Timing.ConfigureHandshakingBurstExportClock Method

public void ConfigureHandshakingBurstExportClock(
	string sampleClockOutputTerminal,
	double rate,
	DigitalLevelPauseTriggerCondition pauseCondition,
	ReadyForTransferEventLevelActiveLevel level,
	SampleClockPulsePolarity pulsePolarity,
	SampleQuantityMode sampleMode,
	int samplesPerChannel
)

Public Sub ConfigureHandshakingBurstExportClock ( 
	sampleClockOutputTerminal As String,
	rate As Double,
	pauseCondition As DigitalLevelPauseTriggerCondition,
	level As ReadyForTransferEventLevelActiveLevel,
	pulsePolarity As SampleClockPulsePolarity,
	sampleMode As SampleQuantityMode,
	samplesPerChannel As Integer
)

Parameters

sampleClockOutputTerminal

Type: SystemString
The terminal to which to export the sample clock.

rate

Type: SystemDouble
The rate of the sample clock, in hertz.

pauseCondition

Type: NationalInstruments.DAQmxDigitalLevelPauseTriggerCondition
Specifies whether the task pauses while the trigger signal is high or low.

level

Type: NationalInstruments.DAQmxReadyForTransferEventLevelActiveLevel
The active level for the data transfer event.

pulsePolarity

Type: NationalInstruments.DAQmxSampleClockPulsePolarity
The polarity of the exported sample clock.

sampleMode

Type: NationalInstruments.DAQmxSampleQuantityMode
The duration of the task. A task is either finite and stops once the specified number of samples has been acquired or generated, or it is continuous and continues to acquire or generate samples until the task is explicitly stopped.

samplesPerChannel

Type: SystemInt32
The number of samples to acquire or generate for each channel in the task if sampleMode is FiniteSamples. If sampleMode is ContinuousSamples, NI-DAQmx uses this value to determine the buffer size.

These devices support burst handshake timing for digital I/O.

The NI-DAQmx driver does not determine if the requested settings are possible until the task is verified. ConfigureHandshakingBurstExportClock(String, Double, DigitalLevelPauseTriggerCondition, ReadyForTransferEventLevelActiveLevel, SampleClockPulsePolarity, SampleQuantityMode, Int32) does not throw an exception for parameter values that are not compatible with your hardware or other settings in your task. To determine if all of the settings for a Task are valid, you must verify the task by starting the task, either with Start or by reading from or writing to the task, or by calling Control(TaskAction) with Verify.

You cannot apply ConfigureHandshakingBurstExportClock(String, Double, DigitalLevelPauseTriggerCondition, ReadyForTransferEventLevelActiveLevel, SampleClockPulsePolarity, SampleQuantityMode, Int32) to a subset of devices in the task, and you must apply ConfigureHandshakingBurstExportClock(String, Double, DigitalLevelPauseTriggerCondition, ReadyForTransferEventLevelActiveLevel, SampleClockPulsePolarity, SampleQuantityMode, Int32) to the task as a whole. You must call ConfigureHandshakingBurstExportClock(String, Double, DigitalLevelPauseTriggerCondition, ReadyForTransferEventLevelActiveLevel, SampleClockPulsePolarity, SampleQuantityMode, Int32) on the instance of Timing returned from the Timing property on the Task class. Accessing this method on instances of Timing returned from the ItemString property throws an exception.

Reference