets the mean of the FM chirp rates across the measured pulses. This value is expressed in Hz/us.This result is valid for linear FM and triangular FM modulation.

GetFMChirpRateMinimum(string, out double)

Gets the minimum FM chirp rate across the measured pulses. This value is expressed in Hz/us.This result is valid for linear FM and triangular FM modulation.

GetFMChirpRateStandardDeviation(string, out double)

Gets the standard deviation of the FM chirp rates across the measured pulses. This value is expressed in Hz/us.This result is valid for linear FM and triangular FM modulation.

GetFMChirpStartFrequency(string, ref double[])

Gets the start frequencies of the best-fit linear least square regression line measured over user specified sample analysis time interval as determined by Pulse Freq Phase Dev Range Length (%) method for the measured pulses. This value is expressed in Hz. This result is valid for linear FM and triangular FM modulation.

GetFMChirpStartFrequency2(string, ref double[])

Gets the start frequency of the 2nd best-fit linear least square regression line measured over user specified sample analysis time interval as determined by Pulse Freq Phase Dev Range Length (%) method for the measured pulses. This value is expressed in Hz. This result is valid only for triangular FM modulation.

GetFMChirpStartFrequency2Maximum(string, out double)

Gets the maximum FM chirp start frequency2 among the measured pulses. This value is expressed in Hz. This result is valid only for triangular FM modulation.

GetFMChirpStartFrequency2Mean(string, out double)

Gets the mean of the FM chirp start frequency2 across the measured pulses. This value is expressed in Hz. This result is valid only for triangular FM modulation.

GetFMChirpStartFrequency2Minimum(string, out double)

Gets the minimum FM chirp start frequency2 among the measured pulses. This value is expressed in Hz. This result is valid only for triangular FM modulation.

GetFMChirpStartFrequency2StandardDeviation(string, out double)

Gets the FM chirp start frequency2 standard deviation across the measured pulses. This value is expressed in Hz. This result is valid only for triangular FM modulation.

GetFMChirpStartFrequencyMaximum(string, out double)

Gets the maximum FM chirp start frequency among the measured pulses. This value is expressed in Hz. This result is valid for linear FM and triangular FM modulation.

GetFMChirpStartFrequencyMean(string, out double)

Gets the mean of the FM chirp start frequency across the measured pulses. This value is expressed in Hz. This result is valid for linear FM and triangular FM modulation.

GetFMChirpStartFrequencyMinimum(string, out double)

Gets the minimum FM chirp start frequency among the measured pulses. This value is expressed in Hz. This result is valid for linear FM and triangular FM modulation.

GetFMChirpStartFrequencyStandardDeviation(string, out double)

Gets the FM chirp start frequency standard deviation across the measured pulses. This value is expressed in Hz. This result is valid for linear FM and triangular FM modulation.

GetFMChirpStopFrequency(string, ref double[])

Gets the stop frequencies of the best-fit linear least square regression line measured over user specified sample analysis time interval as determined by Pulse Freq Phase Dev Range Length (%) method for the measured pulses. This value is expressed in Hz. This result is valid for linear FM and triangular FM modulation.

GetFMChirpStopFrequency2(string, ref double[])

Gets the stop frequency of the 2nd best-fit linear least square regression line measured over user specified sample analysis time interval as determined by Pulse Freq Phase Dev Range Length (%) method for the measured pulses. This value is expressed in Hz. This result is valid only for triangular FM modulation.

GetFMChirpStopFrequency2Maximum(string, out double)

Gets the maximum FM chirp stop frequency2 among the measured pulses. This value is expressed in Hz. This result is valid only for triangular FM modulation.

GetFMChirpStopFrequency2Mean(string, out double)

Gets the mean of the FM chirp stop frequency2 across the measured pulses. This value is expressed in Hz. This result is valid only for triangular FM modulation.

GetFMChirpStopFrequency2Minimum(string, out double)

Gets the minimum FM chirp stop frequency2 among the measured pulses. This value is expressed in Hz. This result is valid only for triangular FM modulation.

GetFMChirpStopFrequency2StandardDeviation(string, out double)

Gets the FM chirp stop frequency2 standard deviation across the measured pulses. This value is expressed in Hz. This result is valid only for triangular FM modulation.

GetFMChirpStopFrequencyMaximum(string, out double)

Gets the maximum FM chirp stop frequency among the measured pulses. This value is expressed in Hz. This result is valid for linear FM and triangular FM modulation.

GetFMChirpStopFrequencyMean(string, out double)

Gets the mean of the FM chirp stop frequency across the measured pulses. This value is expressed in Hz. This result is valid for linear FM and triangular FM modulation.

GetFMChirpStopFrequencyMinimum(string, out double)

Gets the minimum FM chirp stop frequency among the measured pulses. This value is expressed in Hz. This result is valid for linear FM and triangular FM modulation.

GetFMChirpStopFrequencyStandardDeviation(string, out double)

Gets the FM chirp stop frequency standard deviation across the measured pulses. This value is expressed in Hz. This result is valid for linear FM and triangular FM modulation.

GetFrequencyDeviation(string, ref double[])

Gets the peak-to-peak frequency deviation for all measured pulses. This value is expressed in Hz.

GetFrequencyDeviationMaximum(string, out double)

Gets the maximum peak-to-peak phase deviation across the measured pulses. This value is expressed in Hz.

GetFrequencyDeviationMean(string, out double)

Gets the mean of the peak-to-peak phase deviation across the measured pulses. This value is expressed in Hz.

GetFrequencyDeviationMinimum(string, out double)

Gets the minimum peak-to-peak frequency deviation across the measured pulses. This value is expressed in Hz.

GetFrequencyDeviationStandardDeviation(string, out double)

Gets the standard deviation of the peak-to-peak frequency deviation across the measured pulses. This value is expressed in Hz.

GetFrequencyErrorPeak(string, ref double[])

Gets the peak frequency error for all measured pulses. This value is expressed in Hz.

GetFrequencyErrorPeakLocation(string, ref double[])

Gets the time locations corresponding to the peak frequency error of the measured pulses. This value is expressed in seconds.

GetFrequencyErrorPeakMaximum(string, out double)

Gets the maximum peak frequency error across the measured pulses. This value is expressed in Hz.

GetFrequencyErrorPeakMean(string, out double)

Gets the mean of the peak frequency error across the measured pulses. This value is expressed in Hz.

GetFrequencyErrorPeakMinimum(string, out double)

Gets the minimum peak frequency error across the measured pulses. This value is expressed in Hz.

GetFrequencyErrorPeakStandardDeviation(string, out double)

Gets the standard deviation of the peak frequency error across the measured pulses. This value is expressed in Hz.

GetFrequencyErrorRms(string, ref double[])

Gets the RMS frequency error for all measured pulses. This value is expressed in Hz.

GetFrequencyErrorRmsMaximum(string, out double)

Gets the maximum RMS frequency error across the measured pulses. This value is expressed in Hz.

GetFrequencyErrorRmsMean(string, out double)

Gets the mean of the RMS frequency error across the measured pulses. This value is expressed in Hz.

GetFrequencyErrorRmsMinimum(string, out double)

Gets the minimum RMS frequency error across the measured pulses. This value is expressed in Hz.

GetFrequencyErrorRmsStandardDeviation(string, out double)

Gets the standard deviation of the RMS frequency error across the measured pulses. This value is expressed in Hz.

GetOvershoot(string, ref double[])

Gets the overshoot values computed for all measured pulses. The overshoot value is defined as the ratio of height of the local peak after a rising edge to the pulse amplitude. This value is expressed in units specified by SetMetricsAmplitudeDeviationUnit(string, RFmxPulseMXPulseMetricsAmplitudeDeviationUnit) method.

GetOvershootMaximum(string, out double)

Gets the maximum of overshoot values computed for all measured pulses. This value is expressed in units specified by SetMetricsAmplitudeDeviationUnit(string, RFmxPulseMXPulseMetricsAmplitudeDeviationUnit) method.

GetOvershootMean(string, out double)

Gets the mean of the overshoot values computed for all measured pulses. This value is expressed in units specified by SetMetricsAmplitudeDeviationUnit(string, RFmxPulseMXPulseMetricsAmplitudeDeviationUnit) method.

GetOvershootMinimum(string, out double)

Gets the minimum of overshoot values computed for all measured pulses. This value is expressed in units specified by SetMetricsAmplitudeDeviationUnit(string, RFmxPulseMXPulseMetricsAmplitudeDeviationUnit) method.

GetOvershootStandardDeviation(string, out double)

Gets the standard deviation of the overshoot values computed for all measured pulses. This value is expressed in units specified by SetMetricsAmplitudeDeviationUnit(string, RFmxPulseMXPulseMetricsAmplitudeDeviationUnit) method.

GetPeakLevel(string, ref double[])

Gets the peak power levels during the pulse period for all measured pulses. The values are expressed in dBm.

GetPeakLevelMaximum(string, out double)

Gets the maximum peak power level during the pulse period across the measured pulses. This value is expressed in dBm.

GetPeakLevelMean(string, out double)

Gets the mean of the peak power levels during the pulse period across the measured pulses. This value is expressed in dBm.

GetPeakLevelMinimum(string, out double)

Gets the minimum peak power level during the pulse period across the measured pulses. This value is expressed in dBm.

GetPeakLevelStandardDeviation(string, out double)

Gets the standard deviation of the peak power levels during the pulse period across the measured pulses. This value is expressed in dBm.

GetPhaseDeviation(string, ref double[])

Gets the peak-to-peak phase deviation for all measured pulses. This value is expressed in degrees.

GetPhaseDeviationMaximum(string, out double)

Gets the maximum peak-to-peak phase deviation across the measured pulses. This value is expressed in degrees.

GetPhaseDeviationMean(string, out double)

Gets the mean of the peak-to-peak phase deviation across the measured pulses. This value is expressed in degrees.

GetPhaseDeviationMinimum(string, out double)

Gets the minimum peak-to-peak phase deviation across the measured pulses. This value is expressed in degrees.

GetPhaseDeviationStandardDeviation(string, out double)

Gets the standard deviation of the peak-to-peak phase deviation across the measured pulses. This value is expressed in degrees.

GetPhaseErrorPeak(string, ref double[])

Gets the peak phase error for all measured pulses. This value is expressed in degrees.

GetPhaseErrorPeakLocation(string, ref double[])

Gets the time locations corresponding to the peak phase error for all measured pulses. This value is expressed in seconds.

GetPhaseErrorPeakMaximum(string, out double)

Gets the maximum peak phase error across the measured pulses. This value is expressed in degrees.

GetPhaseErrorPeakMean(string, out double)

Gets the mean of the peak phase error across the measured pulses. This value is expressed in degrees.

GetPhaseErrorPeakMinimum(string, out double)

Gets the minimum peak phase error across the measured pulses. This value is expressed in degrees.

GetPhaseErrorPeakStandardDeviation(string, out double)

Gets the standard deviation of the peak phase error across the measured pulses. This value is expressed in degrees.

GetPhaseErrorRms(string, ref double[])

Gets the RMS phase error for all measured pulses. This value is expressed in degrees.

GetPhaseErrorRmsMaximum(string, out double)

Gets the maximum RMS phase error across the measured pulses. This value is expressed in degrees.

GetPhaseErrorRmsMean(string, out double)

Gets the mean of the RMS phase error across the measured pulses. This value is expressed in degrees.

GetPhaseErrorRmsMinimum(string, out double)

Gets the minimum RMS phase error across the measured pulses. This value is expressed in degrees.

GetPhaseErrorRmsStandardDeviation(string, out double)

Gets the standard deviation of the RMS phase errors across the measured pulses. This value is expressed in degrees.

GetPhaseStability(string, ref double[])

Gets the phase stability of the measured pulses. This value is expressed in dB.This value is computed as the deviation of phase from the reference.

GetPhaseStabilityMaximum(string, out double)

Gets the maximum phase stability across the measured pulses. This value is expressed in dB.

GetPhaseStabilityMean(string, out double)

Gets the mean of the phase stability values across the measured pulses. This value is expressed in dB.

GetPhaseStabilityMinimum(string, out double)

Gets the minimum phase stability across the measured pulses. This value is expressed in dB.

GetPhaseStabilityStandardDeviation(string, out double)

Gets the phase stability standard deviation across the measured pulses. This value is expressed in dB.

GetPulseCount(string, out int)

Gets the measured pulse count.

GetPulseOffDuration(string, ref double[])

Gets the OFF duration values for all measured pulses. OFF duration value is the duration of the pulse for the first falling-edge and the subsequent rising-edge transition at width threshold. This value is expressed in seconds.

GetPulseOffDurationMaximum(string, out double)

Gets the maximum OFF duration across the measured pulses. This value is expressed in seconds.

GetPulseOffDurationMean(string, out double)

Gets the mean of the OFF duration values across the measured pulses. This value is expressed in seconds.

GetPulseOffDurationMinimum(string, out double)

Gets the minimum OFF duration across the measured pulses. This value is expressed in seconds.

GetPulseOffDurationStandardDeviation(string, out double)

Gets the standard deviation of OFF duration values across the measured pulses. This value is expressed in seconds.

GetPulsePositionIndex(string, ref int[])

Gets the position indices of all the measured pulses within a burst.

GetPulseRepetitionInterval(string, ref double[])

Gets the pulse period values for all measured pulses. Period values are the time difference between two consecutive transitions of the same polarity, either positive or negative, where the transitions occur at crossings of the width threshold.This value is expressed in seconds.

GetPulseRepetitionIntervalMaximum(string, out double)

Gets the maximum pulse period across the measured pulses. This value is expressed in seconds.

GetPulseRepetitionIntervalMean(string, out double)

Gets the mean of pulse period values across the measured pulses. This value is expressed in seconds.

GetPulseRepetitionIntervalMinimum(string, out double)

Gets the minimum pulse period across the measured pulses. This value is expressed in seconds.

GetPulseRepetitionIntervalStandardDeviation(string, out double)

Gets the standard deviation of pulse period values across the measured pulses. This value is expressed in seconds.

GetPulseToPulseFrequencyDifference(string, ref double[])

Gets the frequency difference of the pulses with respect to the frequency of the first pulse. This value is expressed in Hz.

GetPulseToPulseFrequencyDifferenceMaximum(string, out double)

Gets the maximum pulse-to-pulse frequency difference across the measured pulses. This value is expressed in Hz.

GetPulseToPulseFrequencyDifferenceMean(string, out double)

Gets the mean of the pulse-to-pulse frequency difference across the measured pulses. This value is expressed in Hz.

GetPulseToPulseFrequencyDifferenceMinimum(string, out double)

Gets the minimum pulse-to-pulse frequency difference across the measured pulses. This value is expressed in Hz.

GetPulseToPulseFrequencyDifferenceStandardDeviation(string, out double)

Gets the standard deviation of the pulse-to-pulse frequency difference across the measured pulses. This value is expressed in Hz.

GetPulseToPulsePhaseDifference(string, ref double[])

Gets the phase difference of the pulses with respect to the phase of the first pulse. This value is expressed in degrees.

GetPulseToPulsePhaseDifferenceMaximum(string, out double)

Gets the maximum pulse-to-pulse phase difference across the measured pulses. This value is expressed in degrees.

GetPulseToPulsePhaseDifferenceMean(string, out double)

Gets the mean of the pulse-to-pulse phase difference across the measured pulses. This value is expressed in degrees.

GetPulseToPulsePhaseDifferenceMinimum(string, out double)

Gets the minimum pulse-to-pulse phase difference across the measured pulses. This value is expressed in degrees.

GetPulseToPulsePhaseDifferenceStandardDeviation(string, out double)

Gets the standard deviation of the pulse-to-pulse phase difference across the measured pulses. This value is expressed in degrees.

GetPulseWidth(string, ref double[])

Gets the ON duration for all measured pulses. ON duration value is the duration of the pulse for the first rising-edge and the subsequent falling-edge transition at width threshold. This value is expressed in seconds.

GetPulseWidthMaximum(string, out double)

Gets the maximum ON duration across the measured pulses. This value is expressed in seconds.

GetPulseWidthMean(string, out double)

Gets the mean of the ON duration values across the measured pulses. This value is expressed in seconds.

GetPulseWidthMinimum(string, out double)

Gets the minimum ON duration across the measured pulses. This value is expressed in seconds.

GetPulseWidthStandardDeviation(string, out double)

Gets the standard deviation of ON duration values across the measured pulses. This value is expressed in seconds.

GetRipple(string, ref double[])

Gets the ripple values computed for all measured pulses. Ripple values are the difference between the maximum and minimum deviation from the pulse top reference. This value is expressed in units specified by SetMetricsAmplitudeDeviationUnit(string, RFmxPulseMXPulseMetricsAmplitudeDeviationUnit) method.

GetRippleMaximum(string, out double)

Gets the maximum of ripple values computed for all measured pulses. This value is expressed in units specified by SetMetricsAmplitudeDeviationUnit(string, RFmxPulseMXPulseMetricsAmplitudeDeviationUnit) method.

GetRippleMean(string, out double)

Gets the mean of the ripple values computed for all measured pulses. This value is expressed in units specified by SetMetricsAmplitudeDeviationUnit(string, RFmxPulseMXPulseMetricsAmplitudeDeviationUnit) method.

GetRippleMinimum(string, out double)

Gets the minimum of ripple values computed for all measured pulses. This value is expressed in units specified by SetMetricsAmplitudeDeviationUnit(string, RFmxPulseMXPulseMetricsAmplitudeDeviationUnit) method.

GetRippleStandardDeviation(string, out double)

Gets the standard deviation of the ripple values computed for all measured pulses. This value is expressed in units specified by SetMetricsAmplitudeDeviationUnit(string, RFmxPulseMXPulseMetricsAmplitudeDeviationUnit) method.

GetRiseEdge(string, ref double[])

Gets the rise edge for all measured pulses. Rise edge is the absolute time instant when the pulse exceeds the rising edge lower threshold. This value is expressed in seconds.

GetRiseTime(string, ref double[])

Gets the rise time for all measured pulses. Rise time is the difference between the time when the pulse exceeds the lower and upper thresholds. This value is expressed in seconds.

GetRiseTimeMaximum(string, out double)

Gets the maximum rise time across the measured pulses. This value is expressed in seconds.

GetRiseTimeMean(string, out double)

Gets the mean of the rise time values across the measured pulses. This value is expressed in seconds.

GetRiseTimeMinimum(string, out double)

Gets the minimum rise time across the measured pulses. This value is expressed in seconds.

GetRiseTimeStandardDeviation(string, out double)

Gets the standard deviation of the rise time values across the measured pulses. This value is expressed in seconds.

GetTimeSidelobeCompressionRatio(string, ref double[])

Gets the compression ratio for all measured pulses. Compression ratio is the ratio of the mainlobe width to the pulse width. This value is expressed as a percentage.

GetTimeSidelobeCompressionRatioMaximum(string, out double)

Gets the maximum compression ratio across the measured pulses. This value is expressed as a percentage.

GetTimeSidelobeCompressionRatioMean(string, out double)

Gets the mean of the compression ratio values across the measured pulses. This value is expressed as a percentage.

GetTimeSidelobeCompressionRatioMinimum(string, out double)

Gets the minimum compression ratio across the measured pulses. This value is expressed as a percentage.

GetTimeSidelobeCompressionRatioStandardDeviation(string, out double)

Gets the standard deviation of the compression ratio values across the measured pulses. This value is expressed as a percentage.

GetTimeSidelobeDelay(string, ref double[])

Gets the sidelobe delay for all measured pulses. Sidelobe delay is the time elapsed between the highest sidelobe peak and mainlobe peak level. This value is expressed in seconds.

GetTimeSidelobeDelayMaximum(string, out double)

Gets the maximum sidelobe delay across the measured pulses. This value is expressed in seconds.

GetTimeSidelobeDelayMean(string, out double)

Gets the mean of the sidelobe delay values across the measured pulses. This value is expressed in seconds.

GetTimeSidelobeDelayMinimum(string, out double)

Gets the minimum sidelobe delay across the measured pulses. This value is expressed in seconds.

GetTimeSidelobeDelayStandardDeviation(string, out double)

Gets the standard deviation of the sidelobe delay values across the measured pulses. This value is expressed in seconds.

GetTimeSidelobeMainlobeWidth(string, ref double[])

Gets the mainlobe width for all measured pulses. Mainlobe width is the width at 3dB below from its peak level. This value is expressed in seconds.

GetTimeSidelobeMainlobeWidthMaximum(string, out double)

Gets the maximum mainlobe width across the measured pulses. This value is expressed in seconds.

GetTimeSidelobeMainlobeWidthMean(string, out double)

Gets the mean of the mainlobe width values across the measured pulses. This value is expressed in seconds.

GetTimeSidelobeMainlobeWidthMinimum(string, out double)

Gets the minimum mainlobe width across the measured pulses. This value is expressed in seconds.

GetTimeSidelobeMainlobeWidthStandardDeviation(string, out double)

Gets the standard deviation of the mainlobe width values across the measured pulses. This value is expressed in seconds.

GetTimeSidelobePeakCorrelation(string, ref double[])

Gets the peak correlation for all measured pulses. Peak correlation is the normalized peak power of the correlated output by both measured and reference pulse powers. This values ranges in between 0 to 1.

GetTimeSidelobePeakCorrelationMaximum(string, out double)

Gets the maximum peak correlation across the measured pulses.

GetTimeSidelobePeakCorrelationMean(string, out double)

Gets the mean of the peak correlation values across the measured pulses.

GetTimeSidelobePeakCorrelationMinimum(string, out double)

Gets the minimum peak correlation across the measured pulses.

GetTimeSidelobePeakCorrelationStandardDeviation(string, out double)

Gets the standard deviation of the peak correlation values across the measured pulses.

GetTimeSidelobePeakSidelobeLevel(string, ref double[])

Gets the peak sidelobe level for all measured pulses. Peak sidelobe level is the ratio of the highest sidelobe peak to the mainlobe peak level. This value is expressed in dB.

GetTimeSidelobePeakSidelobeLevelMaximum(string, out double)

Gets the maximum peak sidelobe level across the measured pulses. This value is expressed in seconds.

GetTimeSidelobePeakSidelobeLevelMean(string, out double)

Gets the mean of the peak sidelobe level values across the measured pulses. This value is expressed in dB.

GetTimeSidelobePeakSidelobeLevelMinimum(string, out double)

Gets the minimum peak sidelobe level across the measured pulses. This value is expressed in dB.

GetTimeSidelobePeakSidelobeLevelStandardDeviation(string, out double)

Gets the standard deviation of the peak sidelobe level values across the measured pulses. This value is expressed in dB.

GetTopLevel(string, ref double[])

Gets the top levels for all measured pulses. The values are expressed in dBm.

GetTopLevelMaximum(string, out double)

Gets the maximum top level across the measured pulses. This value is expressed in dBm.

GetTopLevelMean(string, out double)

Gets the mean of the top levels across the measured pulses. This value is expressed in dBm.

GetTopLevelMinimum(string, out double)

Gets the minimum top level across the measured pulses. This value is expressed in dBm.

GetTopLevelStandardDeviation(string, out double)

Gets the standard deviation of the top levels across the measured pulses. This value is expressed in dBm.

GetTotalStability(string, ref double[])

Gets the total stability of the measured pulses. This value is expressed in dB.

GetTotalStabilityMaximum(string, out double)

Gets the maximum total stability across the measured pulses. This value is expressed in dB.

GetTotalStabilityMean(string, out double)

Gets the mean of the total stability values across the measured pulses. This value is expressed in dB.

GetTotalStabilityMinimum(string, out double)

Gets the minimum total stability across the measured pulses. This value is expressed in dB.

GetTotalStabilityStandardDeviation(string, out double)

Gets the total stability standard deviation across the measured pulses. This value is expressed in dB.