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Boonton55xxx IVI Driver Reference

IBoonton55xxxChannelMeasurementsAutoMeasurementsPulse Interface
See Also

Provides access to pulse signal automatic measurements.

Namespace: Boonton.Boonton55xxx.Interop

Assembly: Boonton.Boonton55xxx.Interop (in Boonton.Boonton55xxx.Interop.dll)

Visual Basic

Public Interface IBoonton55xxxChannelMeasurementsAutoMeasurementsPulse

C#

public interface IBoonton55xxxChannelMeasurementsAutoMeasurementsPulse

Visual C++

__interface IBoonton55xxxChannelMeasurementsAutoMeasurementsPulse

Methods

	Name	Description
	FetchDutyCycle	Returns the ratio of the pulse on-time to off-time.
	FetchEdgeDelay	Returns time offset from the trigger reference to the first mesial transition level of either slope on the waveform.
	FetchFallTime	Returns the interval between the last signal crossing of the distal line to the last signalcrossing of the proximal line.
	FetchIEEEBottom	Returns the IEEE-define base line, i.e. The two portions of a pulse waveform which represent the first nominal state from which a pulse departs and to which it ultimately returns.
	FetchIEEETop	Returns the IEEE-defined top line, i.e. the portion of a pulse waveform which represents the second nominal state of a pulse.
	FetchOfftime	Returns the time a repetitive pulse is off. (Equal to the pulse period minus the pulsewidth).
	FetchOvershoot	Returns the difference between the distortion following a major transition and the IEEE top line in dB or percent, depending on the channel units.
	FetchPeriod	Returns the interval between two successive pulses. (Reciprocal of the Pulse RepetitionFrequency)
	FetchPRF	Returns the number of cycles of a repetitive signal that take place in one second (Pulse Repetition Frequency).
	FetchPulseCycleAvg	Returns the average power of the entire pulse.
	FetchPulseOnAverage	Average power of the ON portion of the pulse.
	FetchPulsePeak	Returns the peak amplitude during the pulse.
	FetchRiseTime	Returns the interval between the first signal crossing of the proximal line to the first signal crossing of the distal line.
	FetchWidth	Returns the pulse width, i.e. the interval between the first and second signal crossings of the mesial line.
	ReadDutyCycle	Returns the ratio of the pulse on-time to off-time.
	ReadEdgeDelay	Returns time offset from the trigger reference to the first mesial transition level of either slope on the waveform.
	ReadFallTime	Returns the interval between the last signal crossing of the distal line to the last signalcrossing of the proximal line.
	ReadIEEEBottom	Returns the IEEE-define base line, i.e. The two portions of a pulse waveform which represent the first nominal state from which a pulse departs and to which it ultimately returns.
	ReadIEEETop	Returns the IEEE-defined top line, i.e. the portion of a pulse waveform which represents the second nominal state of a pulse.
	ReadOfftime	Returns the time a repetitive pulse is off. (Equal to the pulse period minus the pulsewidth).
	ReadOvershoot	Returns the difference between the distortion following a major transition and the IEEE top line in dB or percent, depending on the channel units.
	ReadPeriod	Returns the interval between two successive pulses. (Reciprocal of the Pulse RepetitionFrequency)
	ReadPRF	Returns the number of cycles of a repetitive signal that take place in one second (Pulse Repetition Frequency).
	ReadPulseCycleAvg	Returns the average power of the entire pulse.
	ReadPulseOnAverage	Average power of the ON portion of the pulse.
	ReadPulsePeak	Returns the peak amplitude during the pulse.
	ReadRiseTime	Returns the interval between the first signal crossing of the proximal line to the first signal crossing of the distal line.
	ReadWidth	Returns the pulse width, i.e. the interval between the first and second signal crossings of the mesial line.

See Also

Reference

Boonton.Boonton55xxx.Interop Namespace

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