NIRfsg Class

NIRfsg Class

Inheritance Hierarchy

Syntax

public sealed class NIRfsg : IDisposable, 
	IServiceProvider, IIviDriver, ITClockSynchronizableDevice

Public NotInheritable Class NIRfsg
	Implements IDisposable, IServiceProvider, IIviDriver, ITClockSynchronizableDevice

The NIRfsg type exposes the following members.

Constructors

	Name	Description
	NIRfsg(IntPtr)	Creates a new instrument driver session from an existing instrument handle.
	NIRfsg(String, Boolean, Boolean)	Creates a new instrument driver session.
	NIRfsg(String, Boolean, Boolean, String)	Creates a new instrument driver session and sets the initial state of session properties.

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Properties

	Name	Description
	Arb	Gets the Arb sub-object used to configure the arbitrary waveform generator (AWG).
	ArbSampleClock	Gets the ArbSampleClock sub-object used to configure the sample clock.
	BasicConfigurationList	Gets the BasicConfigurationList sub-object used to work with the configuration lists.
	Calibration	Gets the Calibration sub-object that allows calibration of the NI-RFSG.
	Deembedding	Gets the Deembedding sub-object used to configure Deembedding. A port can be passed using the indexer ItemString.
	DeviceCharacteristics	Gets the DeviceCharacteristics sub-object used to get device characteristics such as DeviceTemperature, ModuleRevision, and LOTemperature. An active channel can be passed using the indexer ItemString.
	DeviceEvents	Gets the DeviceEvents sub-object used to configure the NI-RFSG events that can be exported.
	DriverIdentity	Obsolete. Gets the DriverIdentity sub-object that provides identity and version information about the NI-RFSG instrument driver.
	DriverOperation	Gets the DriverOperation sub-object that affect operation of the NI-RFSG instrument driver.
	DriverUtility	Obsolete. Gets the DriverUtility sub-object applicable to driver utility operations such as SelfCalibrate, Reset, and Commit.
	FrequencyReference	Gets the FrequencyReference sub-object used to configure the Reference clock signal.
	Identity	Gets the Identity sub-object that provides identity and version information about the NI-RFSG instrument driver.
	IQImpairments	Gets the IQImpairments sub-object used to apply I/Q impairments such as GainImbalance and Skew.
	IQOutPort	Gets the IQOutPort sub-object used to configure the I/Q OUT port. An active channel can be passed using the indexer ItemString.
	IsDisposed	Gets whether the driver session is disposed.
	Modulation	Gets the Modulation sub-object used to configure digital and analog modulation parameters.
	RF	Gets the RF sub-object used to access fundamental properties for RF characteristics.
	SignalPath	Gets the SignalPath sub-object used to configure Signal Path.
	Triggers	Gets the Triggers sub-object used to configure the NI-RFSG triggers.
	Utility	Gets the Utility sub-object applicable to driver utility operations such as SelfCalibrate, Reset, and Commit.

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Methods

	Name	Description
	Abort	Stops signal generation.
	CheckGenerationStatus	Checks the status of signal generation.
	Close	Aborts any signal generation in progress and destroys the instrument driver session.
	DangerousGetInstrumentHandle	Obsolete. Returns the value of the underlying instrument handle.
	Dispose	Closes the specified session and deallocates the reserved resources, if not already disposed.
	Equals	Determines whether the specified object is equal to the current object. (Inherited from Object)
	Finalize	Calls the Dispose method to close the specified session and deallocate the reserved resources, if not already disposed. (Overrides ObjectFinalize)
	GetHashCode	Serves as the default hash function. (Inherited from Object)
	GetInstrumentHandle	Gets the SafeHandle to the NIRfsg instrument session.
	GetService	Returns an object that represents a service provided by NIRfsg.
	GetType	Gets the Type of the current instance. (Inherited from Object)
	Initiate	Initiates signal generation, causing the NI-RFSG device to leave the Configuration state and enter the Generation state.
	ToString	Returns a string that represents the current object. (Inherited from Object)
	VstSelfCalibrate	Performs an internal self-calibration on the device and associated modules that support self-calibration. If the calibration is successful, new calibration data and constants are stored in the onboard nonvolatile memory of the module. NI recommends that no external signals are present on the RF In port while the calibration is taking place. Refer to the specification document for your device for more information on self-calibration.

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Remarks

See Also