RFmxInstrMX.IsSelfCalibrateValid Method

public int IsSelfCalibrateValid(
	string selectorString,
	out bool selfCalibrateValid,
	out RFmxInstrMXSelfCalibrateSteps validSteps
)

Public Function IsSelfCalibrateValid ( 
	selectorString As String,
	<OutAttribute> ByRef selfCalibrateValid As Boolean,
	<OutAttribute> ByRef validSteps As RFmxInstrMXSelfCalibrateSteps
) As Integer

Parameters

selectorString  String

Specifies a Selector String comprising of a MIMO port on a MIMO session.

Example:

""

"port::myrfsa1/0"

You can use the BuildPortString2(String, String, String, Int32) method to build the selector string.

selfCalibrateValid  Boolean

Upon return, contains TRUE if all the calibration data is valid and FALSE if any of the calibration data is invalid.

validSteps  RFmxInstrMXSelfCalibrateSteps

Upon return, contains an array of valid steps.

PreselectorAlignment	Indicates the Preselector Alignment calibration data is valid. This step generates coefficients to align the preselector across the frequency range for your device.
GainReference	Indicates the Gain Reference calibration data is valid. This step measures the changes in gain since the last external calibration was run.
IFFlatness	Indicates the IF Flatness calibration data is valid. This step measures the IF response of the entire system for each of the supported IF filters.
DigitizerSelfcal	Indicates the Digitizer Self Cal calibration data is valid. This step calls for digitizer self-calibration, if the digitizer is associated with the RF downconverter.
LOSelfCal	Indicates the LO Self Cal calibration data is valid. This step calls for LO self-calibration, if the LO source module is associated with the RF downconverter.

Return Value

Reference