RFmxDemodMXDDemodConfiguration Methods

RFmxDemodMXDDemodConfiguration Methods

The RFmxDemodMXDDemodConfiguration type exposes the following members.

Methods

	Name	Description
	ConfigureAveraging	Configures averaging for digital demodulation measurements.
	ConfigureEqualizer	Configures the equalizer.
	ConfigureEqualizerInitialCoefficients	Configures the equalizer coefficients.
	ConfigureEvmNormalizationReference	Configures the reference used to normalize the error vector magnitude (EVM).
	ConfigureFskDeviation	Configures the expected frequency-shift keying (FSK) deviation.
	ConfigureM	Configures the M-ary number, which is the number of distinct states that represent symbols in the complex baseband modulated waveform.
	ConfigureMeasurementFilter	Configures the measurement filter.
	ConfigureMeasurementFilterCustomCoefficients	Configures the measurement filter custom coefficients.
	ConfigureModulationType	Configures the modulation type of the signal to be analyzed.
	ConfigureNumberOfSymbols	Configures the number of symbols to be analyzed.
	ConfigurePskFormat	Configures the phase-shift keying (PSK) format.
	ConfigurePulseShapingFilter	Configures the pulse shaping filter.
	ConfigurePulseShapingFilterCustomCoefficients	Configures the pulse shaping filter coefficients.
	ConfigureSamplesPerSymbol(String, RFmxDemodMXDDemodSamplesPerSymbol)	Obsolete. Configures the samples per symbol to be used to acquire the signal for the measurement.
	ConfigureSamplesPerSymbol(String, Int32)	Configures the samples per symbol to be used to acquire the signal for the measurement.
	ConfigureSignalStructure	Configures the structure of the incoming signal to be either a continuous signal or a bursty signal.
	ConfigureSpectrumInverted	Configures swapping of I and Q channels in the acquired waveform before demodulation.
	ConfigureSymbolMap	Configures the symbol map that you use during measurements.
	ConfigureSymbolRate	Configures the symbol rate for digital demodulation measurements.
	ConfigureSynchronization	Configures bit pattern synchronization.
	Equals	Determines whether the specified Object is equal to the current Object. (Inherited from Object)
	GetAllTracesEnabled	Gets whether to enable the traces to be stored and retrieved after performing the digital demodulation.
	GetAveragingCount	Gets the number of acquisitions used for averaging.
	GetAveragingEnabled	Gets whether averaging is enabled for digital demodulation measurements.
	GetBurstEndExclusionSymbols	Sets the number of symbols that is excluded from the measurement before the falling edge of the burst.
	GetBurstStartExclusionSymbols	Get the number of symbols from the start of the burst trigger that is excluded from the measurement.
	GetCfoEstimationMode	Gets the carrier frequency offset estimation capability of the demodulator. If you select Narrow, coarse carrier frequency offset estimation is disabled and only fine carrier frequency offset estimation is performed. This is useful when analysing low SNR signals.
	GetDifferentialEnabled	Gets whether the differentially encoded symbols are enabled, and applicable only to phase-shift keying (PSK) and minimum-shift keying (MSK) modulation types.
	GetEqualizerConvergenceFactor	Gets the incremental step used by the equalizer to adapt to the channel during the training stage.
	GetEqualizerFilterLength	Gets the length of the equalization filter to be computed. The length is specified in terms of symbols.
	GetEqualizerInitialCoefficients	Gets the equalizer initial coefficients.
	GetEqualizerMode	Gets whether the measurement needs to perform equalization.
	GetEqualizerTrainingCount	Gets the number of iterations during which the equalizer adapts its coefficients in the training stage. After the training stage, the measurement is performed over the specified number of averages.
	GetEvmNormalizationReference	Gets the reference used to normalize the error vector magnitude (EVM).
	GetFskDeviation	Gets the expected frequency-shift keying (FSK) frequency deviation. At baseband frequencies, deviations for individual symbols are evenly spaced in the interval [-fd, fd], where fd represents the frequency deviation.
	GetFskReferenceCompensationEnabled	Gets whether the frequency-shift keying (FSK) deviation that you specify is to be compensated for gain errors and is used to compute FSK error.
	GetHashCode	Serves as a hash function for a particular type. (Inherited from Object)
	GetIQOffsetRemovalEnabled	Gets whether to remove the I/Q offset before the EVM measurement.
	GetM	Gets the M-ary number.
	GetMeasurementEnabled	Gets whether digital demodulation measurement is enabled.
	GetMeasurementFilterType	Gets the measurement needed to compute the measurement filter based on the pulse shaping filter type or uses the custom measurement filter coefficients.
	GetModulationType	Gets the modulation type of the signal which needs to be analyzed.
	GetNumberOfSymbols	Gets the number of symbols to be acquired and analyzed. The measurement acquires additional symbols to account for filter delays.
	GetPskFormat	Gets the phase-shift keying (PSK) format.
	GetPulseShapingFilterParameter	Gets the rolloff factor for raised cosine and root raised cosine filter, which are used as pulse shaping filter and measurement filter, respectively.
	GetPulseShapingFilterType	Gets the pulse-shaping filter used to transmit the signal.
	GetSamplesPerSymbol	Gets the samples per symbol used to acquire and demodulate the signal. Sample Rate = Symbol Rate * Samples per Symbol.
	GetSearchLength	Gets the length of the waveform within which the synchronization bit pattern needs to be searched when you set the RFmxDemodMXDDemodConfiguration. SetSearchLengthAuto method to True.
	GetSearchLengthAuto	Gets whether the measurement should search for synchronization bit pattern in the waveform of length determined by the measurement or search for length duration.
	GetSignalStructure	Gets the structure of the incoming signal to be either a continuous signal or a bursty signal.
	GetSpectrumInverted	Gets whether to swap the acquired I and Q samples for demodulation.
	GetSymbolMap	Gets the symbol map that is used for digital demodulation measurements.
	GetSymbolMapType	Gets whether the measurement uses the default symbol map or the map that you configure using the ConfigureSymbolMap(String, RFmxDemodMXDDemodSymbolMapType, ComplexSingle) method.
	GetSymbolRate	Gets the number of symbols transmitted in one second, in hertz (Hz).
	GetSynchronizationBits	Gets the synchronization bits used to create the reference sequence that needs to be searched in the demodulated signal. The synchronization bits are modulated based on the modulation type to create the reference sequence.
	GetSynchronizationEnabled	Gets whether the demodulator that needs to search and synchronize the signal to a known reference sequence is enabled.
	GetSynchronizationMeasurementOffset	Gets the offset, which is the location from which the signal is considered for further measurements.
	GetType	Gets the Type of the current instance. (Inherited from Object)
	SetAllTracesEnabled	Sets whether to enable the traces to be stored and retrieved after performing the digital demodulation.
	SetAveragingCount	Sets the number of acquisitions used for averaging.
	SetAveragingEnabled	Sets whether to enable averaging for digital demodulation measurements.
	SetBurstEndExclusionSymbols	Set the number of symbols that is excluded from the measurement before the falling edge of the burst.
	SetBurstStartExclusionSymbols	Sets the number of symbols from the start of the burst trigger that is excluded from the measurement.
	SetCfoEstimationMode	Sets the carrier frequency offset estimation capability of the demodulator. If you select Narrow, coarse carrier frequency offset estimation is disabled and only fine carrier frequency offset estimation is performed. This is useful when analysing low SNR signals.
	SetDifferentialEnabled	Sets whether the symbols are differentially encoded, and applicable only to phase-shift keying (PSK) and minimum-shift keying (MSK) modulation types.
	SetEqualizerConvergenceFactor	Sets the incremental step used to adapt to the channel by the equalizer to adapt to the channel during the training stage.
	SetEqualizerFilterLength	Sets the length of the equalization filter to be computed. The length is specified in terms of symbols.
	SetEqualizerMode	Sets whether the measurement needs to perform equalization.
	SetEqualizerTrainingCount	Sets the number of iterations during which the equalizer adapts its coefficients in the training stage. After the training stage, the measurement is performed over the specified number of averages.
	SetEvmNormalizationReference	Sets the reference used to normalize the error vector magnitude (EVM).
	SetFskDeviation	Sets the expected frequency-shift keying (FSK) frequency deviation. At baseband frequencies, deviations for individual symbols are evenly spaced in the interval [-fd, fd], where fd represents the frequency deviation.
	SetFskReferenceCompensationEnabled	Sets whether the frequency-shift keying (FSK) deviation that you specify is to be compensated for gain errors and is used to compute FSK error.
	SetIQOffsetRemovalEnabled	Sets whether to remove the I/Q offset before the EVM measurement.
	SetM	Sets the M-ary number, which is the number of distinct states that represent symbols in the complex baseband modulated waveform. The M-ary number is calculated using the following formula: M = 2^(bits per symbol).
	SetMeasurementEnabled	Sets whether to enable digital demodulation measurements.
	SetMeasurementFilterType	Sets whether the measurement needs to compute the measurement filter based on the pulse shaping filter type or uses the custom measurement filter coefficients.
	SetModulationType	Sets the modulation type of the signal that needs to be analyzed.
	SetNumberOfSymbols	Sets the number of symbols to be analyzed. The measurement acquires additional symbols to account for filter delays.
	SetPskFormat	Sets the phase-shift keying (PSK) format.
	SetPulseShapingFilterParameter	Sets the rolloff factor for raised cosine and root raised cosine filter, which are used as pulse shaping filter and measurement filter respectively.
	SetPulseShapingFilterType	Sets the pulse-shaping filter used to transmit the signal, and determines the measurement filter to be used for analysis when you set SetMeasurementFilterType(String, RFmxDemodMXDDemodMeasurementFilterType) to Auto.
	SetSamplesPerSymbol	Sets the samples per symbol used to acquire and demodulate the signal. Sample Rate = Symbol Rate * Samples per Symbol.
	SetSearchLength	Sets the length of the waveform within which the synchronization bit pattern needs to be searched when you set the RFmxDemodMXDDemodConfiguration. SetSearchLengthAuto method to True.
	SetSearchLengthAuto	Sets whether the measurement should search for synchronization bit pattern in the waveform of length determined by the measurement or search for length duration.
	SetSignalStructure	Sets the structure of the incoming signal to be either a continuous signal or a bursty signal.
	SetSpectrumInverted	Sets whether to swap the acquired I and Q samples for demodulation.
	SetSymbolMap	Sets the symbol map that is used for digital demodulation measurements.
	SetSymbolMapType	Sets whether the measurement uses the default symbol map or the map that you configure using the ConfigureSymbolMap(String, RFmxDemodMXDDemodSymbolMapType, ComplexSingle) method.
	SetSymbolRate	Gets the number of symbols transmitted in one second, in hertz (Hz).
	SetSynchronizationBits	Sets the synchronization bits used to create the reference sequence that needs to be searched in the demodulated signal. The synchronization bits are modulated based on the modulation type to create the reference sequence.
	SetSynchronizationEnabled	Sets whether the demodulator needs to search and synchronize the signal to a known reference sequence.
	SetSynchronizationMeasurementOffset	Sets the offset, which is the location from which the signal is considered for further measurements. The offset is specified in symbols of the reference sequence. This offset is not applicable when the synchronization bits are not found.
	ToString	Returns a string that represents the current object. (Inherited from Object)

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