GPRF RFSA SCPI Command Reference

CONFigure:RFSA:GPRF:EATTenuation

Usage:
 CONFigure:RFSA:GPRF:EATTenuation[?] <ExternalAttenuation>
Query Response:
 <ExternalAttenuation>


Description	Specifies the external attenuation. External attenuation is applied on top of any attenuation provided for the specified port.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <ExternalAttenuation>
Description	External attenuation value.
Datatype	Double
Default Value	0.00
Range	[-100.00:100.00]
Unit	dB

CONFigure:RFSA:GPRF:FREQuency[:CENTer]

Usage:
 CONFigure:RFSA:GPRF:FREQuency[:CENTer][?] <CenterFrequency>
Query Response:
 <CenterFrequency>


Description	Specifies the center frequency.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <CenterFrequency>
Description	Center frequency of the received signal.
Datatype	Double
Default Value	1.000000000000000E+009
Range	[6.500000000000000E+007:6.000000000000000E+009]
Unit	Hz

CONFigure:RFSA:GPRF:MEASurement:FCOunt[:ENABle]

Usage:
 CONFigure:RFSA:GPRF:MEASurement:FCOunt[:ENABle][?] <FcountEnabled>
Query Response:
 <FcountEnabled>


Description	Specifies whether to enable frequency count measurement for non-sequence mode.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <FcountEnabled>
Description	0 \| OFF: Disables the frequency count measurement. 1 \| ON: Enables the frequency count measurement.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| OFF \| ON \| FALSE \|

CONFigure:RFSA:GPRF:MEASurement:FCOunt:AVERaging[:COUNt]

Usage:
 CONFigure:RFSA:GPRF:MEASurement:FCOunt:AVERaging[:COUNt][?] <FcountNumberOfAverages>
Query Response:
 <FcountNumberOfAverages>


Description	Specifies the number of averages to use for the frequency count measurement.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <FcountNumberOfAverages>
Description	Number of signal averages to use for the frequency count measurement.
Datatype	Integer32
Default Value	1
Range	[1:10000]

CONFigure:RFSA:GPRF:MEASurement:FCOunt:AVERaging:TYPE

Usage:
 CONFigure:RFSA:GPRF:MEASurement:FCOunt:AVERaging:TYPE[?] <FcountAverageType>
Query Response:
 <FcountAverageType>


Description	Specifies the averaging type for the frequency count measurement. The averaged instantaneous signal phase difference is used for the measurement.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <FcountAverageType>
Description	MEAN: Uses the mean of the instantaneous signal phase difference over multiple acquisitions for the frequency measurement. MAX: Uses the maximum instantaneous signal phase difference over multiple acquisitions for the frequency measurement. MIN: Uses the minimum instantaneous signal phase difference over multiple acquisitions for the frequency measurement. MAXMIN: Uses the maximum instantaneous signal phase difference over multiple acquisitions for the frequency measurement. The sign of the phase difference is ignored to find the maximum instantaneous value.
Datatype	Enumeration
Default Value	MEAN
Range	MEAN \| MAX \| MIN \| MAXMIN

CONFigure:RFSA:GPRF:MEASurement:FCOunt:INTerval

Usage:
 CONFigure:RFSA:GPRF:MEASurement:FCOunt:INTerval[?] <FcountMeasurementInterval>
Query Response:
 <FcountMeasurementInterval>


Description	Specifies the interval for the frequency count measurement.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <FcountMeasurementInterval>
Description	Interval for the frequency count measurement.
Datatype	Double
Default Value	1.000000000000000E-003
Range	[1.000000000000000E-006:1.000000000000000E+001]
Unit	sec

CONFigure:RFSA:GPRF:MEASurement:FCOunt:RBWidth

Usage:
 CONFigure:RFSA:GPRF:MEASurement:FCOunt:RBWidth[?] <FcountResolutionBandwidth>
Query Response:
 <FcountResolutionBandwidth>


Description	Specifies the bandwidth of the resolution bandwidth (RBW) filter used for the frequency count measurement. FCOunt is computed from a zero span measurement of transmitted power using the time-domain signal as seen through a resolution bandwidth filter for the specified measurement interfal. For this reason RBW = measurement BW
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <FcountResolutionBandwidth>
Description	RBW filter bandwidth.
Datatype	Double
Default Value	1.000000000000000E+003
Range	[1.000000000000000E+003:5.000000000000000E+007]
Unit	Hz

CONFigure:RFSA:GPRF:MEASurement:FCOunt:RBWidth:FILTer[:TYPE]

Usage:
 CONFigure:RFSA:GPRF:MEASurement:FCOunt:RBWidth:FILTer[:TYPE][?] <FcountRbwFilterType>
Query Response:
 <FcountRbwFilterType>


Description	Specifies the shape of the digital resolution bandwidth (RBW) filter used for the frequency count measurement. FCOunt is computed from a zero span measurement of transmitted power using the time-domain signal as seen through a resolution bandwidth filter for the specified measurement interfal. For this reason RBW = measurement BW
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <FcountRbwFilterType>
Description	NONE: The measurement does not use any RBW filtering. GAUSSIAN: The RBW filter has a Gaussian response. FLAT: The RBW filter has a flat response. ST4: The RBW filter has a response of a 4-pole synchronously-tuned filter. ST5: The RBW filter has a response of a 5-pole synchronously-tuned filter. RRC: The RRC filter uses the roll-off factor specified by the alpha value.
Datatype	Enumeration
Default Value	GAUSSIAN
Range	NONE \| GAUSSIAN \| FLAT \| ST4 \| ST5 \| RRC

CONFigure:RFSA:GPRF:MEASurement:FCOunt:RBWidth:FILTer:ALPHa

Usage:
 CONFigure:RFSA:GPRF:MEASurement:FCOunt:RBWidth:FILTer:ALPHa[?] <FcountRbwFilterAlpha>
Query Response:
 <FcountRbwFilterAlpha>


Description	Specifies the roll-off factor of the root-raised cosine (RRC) filter used for the frequency count measurement. FCOunt is computed from a zero span measurement of transmitted power using the time-domain signal as seen through a resolution bandwidth filter for the specified measurement interfal. For this reason RBW = measurement BW
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <FcountRbwFilterAlpha>
Description	RRC filter roll-off factor. This value is used when the corresponding filter type is set to RRC.
Datatype	Double
Default Value	0.01
Range	[0.00:1.00]

CONFigure:RFSA:GPRF:MEASurement:IQVTime[:ENABle]

Usage:
 CONFigure:RFSA:GPRF:MEASurement:IQVTime[:ENABle][?] <IqvtEnabled>
Query Response:
 <IqvtEnabled>


Description	Specifies whether to enable I/Q versus time (IQVT) measurement for non-sequence mode.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <IqvtEnabled>
Description	0 \| OFF: Disables the IQVT measurement. 1 \| ON: Enables the IQVT measurement.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| OFF \| ON \| FALSE \|

CONFigure:RFSA:GPRF:MEASurement:IQVTime:INTerval

Usage:
 CONFigure:RFSA:GPRF:MEASurement:IQVTime:INTerval[?] <IqvtMeasurementInterval>
Query Response:
 <IqvtMeasurementInterval>


Description	Specifies the measurement interval for the I/Q versus time (IQVT) measurement.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <IqvtMeasurementInterval>
Description	Interval for the IQVT measurement. The measurement is performed for the specified interval, which is recommended, but not required, to be less than the slot duration.
Datatype	Double
Default Value	1.000000000000000E-003
Range	[1.000000000000000E-006:1.000000000000000E+001]
Unit	sec

CONFigure:RFSA:GPRF:MEASurement:IQVTime:RBWidth

Usage:
 CONFigure:RFSA:GPRF:MEASurement:IQVTime:RBWidth[?] <IqvtResolutionBandwidth>
Query Response:
 <IqvtResolutionBandwidth>


Description	Specifies the bandwidth of the resolution bandwidth (RBW) filter used for the I/Q versus time (IQVT) measurement. This measurement is a zero span measurement of transmitted power using the time-domain signal as seen through a resolution bandwidth filter for the specified measurement interfal. For this reason RBW = measurement BW
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <IqvtResolutionBandwidth>
Description	RBW filter bandwidth.
Datatype	Double
Default Value	1.000000000000000E+003
Range	[1.000000000000000E+003:5.000000000000000E+007]
Unit	Hz

CONFigure:RFSA:GPRF:MEASurement:IQVTime:RBWidth:FILTer[:TYPE]

Usage:
 CONFigure:RFSA:GPRF:MEASurement:IQVTime:RBWidth:FILTer[:TYPE][?] <IqvtRbwFilterType>
Query Response:
 <IqvtRbwFilterType>


Description	Specifies the shape of the digital resolution bandwidth (RBW) filter used for the I/Q versus time (IQVT) measurement. This measurement is a zero span measurement of transmitted power using the time-domain signal as seen through a resolution bandwidth filter for the specified measurement interfal. For this reason RBW = measurement BW
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <IqvtRbwFilterType>
Description	NONE: The measurement does not use any RBW filtering. GAUSSIAN: The RBW filter has a Gaussian response. FLAT: The RBW filter has a flat response. ST4: The RBW filter has a response of a 4-pole synchronously-tuned filter. ST5: The RBW filter has a response of a 5-pole synchronously-tuned filter. RRC: The RRC filter uses the roll-off factor specified by the alpha value.
Datatype	Enumeration
Default Value	GAUSSIAN
Range	NONE \| GAUSSIAN \| FLAT \| ST4 \| ST5 \| RRC

CONFigure:RFSA:GPRF:MEASurement:IQVTime:RBWidth:FILTer:ALPHa

Usage:
 CONFigure:RFSA:GPRF:MEASurement:IQVTime:RBWidth:FILTer:ALPHa[?] <IqvtRbwFilterAlpha>
Query Response:
 <IqvtRbwFilterAlpha>


Description	Specifies the roll-off factor of the root-raised cosine (RRC) filter used for the I/Q versus time (IQVT) measurement. This measurement is a zero span measurement of transmitted power using the time-domain signal as seen through a resolution bandwidth filter for the specified measurement interfal. For this reason RBW = measurement BW
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <IqvtRbwFilterAlpha>
Description	RRC filter roll-off factor. This value is used when the corresponding filter type is set to RRC.
Datatype	Double
Default Value	0.01
Range	[0.00:1.00]

CONFigure:RFSA:GPRF:MEASurement:TXPower[:ENABle]

Usage:
 CONFigure:RFSA:GPRF:MEASurement:TXPower[:ENABle][?] <TxpEnabled>
Query Response:
 <TxpEnabled>


Description	Specifies whether to enable transmit power (TXP) measurement for non-sequence mode.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <TxpEnabled>
Description	0 \| OFF: Disables the TXP measurement. 1 \| ON: Enables the TXP measurement.
Datatype	Boolean
Default Value	1
Range	0 \| 1 \| OFF \| ON \| FALSE \|

CONFigure:RFSA:GPRF:MEASurement:TXPower:AVERaging[:COUNt]

Usage:
 CONFigure:RFSA:GPRF:MEASurement:TXPower:AVERaging[:COUNt][?] <TxpNumberOfAverages>
Query Response:
 <TxpNumberOfAverages>


Description	Specifies the number of averages for the transmit power (TXP) measurement.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <TxpNumberOfAverages>
Description	Number of signal averages to use for the TXP measurement.
Datatype	Integer32
Default Value	1
Range	[1:10000]

CONFigure:RFSA:GPRF:MEASurement:TXPower:AVERaging:TYPE

Usage:
 CONFigure:RFSA:GPRF:MEASurement:TXPower:AVERaging:TYPE[?] <TxpTypeofAveraging>
Query Response:
 <TxpTypeofAveraging>


Description	Specifies the averaging type for the transmit power (TXP) measurement. The averaged power trace is used for the measurement.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <TxpTypeofAveraging>
Description	MEAN: Uses the mean of the instantaneous power in the power trace over multiple acquisitions for the TXP measurement. MAX: Uses the maximum instantaneous power in the power trace over multiple acquisitions for the TXP measurement. MIN: Uses the minimum instantaneous power in the power trace over multiple acquisitions for the TXP measurement. MAXMIN: Uses the maximum instantaneous power in the power trace over multiple acquisitions for the TXP measurement. The sign of the power is ignored to find the maximum instantaneous value. (Not supported at this point)
Datatype	Enumeration
Default Value	MEAN
Range	MEAN \| MAX \| MIN \| MAXMIN

CONFigure:RFSA:GPRF:MEASurement:TXPower:INTerval

Usage:
 CONFigure:RFSA:GPRF:MEASurement:TXPower:INTerval[?] <TxpMeasurementInterval>
Query Response:
 <TxpMeasurementInterval>


Description	Specifies the measurement interval for the transmit power (TXP) measurement.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <TxpMeasurementInterval>
Description	Interval for the TXP measurement.
Datatype	Double
Default Value	1.000000000000000E-003
Range	[1.000000000000000E-006:1.000000000000000E+001]
Unit	sec

CONFigure:RFSA:GPRF:MEASurement:TXPower:RBWidth

Usage:
 CONFigure:RFSA:GPRF:MEASurement:TXPower:RBWidth[?] <TxpResolutionBandwidth>
Query Response:
 <TxpResolutionBandwidth>


Description	Specifies the bandwidth of the transmit power (TXP) filter used for the frequency count measurement. TxP is a zero span measurement of transmitted power using the time-domain signal as seen through a resolution bandwidth filter for the specified measurement interfal. For this reason RBW = measurement BW
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <TxpResolutionBandwidth>
Description	RBW filter bandwidth.
Datatype	Double
Default Value	1.000000000000000E+006
Range	[1.000000000000000E+003:2.000000000000000E+008]
Unit	Hz

CONFigure:RFSA:GPRF:MEASurement:TXPower:RBWidth:FILTer[:TYPE]

Usage:
 CONFigure:RFSA:GPRF:MEASurement:TXPower:RBWidth:FILTer[:TYPE][?] <TxpRbwFilterType>
Query Response:
 <TxpRbwFilterType>


Description	Specifies the shape of the digital resolution bandwidth (RBW) filter. TxP is a zero span measurement of transmitted power using the time-domain signal as seen through a resolution bandwidth filter for the specified measurement interfal. For this reason RBW = measurement BW
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <TxpRbwFilterType>
Description	NONE: The measurement does not use any RBW filtering. GAUSSIAN: The RBW filter has a Gaussian response. FLAT: The RBW filter has a flat response. ST4: The RBW filter has a response of a 4-pole synchronously-tuned filter. ST5: The RBW filter has a response of a 5-pole synchronously-tuned filter. RRC: The RRC filter uses the roll-off factor specified by the alpha value.
Datatype	Enumeration
Default Value	GAUSSIAN
Range	NONE \| GAUSSIAN \| FLAT \| ST4 \| ST5 \| RRC

CONFigure:RFSA:GPRF:MEASurement:TXPower:RBWidth:FILTer:ALPHa

Usage:
 CONFigure:RFSA:GPRF:MEASurement:TXPower:RBWidth:FILTer:ALPHa[?] <TxpRbwFilterAlpha>
Query Response:
 <TxpRbwFilterAlpha>


Description	Specifies the roll-off factor of the root-raised cosine (RRC) filter used for the transmit power (TXP) measurement. TxP is a zero span measurement of transmitted power using the time-domain signal as seen through a resolution bandwidth filter for the specified measurement interfal. For this reason RBW = measurement BW
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <TxpRbwFilterAlpha>
Description	RRC filter roll-off factor. This value is used when the corresponding filter type is set to RRC.
Datatype	Double
Default Value	0.01
Range	[0.00:1.00]

CONFigure:RFSA:GPRF:PORTname

Usage:
 CONFigure:RFSA:GPRF:PORTname[?] <PortName>
Query Response:
 <PortName>


Description	Specifies the port name of the instrument used to acquire the signal.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <PortName>
Description	When initiated, the signal is acquired from the port specified by PORTname. The signal is adjusted for any attenuation table assigned to that port.
Datatype	String
Default Value	"Port0"

CONFigure:RFSA:GPRF:POWer[:MAXimum]

Usage:
 CONFigure:RFSA:GPRF:POWer[:MAXimum][?] <MaximumInputPower>
Query Response:
 <MaximumInputPower>


Description	Specifies the maximum expected input power level at the input port.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <MaximumInputPower>
Description	Maximum expected input power to the instrument.
Datatype	Double
Default Value	0.00
Range	[-174.00:50.00]
Unit	dBm

CONFigure:RFSA:GPRF:POWer:AUTO

Usage:
 CONFigure:RFSA:GPRF:POWer:AUTO[?] <AutoLevelEnabled>
Query Response:
 <AutoLevelEnabled>


Description	Specifies the mode used to determine the level of the maximum input power. Auto power takes additional time to execute because it requires additional signal acquisition for the instrument to evaluate the signal strength of the applied signal.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <AutoLevelEnabled>
Description	0 \| OFF: Disables automatic setting of the maximum input power. 1 \| ON: Enables automatic setting of the maximum input power.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| FALSE \| TRUE \| OFF \| ON

CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:FCOunt:ENABle[:ALL]

Usage:
 CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:FCOunt:ENABle[:ALL][?] <FcountEnable[n]>
Query Response:
 <FcountEnable[n]>


Description	Specifies whether to enable frequency count measurements for all segments.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <FcountEnable[n]>
Description	Enables or disables frequency count measurements for all segments of the sequence. The size of the array depends on the currently defined number of segments. 0 \| OFF: Disables the frequency count measurement. 1 \| ON: Enables the frequency count measurement.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| ON \| OFF

CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:FCOunt:INTerval[:ALL]

Usage:
 CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:FCOunt:INTerval[:ALL][?] <FcountMeasurementInterval[n]>
Query Response:
 <FcountMeasurementInterval[n]>


Description	Specifies the interval for the frequency count measurement of all segments.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <FcountMeasurementInterval[n]>
Description	Interval for the frequency count measurement. The size of the array depends on the currently defined number of segments.
Datatype	Double
Default Value	1.00E-003
Range	[1.00E-006:1.00E+001]
Unit	sec

CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:IQVTime:ENABle[:ALL]

Usage:
 CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:IQVTime:ENABle[:ALL][?] <IqvtEnable[n]>
Query Response:
 <IqvtEnable[n]>


Description	Specifies whether to enable I/Q versus time (IQVT) measurements for all segments.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <IqvtEnable[n]>
Description	Enables or disables IQVT measurements for all segments of the sequence. The size of the array depends on the currently defined number of segments. 0 \| OFF: Disables the IQVT measurement. 1 \| ON: Enables the IQVT measurement.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| ON \| OFF

CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:IQVTime:INTerval[:ALL]

Usage:
 CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:IQVTime:INTerval[:ALL][?] <IqvtMeasurementInterval[n]>
Query Response:
 <IqvtMeasurementInterval[n]>


Description	Specifies the measurement interval for the I/Q versus time (IQVT) measurement of all segments.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <IqvtMeasurementInterval[n]>
Description	Interval for the IQVT measurement. The measurement is performed for the specified interval, which is recommended, but not required, to be less than slot duration. The size of the array depends on the currently defined number of segments.
Datatype	Double
Default Value	1.00E-003
Range	[1.00E-006:1.00E+001]
Unit	sec

CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:TXPower:ENABle[:ALL]

Usage:
 CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:TXPower:ENABle[:ALL][?] <TxpEnable[n]>
Query Response:
 <TxpEnable[n]>


Description	Specifies whether to enable transmit power (TXP) measurements for all segments.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <TxpEnable[n]>
Description	Enables or disables TXP measurements for all segments of the sequence. The size of the array depends on the currently defined number of segments. 0 \| OFF: Disables the TXP measurement. 1 \| ON: Enables the TXP measurement.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| ON \| OFF

CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:TXPower:INTerval[:ALL]

Usage:
 CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:TXPower:INTerval[:ALL][?] <TxpMeasurementInterval[n]>
Query Response:
 <TxpMeasurementInterval[n]>


Description	Specifies the measurement interval for the transmit power (TXP) measurement.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <TxpMeasurementInterval[n]>
Description	Interval for the TXP measurement. The size of the array depends on the currently defined number of segments.
Datatype	Double
Default Value	1.00E-003
Range	[1.00E-006:1.00E+001]
Unit	sec

CONFigure:RFSA:GPRF:SEQuence:DURation[:ALL]

Usage:
 CONFigure:RFSA:GPRF:SEQuence:DURation[:ALL][?] <SegmentDuration[n]>
Query Response:
 <SegmentDuration[n]>


Description	Specifies the duration elements for all defined segments in the sequence.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <SegmentDuration[n]>
Description	Duration of each segment of the sequence. The size of the array depends on the currently defined number of segments. Each <SegmentDuration> element must be greater than <SlotCount> x <SlotDuration> for the corresponding segments.
Datatype	Double
Default Value	1.00E-002
Range	[5.00E-005:3.00E+001]
Unit	sec

CONFigure:RFSA:GPRF:SEQuence:EATTenuation[:ALL]

Usage:
 CONFigure:RFSA:GPRF:SEQuence:EATTenuation[:ALL][?] <ExternalAttenuation[n]>
Query Response:
 <ExternalAttenuation[n]>


Description	Specifies the external attenuation for all segments in the sequence. External attenuation is applied on top of any attenuation provided for the specified port.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <ExternalAttenuation[n]>
Description	External attenuation value. The size of the array depends on the currently defined number of segments.
Datatype	Double
Default Value	0.00
Range	[-100.00:100.00]
Unit	dB

CONFigure:RFSA:GPRF:SEQuence:ENABle

Usage:
 CONFigure:RFSA:GPRF:SEQuence:ENABle[?] <SequenceEnable>
Query Response:
 <SequenceEnable>


Description	Specifies whether to enable sequence mode. A sequence comprises one or more segments. A segment comprises one or more measurements.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <SequenceEnable>
Description	0 \| OFF: Disables sequence mode. 1 \| ON: Enables sequence mode.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| ON \| OFF

CONFigure:RFSA:GPRF:SEQuence:FREQuency[:CENTer][:ALL]

Usage:
 CONFigure:RFSA:GPRF:SEQuence:FREQuency[:CENTer][:ALL][?] <SegmentCenterFrequency[n]>
Query Response:
 <SegmentCenterFrequency[n]>


Description	Specifies the center frequency for all segments.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <SegmentCenterFrequency[n]>
Description	Center frequency of the received signal per segment. The size of the array depends on the currently defined number of segments.
Datatype	Double
Default Value	1.000000000000000E+009
Range	[6.500000000000000E+007:6.600000000000000E+009]
Unit	Hz

CONFigure:RFSA:GPRF:SEQuence:NSEGments

Usage:
 CONFigure:RFSA:GPRF:SEQuence:NSEGments[?] <NumberOfSegments>
Query Response:
 <NumberOfSegments>


Description	Specifies the number of segments in a sequence. You must set this parameter before setting other sequence-based instrument or measurement parameters.
Availability	Command/Query
Execution Mode	Command: Sequential Query: Overlapped


Parameter: <NumberOfSegments>
Description	Number of segments in a sequence.
Datatype	Integer32
Default Value	1
Range	[0:10000]

CONFigure:RFSA:GPRF:SEQuence:POWer[:ALL]

Usage:
 CONFigure:RFSA:GPRF:SEQuence:POWer[:ALL][?] <MaxInputPower[n]>
Query Response:
 <MaxInputPower[n]>


Description	Specifies the maximum expected input power at the specified input port for all segments in the sequence.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <MaxInputPower[n]>
Description	Maximum expected input power per segment. The size of the array depends on the currently defined number of segments.
Datatype	Double
Default Value	0.00
Range	[-174.00:50.00]
Unit	dBm

CONFigure:RFSA:GPRF:SEQuence:SEGMent[:SETup]

Usage:
 CONFigure:RFSA:GPRF:SEQuence:SEGMent[:SETup][?] <SegmentCenterFrequency>,<SegmentDuration>,<MaxInputPower>,<ExternalAttenuation>,<SlotCount>,<SlotDuration>,<SlotOffset>
Query Response:
 <SegmentCenterFrequency>,<SegmentDuration>,<MaxInputPower>,<ExternalAttenuation>,<SlotCount>,<SlotDuration>,<SlotOffset>


Description	Specifies all physical properties of a signal for a given segment.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <SegmentCenterFrequency>
Description	Center frequency of the received signal.
Datatype	Double
Default Value	1.000000000000000E+009
Range	[6.500000000000000E+007:6.600000000000000E+009]
Unit	Hz


Parameter: <SegmentDuration>
Description	Segment duration. <SegmentDuration> must be greater than the corresponding <SlotCount> x <SlotDuration>.
Datatype	Double
Default Value	1.00E-002
Range	[5.00E-005:3.00E+001]
Unit	sec


Parameter: <MaxInputPower>
Description	Maximum expected input power to the instrument.
Datatype	Double
Default Value	0.00
Range	[-174.00:50.00]
Unit	dBm


Parameter: <ExternalAttenuation>
Description	External attenuation value.
Datatype	Double
Default Value	0.00
Range	[-100.00:100.00]
Unit	dB


Parameter: <SlotCount>
Description	Number of segment slots.
Datatype	Integer32
Default Value	1
Range	[1:10000]


Parameter: <SlotDuration>
Description	Duration of each segment slot.
Datatype	Double
Default Value	1.00E-003
Range	[1.00E-006:1.00E+001]
Unit	sec


Parameter: <SlotOffset>
Description	Offset from the start of the segment until the measurement interval begins.
Datatype	Double
Default Value	0.00E+000
Range	[0.00E+000:1.00E+001]
Unit	sec

CONFigure:RFSA:GPRF:SEQuence:SEGMent:MEASurement:ENABle[:ALL]

Usage:
 CONFigure:RFSA:GPRF:SEQuence:SEGMent:MEASurement:ENABle[:ALL][?] <FCOuntEnable>,<IQVTimeEnable>,<TXPowerEnable>
Query Response:
 <FCOuntEnable>,<IQVTimeEnable>,<TXPowerEnable>


Description	Specifies which measurements to enable for a given segment.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <FCOuntEnable>
Description	0 \| OFF: Disables the frequency counter measurement. 1 \| ON: Enables the frequency counter measurement.
Datatype	Boolean
Default Value	1
Range	0 \| 1 \| ON \| OFF


Parameter: <IQVTimeEnable>
Description	0 \| OFF: Disables the I/Q versus time (IQVT) measurement. 1 \| ON: Enables the I/Q versus time (IQVT) measurement.
Datatype	Boolean
Default Value	1
Range	0 \| 1 \| ON \| OFF


Parameter: <TXPowerEnable>
Description	0 \| OFF: Disables the transmit power (TXP) measurement. 1 \| ON: Enables the transmit power (TXP) measurement.
Datatype	Boolean
Default Value	1
Range	0 \| 1 \| ON \| OFF

CONFigure:RFSA:GPRF:SEQuence:SEGMent:MEASurement:INTerval[:ALL]

Usage:
 CONFigure:RFSA:GPRF:SEQuence:SEGMent:MEASurement:INTerval[:ALL][?] <FcountMeasurementInterval>,<IqvtimeMeasurementInterval>,<TxpowerMeasurementInterval>
Query Response:
 <FcountMeasurementInterval>,<IqvtimeMeasurementInterval>,<TxpowerMeasurementInterval>


Description	Specifies the interval for all measurements of a given segment.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <FcountMeasurementInterval>
Description	Interval for the frequency count measurement.
Datatype	Double
Default Value	1.00E-003
Range	[1.00E-006:1.00E+001]
Unit	sec


Parameter: <IqvtimeMeasurementInterval>
Description	Interval for the I/Q versus time (IQVT) measurement.
Datatype	Double
Default Value	1.00E-003
Range	[1.00E-006:1.00E+001]
Unit	sec


Parameter: <TxpowerMeasurementInterval>
Description	Interval for the transmit power (TXP) measurement.
Datatype	Double
Default Value	1.00E-003
Range	[1.00E-006:1.00E+001]
Unit	sec

CONFigure:RFSA:GPRF:SEQuence:SLOT[:COUNt][:ALL]

Usage:
 CONFigure:RFSA:GPRF:SEQuence:SLOT[:COUNt][:ALL][?] <SlotCount[n]>
Query Response:
 <SlotCount[n]>


Description	Specifies the number of slots for all segments.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <SlotCount[n]>
Description	Number of segment slots. The size of the array depends on the currently defined number of segments.
Datatype	Integer32
Default Value	1
Range	[1:10000]

CONFigure:RFSA:GPRF:SEQuence:SLOT:DURation[:ALL]

Usage:
 CONFigure:RFSA:GPRF:SEQuence:SLOT:DURation[:ALL][?] <SlotDuration[n]>
Query Response:
 <SlotDuration[n]>


Description	Specifies the slot duration for all segments in the sequence.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <SlotDuration[n]>
Description	Duration of each segment slot. The size of the array depends on the currently defined number of segments.
Datatype	Double
Default Value	1.00E-003
Range	[1.00E-006:1.00E+001]
Unit	sec

CONFigure:RFSA:GPRF:SEQuence:SLOT:OFFSet[:ALL]

Usage:
 CONFigure:RFSA:GPRF:SEQuence:SLOT:OFFSet[:ALL][?] <SlotOffset[n]>
Query Response:
 <SlotOffset[n]>


Description	Specifies the sequence offset for all segments in the sequence.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <SlotOffset[n]>
Description	Offset from the start of the segment until the measurement interval begins. The size of the array depends on the currently defined number of segments.
Datatype	Double
Default Value	0.00E+000
Range	[0.00E+000:1.00E+001]
Unit	sec

CONFigure:RFSA:GPRF:SEQuence:TRIGger

Usage:
 CONFigure:RFSA:GPRF:SEQuence:TRIGger[?] <TriggerMode>
Query Response:
 <TriggerMode>


Description
Availability	Command/Query
Execution Mode	Command: Sequential Query: Sequential


Parameter: <TriggerMode>
Description	Sequence triggering mode. First: Only triggers on the first segment. Every: Triggers on every segment.
Datatype	Enumeration
Default Value	FIRST
Range	FIRST \| EVERY

CONFigure:RFSA:GPRF:TRACe[:ENABle]

Usage:
 CONFigure:RFSA:GPRF:TRACe[:ENABle][?] <GprfTraceEnabled>
Query Response:
 <GprfTraceEnabled>


Description	Specifies whether to enable collection of trace data for general purpose RF measurements.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <GprfTraceEnabled>
Description	If disabled, no trace data is collected so no traces are fetched. 0 \| OFF: Disables collection of trace data. 1 \| ON: Enables collection of trace data.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| FALSE \| TRUE \| OFF \| ON

FETCh:RFSA:GPRF[:RESults]:FCOunt[:ALL]

Usage:
 FETCh:RFSA:GPRF[:RESults]:FCOunt[:ALL]?
Query Response:
 <AverageMeanFrequency>,<MeanPhase>


Description	Fetches the frequency counter measurement results.
Availability	Query
Execution Mode	Overlapped


Parameter: <AverageMeanFrequency>
Description	Average mean frequency evaluated over the specified interval. The averaging is controlled by the configured type and number of averages.
Datatype	Double
Unit	Hz


Parameter: <MeanPhase>
Description	Mean phase evaluated over the specified interval.
Datatype	Double
Unit	Deg

FETCh:RFSA:GPRF[:RESults]:FCOunt:FREQuency[:AVERage]

Usage:
 FETCh:RFSA:GPRF[:RESults]:FCOunt:FREQuency[:AVERage]?
Query Response:
 <AverageMeanFrequencyError>


Description	Fetches the frequency counter frequency error results.
Availability	Query
Execution Mode	Overlapped


Parameter: <AverageMeanFrequencyError>
Description	Average mean frequency error evaluated over the specified interval. The averaging is controlled by the configured type and number of averages.
Datatype	Double
Unit	Hz

FETCh:RFSA:GPRF[:RESults]:FCOunt:PHASe

Usage:
 FETCh:RFSA:GPRF[:RESults]:FCOunt:PHASe?
Query Response:
 <MeanPhase>


Description	Fetches the frequency counter phase results.
Availability	Query
Execution Mode	Overlapped


Parameter: <MeanPhase>
Description	Mean phase evaluated over the specified interval.
Datatype	Double
Unit	Deg

FETCh:RFSA:GPRF[:RESults]:IQVTime[:ALL]

Usage:
 FETCh:RFSA:GPRF[:RESults]:IQVTime[:ALL]?
Query Response:
 <MeanPower>,<MeanPhase>,<MeandPhase>,<MeanFrequencyError>


Description	Fetches the I/Q versus time (IQVT) results.
Availability	Query
Execution Mode	Overlapped


Parameter: <MeanPower>
Description	Mean power evaluated over the specified interval.
Datatype	Double
Unit	dBm


Parameter: <MeanPhase>
Description	Mean phase evaluated over the specified interval.
Datatype	Double
Unit	Deg


Parameter: <MeandPhase>
Description	Mean delta phase evaluated over the specified interval.
Datatype	Double
Unit	Deg


Parameter: <MeanFrequencyError>
Description	Mean frequency error evaluated over the specified interval and compared to the expected center frequency.
Datatype	Double
Unit	Hz

FETCh:RFSA:GPRF[:RESults]:IQVTime:DPHAse

Usage:
 FETCh:RFSA:GPRF[:RESults]:IQVTime:DPHAse?
Query Response:
 <MeandPhase>


Description	Fetches the I/Q versus time (IQVT) delta phase result.
Availability	Query
Execution Mode	Overlapped


Parameter: <MeandPhase>
Description	Mean delta phase evaluated over the specified interval.
Datatype	Double
Unit	Deg

FETCh:RFSA:GPRF[:RESults]:IQVTime:FERRor

Usage:
 FETCh:RFSA:GPRF[:RESults]:IQVTime:FERRor?
Query Response:
 <MeanFrequencyError>


Description	Fetches the I/Q versus time (IQVT) frequency error result.
Availability	Query
Execution Mode	Overlapped


Parameter: <MeanFrequencyError>
Description	Mean frequency error evaluated over the specified interval and compared to the expected center frequency.
Datatype	Double
Unit	Hz

FETCh:RFSA:GPRF[:RESults]:IQVTime:PHASe

Usage:
 FETCh:RFSA:GPRF[:RESults]:IQVTime:PHASe?
Query Response:
 <MeanPhase>


Description	Fetches the I/Q versus time (IQVT) phase result.
Availability	Query
Execution Mode	Overlapped


Parameter: <MeanPhase>
Description	Mean phase evaluated over the specified interval.
Datatype	Double
Unit	Deg

FETCh:RFSA:GPRF[:RESults]:IQVTime:POWer

Usage:
 FETCh:RFSA:GPRF[:RESults]:IQVTime:POWer?
Query Response:
 <MeanPower>


Description	Fetches the I/Q versus time (IQVT) power result.
Availability	Query
Execution Mode	Overlapped


Parameter: <MeanPower>
Description	Mean power evaluated over the specified interval.
Datatype	Double
Unit	dBm

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:FCOunt:FREQuency[:AVERage]

Usage:
 FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:FCOunt:FREQuency[:AVERage]?
Query Response:
 <MeanFrequencyError[n]>


Description	Fetches the frequency counter frequency error results for a given segment.
Availability	Query
Execution Mode	Sequential


Parameter: <MeanFrequencyError[n]>
Description	Average frequency error for each slot in the segment. The frequency error is the mean frequency delta to the requested freqency value evaluated over the specified interval. The averaging is controlled by the configured type and number of averages.
Datatype	Double
Unit	Hz

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:FCOunt:PHASe

Usage:
 FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:FCOunt:PHASe?
Query Response:
 <MeanPhase[n]>


Description	Fetches the frequency counter phase results for a given segment.
Availability	Query
Execution Mode	Overlapped


Parameter: <MeanPhase[n]>
Description	Phase for each slot in the segment. The phase is the mean phase evaluated over the specified interval.
Datatype	Double
Unit	deg

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:DPHAse

Usage:
 FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:DPHAse?
Query Response:
 <MeanDeltaPhase[n]>


Description	Fetches the I/Q versus time (IQVT) delta phase results for a given segment.
Availability	Query
Execution Mode	Overlapped


Parameter: <MeanDeltaPhase[n]>
Description	Delta phase for each slot in the segment.
Datatype	Double
Unit	deg

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:FERRor

Usage:
 FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:FERRor?
Query Response:
 <MeanFrequencyError[n]>


Description	Fetches the I/Q versus time (IQVT) frequency error results for a given segment.
Availability	Query
Execution Mode	Overlapped


Parameter: <MeanFrequencyError[n]>
Description	Frequency error for each slot in the segment. The frequency error is the mean frequency error evaluated over the specified interval and compared to the expected center frequency.
Datatype	Double
Unit	Hz

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:OFERror

Usage:
 FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:OFERror?
Query Response:
 <OverallMeanFrequencyError>


Description	Fetches the I/Q versus time (IQVT) overall frequency error results for a given segment.
Availability	Query
Execution Mode	Overlapped


Parameter: <OverallMeanFrequencyError>
Description	Overall mean frequency error for the segment.
Datatype	Double
Unit	Hz

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:PHASe

Usage:
 FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:PHASe?
Query Response:
 <MeanPhase[n]>


Description	Fetches the I/Q versus time (IQVT) delta phase results for a given segment.
Availability	Query
Execution Mode	Overlapped


Parameter: <MeanPhase[n]>
Description	Phase for each slot in the segment.
Datatype	Double
Unit	deg

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:POWer

Usage:
 FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:POWer?
Query Response:
 <AveragePower[n]>


Description	Fetches the I/Q versus time (IQVT) delta phase results for a given segment.
Availability	Query
Execution Mode	Overlapped


Parameter: <AveragePower[n]>
Description	Average power for each slot in the segment.
Datatype	Double
Unit	dBm

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:TXPower[:AVERage]

Usage:
 FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:TXPower[:AVERage]?
Query Response:
 <AveragePower[n]>


Description	Fetches the transmit power (TXP) power results for a given segment.
Availability	Query
Execution Mode	Overlapped


Parameter: <AveragePower[n]>
Description	Average power for each slot in the segment. The power is the mean power evaluated over the specified interval. The averaging is controlled by the configured type and number of averages.
Datatype	Double
Unit	dBm

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:TXPower:MAXimum

Usage:
 FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:TXPower:MAXimum?
Query Response:
 <MaximumPower[n]>


Description	Fetches the transmit power (TXP) power results for a given segment.
Availability	Query
Execution Mode	Overlapped


Parameter: <MaximumPower[n]>
Description	Maximum power for each slot in the segment. The power is the maximum power evaluated over the specified interval. The averaging is controlled by the configured type and number of averages.
Datatype	Double
Unit	dBm

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:TXPower:MINimum

Usage:
 FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:TXPower:MINimum?
Query Response:
 <MinimumPower[n]>


Description	Fetches the transmit power (TXP) power results for a given segment.
Availability	Query
Execution Mode	Overlapped


Parameter: <MinimumPower[n]>
Description	Minimum power for each slot in the segment. The power is the minimum power evaluated over the specified interval. The averaging is controlled by the configured type and number of averages.
Datatype	Double
Unit	dBm

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:TXPower:TRACe[:POWer]

Usage:
 FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:TXPower:TRACe[:POWer]?
Query Response:
 <Xo>,<dx>,#xyy<TxpPowerTrace[n]>


Description	Fetches the transmit power (TXP) power results for a given segment. This value is available only when traces are enabled.
Availability	Query
Execution Mode	Overlapped


Parameter: <Xo>
Description	Origin point of the x-axis of trace data (start time).
Datatype	Double


Parameter: <dx>
Description	Delta time between each sample in the trace.
Datatype	Double


Parameter: #xyy<TxpPowerTrace[n]>
Description	Trace data values.
Datatype	Real Blockdata (8 Byte Doubles)

FETCh:RFSA:GPRF[:RESults]:STATe

Usage:
 FETCh:RFSA:GPRF[:RESults]:STATe?
Query Response:
 <HardwareState>,<MeasurementState>


Description	Returns the state of the instrument.
Availability	Query
Execution Mode	Overlapped


Parameter: <HardwareState>
Description	IDLE: Hardware is available. PENDING: Execution is waiting for hardware to release. ACTIVE: Hardware is actively acquiring data.
Datatype	Enumeration


Parameter: <MeasurementState>
Description	OFF: The measurement has not been initiated yet. READY: The measurement result is available to fetch. PENDING: The measurement is initiated but has not started receiving data to process. PROCESSING: The measurement is processing the acquired data.
Datatype	Enumeration

FETCh:RFSA:GPRF[:RESults]:TXPower[:ALL]

Usage:
 FETCh:RFSA:GPRF[:RESults]:TXPower[:ALL]?
Query Response:
 <AverageMeanPower>,<PeakToAverageRatio>,<MaxPower>,<MinPower>


Description	Fetches the transmission power (TXP) power results.
Availability	Query
Execution Mode	Overlapped


Parameter: <AverageMeanPower>
Description	Average power is the mean power evaluated over the specified interval. The averaging is controlled by the configured type and number of averages.
Datatype	Double
Unit	dBm


Parameter: <PeakToAverageRatio>
Description	Peak to average TXP ratio.
Datatype	Double
Unit	dB


Parameter: <MaxPower>
Description	Maximum power is the maximum power evaluated over the specified interval. The averaging is controlled by the configured type and number of averages.
Datatype	Double
Unit	dBm


Parameter: <MinPower>
Description	Minimum power is the minimum power evaluated over the specified interval. The averaging is controlled by the configured type and number of averages.
Datatype	Double
Unit	dBm

FETCh:RFSA:GPRF[:RESults]:TXPower:AVERage

Usage:
 FETCh:RFSA:GPRF[:RESults]:TXPower:AVERage?
Query Response:
 <AverageMeanPower>


Description	Fetches the transmit power (TXP) power results.
Availability	Query
Execution Mode	Overlapped


Parameter: <AverageMeanPower>
Description	Average power is the mean power evaluated over the specified interval. The averaging is controlled by the configured type and number of averages.
Datatype	Double
Unit	dBm

FETCh:RFSA:GPRF[:RESults]:TXPower:MAXimum

Usage:
 FETCh:RFSA:GPRF[:RESults]:TXPower:MAXimum?
Query Response:
 <MaxPower>


Description	Fetches the transmit power (TXP) power results.
Availability	Query
Execution Mode	Overlapped


Parameter: <MaxPower>
Description	Maximum power is the maximum power evaluated over the specified interval. The averaging is controlled by the configured type and number of averages.
Datatype	Double
Unit	dBm

FETCh:RFSA:GPRF[:RESults]:TXPower:MINimum

Usage:
 FETCh:RFSA:GPRF[:RESults]:TXPower:MINimum?
Query Response:
 <MinPower>


Description	Fetches the transmit power (TXP) power results.
Availability	Query
Execution Mode	Overlapped


Parameter: <MinPower>
Description	Minimum power is the minimum power evaluated over the specified interval. The averaging is controlled by the configured type and number of averages.
Datatype	Double
Unit	dBm

FETCh:RFSA:GPRF[:RESults]:TXPower:PTARatio

Usage:
 FETCh:RFSA:GPRF[:RESults]:TXPower:PTARatio?
Query Response:
 <PeakToAverageRatio>


Description	Fetches the transmit power (TXP) power results.
Availability	Query
Execution Mode	Overlapped


Parameter: <PeakToAverageRatio>
Description	Peak to average TXP ratio.
Datatype	Double
Unit	dB

FETCh:RFSA:GPRF[:RESults]:TXPower:TRACe[:POWer]

Usage:
 FETCh:RFSA:GPRF[:RESults]:TXPower:TRACe[:POWer]?
Query Response:
 <Xo>,<dx>,#xyy<TxpPowerTrace[n]>


Description	Fetches the transmission power (TXP) power trace.
Availability	Query
Execution Mode	Overlapped


Parameter: <Xo>
Description	Origin point of the x-axis of trace data (start time).
Datatype	Double


Parameter: <dx>
Description	Delta time between each sample in the trace.
Datatype	Double


Parameter: #xyy<TxpPowerTrace[n]>
Description	Trace data values, sent as binary block data.
Datatype	Real Blockdata (8 Byte Doubles)

FETCh:RFSA:GPRF[:RESults]:TXPower:TRACe:IQ

Usage:
 FETCh:RFSA:GPRF[:RESults]:TXPower:TRACe:IQ?
Query Response:
 <Xo>,<dx>,#xyy<TxpIQTrace[n]>


Description	Fetches the I/Q samples from the measurement. The array consists of interleaved I and Q samples. The size of the array is the total size (twice the size of the I/Q samples as they are interleaved).
Availability	Query
Execution Mode	Overlapped


Parameter: <Xo>
Description	Origin point of the x-axis of trace data (start time).
Datatype	Double


Parameter: <dx>
Description	Delta time between each sample in the trace.
Datatype	Double


Parameter: #xyy<TxpIQTrace[n]>
Description	Trace data values, sent as binary complex block data.
Datatype	Complex Blockdata (8 Byte Doubles)

FETCh:RFSA:GPRF[:RESults]:TXPower:TRACe:PHASe

Usage:
 FETCh:RFSA:GPRF[:RESults]:TXPower:TRACe:PHASe?
Query Response:
 <Xo>,<dx>,#xyy<TxpPhaseTrace[n]>


Description	Fetches the transmit power (TXP) phase trace.
Availability	Query
Execution Mode	Overlapped


Parameter: <Xo>
Description	Origin point of the x-axis of trace data (start time).
Datatype	Double


Parameter: <dx>
Description	Delta time between each sample in the trace.
Datatype	Double


Parameter: #xyy<TxpPhaseTrace[n]>
Description	Trace data values, sent as binary block data.
Datatype	Real Blockdata (8 Byte Doubles)

INITiate:RFSA:GPRF[:RESults]

Usage:
 INITiate:RFSA:GPRF[:RESults]


Description	Initiates a composite measurement and stores the results in the result space provided in [:Result<i>].
Availability	Command
Execution Mode	Sequential

INITiate:RFSA:GPRF:ALEVel

Usage:
 INITiate:RFSA:GPRF:ALEVel


Description	This command blocks the instrument until the AutoLevel task completes.
Availability	Command
Execution Mode	Sequential

SYSTem:RFSA:GPRF:VERSion

Usage:
 SYSTem:RFSA:GPRF:VERSion?
Query Response:
 <PersonalityVersion>,<FrameworkVersion>


Description
Availability	Query
Execution Mode	Overlapped


Parameter: <PersonalityVersion>
Description	Version of the SCPI personality.
Datatype	String


Parameter: <FrameworkVersion>
Description	Version of the execution framework.
Datatype	String

TRIGger:RFSA:GPRF:DELay

Usage:
 TRIGger:RFSA:GPRF:DELay[?] <TriggerDelay>
Query Response:
 <TriggerDelay>


Description	Specifies the trigger delay, which is the delay between the trigger point and the start of data acquisition.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <TriggerDelay>
Description	Trigger delay.
Datatype	Double
Default Value	0.00E+000
Range	[-1.00E+001:1.00E+001]
Unit	S

TRIGger:RFSA:GPRF:EDGE

Usage:
 TRIGger:RFSA:GPRF:EDGE[?] <TriggerEdge>
Query Response:
 <TriggerEdge>


Description	Specifies whether the trigger asserts on the rising or falling edge of the signal.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <TriggerEdge>
Description	RISing: Asserts the trigger on the rising edge of the signal. FALLing: Asserts the trigger on the falling edge of the signal.
Datatype	Enumeration
Default Value	RISing
Range	RISing \| FALLing

TRIGger:RFSA:GPRF:EXPort

Usage:
 TRIGger:RFSA:GPRF:EXPort[?] <TriggerExportDestination>
Query Response:
 <TriggerExportDestination>


Description	Specifies whether to export the trigger to allow other configurations to capture the event and react to the trigger as well.
Availability	Command/Query
Execution Mode	Command: Sequential Query: Sequential


Parameter: <TriggerExportDestination>
Description	NONE: The trigger is not exported. INTERNAL: The trigger is exported internally in the instrument.
Datatype	Enumeration
Default Value	NONE
Range	NONE \| INTERNAL

TRIGger:RFSA:GPRF:MQTime

Usage:
 TRIGger:RFSA:GPRF:MQTime[?] <MinQuietTimeDuration>
Query Response:
 <MinQuietTimeDuration>


Description	Specifies the minimum time for which the signal must be quiet before the device arms the trigger.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <MinQuietTimeDuration>
Description	Minimum quiet time. The signal is quiet when it is below the trigger level when you set the EDGE property to RISING, or above the trigger level when you set the EDGE property to FALLING.
Datatype	Double
Default Value	5.00E-006
Range	[0.00E+000:1.00E+001]
Unit	sec

TRIGger:RFSA:GPRF:SOURce

Usage:
 TRIGger:RFSA:GPRF:SOURce[?] <TriggerSource>
Query Response:
 <TriggerSource>


Description	Specifies the source terminal for the trigger.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <TriggerSource>
Description	IMMEDIATE - Generates the signal to measure when the hardware is ready. POWER - Uses RF power edge trigger. INTERNAL - Uses one of the multiple WTS internal triggers, which must be exported by any other personality configured to use the same port. The port name must be defined before this command is executed.
Datatype	String
Default Value	"IMMEDIATE"

TRIGger:RFSA:GPRF:THReshold

Usage:
 TRIGger:RFSA:GPRF:THReshold[?] <TriggerThreshold>
Query Response:
 <TriggerThreshold>


Description	Specifies the trigger threshold to use when power triggering. This value is referenced to the unit under test (UUT) port, accounting for external attenuation.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <TriggerThreshold>
Description	Power threshold relative to the currently set maximum expected power.
Datatype	Double
Default Value	-30.00
Range	[-100.00:0.00]
Unit	dB

TRIGger:RFSA:GPRF:TOUT

Usage:
 TRIGger:RFSA:GPRF:TOUT[?] <TriggerTimeout>
Query Response:
 <TriggerTimeout>


Description	Specifies the maximum time allowed to meet the trigger condition after committing the configuration to the hardware.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <TriggerTimeout>
Description	Trigger timeout. The timeout watchdog does not start while the hardware configuration is pending.
Datatype	Double
Default Value	10.00
Range	[0.00:10000.00]
Unit	sec

Wireless Test System API Overview

SCPI Command Reference

CONFigure:RFSA:GPRF<i>:EATTenuation

CONFigure:RFSA:GPRF<i>:FREQuency[:CENTer]

CONFigure:RFSA:GPRF<i>:MEASurement:FCOunt[:ENABle]

CONFigure:RFSA:GPRF<i>:MEASurement:FCOunt:AVERaging[:COUNt]

CONFigure:RFSA:GPRF<i>:MEASurement:FCOunt:AVERaging:TYPE

CONFigure:RFSA:GPRF<i>:MEASurement:FCOunt:INTerval

CONFigure:RFSA:GPRF<i>:MEASurement:FCOunt:RBWidth

CONFigure:RFSA:GPRF<i>:MEASurement:FCOunt:RBWidth:FILTer[:TYPE]

CONFigure:RFSA:GPRF<i>:MEASurement:FCOunt:RBWidth:FILTer:ALPHa

CONFigure:RFSA:GPRF<i>:MEASurement:IQVTime[:ENABle]

CONFigure:RFSA:GPRF<i>:MEASurement:IQVTime:INTerval

CONFigure:RFSA:GPRF<i>:MEASurement:IQVTime:RBWidth

CONFigure:RFSA:GPRF<i>:MEASurement:IQVTime:RBWidth:FILTer[:TYPE]

CONFigure:RFSA:GPRF<i>:MEASurement:IQVTime:RBWidth:FILTer:ALPHa

CONFigure:RFSA:GPRF<i>:MEASurement:TXPower[:ENABle]

CONFigure:RFSA:GPRF<i>:MEASurement:TXPower:AVERaging[:COUNt]

CONFigure:RFSA:GPRF<i>:MEASurement:TXPower:AVERaging:TYPE

CONFigure:RFSA:GPRF<i>:MEASurement:TXPower:INTerval

CONFigure:RFSA:GPRF<i>:MEASurement:TXPower:RBWidth

CONFigure:RFSA:GPRF<i>:MEASurement:TXPower:RBWidth:FILTer[:TYPE]

CONFigure:RFSA:GPRF<i>:MEASurement:TXPower:RBWidth:FILTer:ALPHa

CONFigure:RFSA:GPRF<i>:PORTname

CONFigure:RFSA:GPRF<i>:POWer[:MAXimum]

CONFigure:RFSA:GPRF<i>:POWer:AUTO

CONFigure:RFSA:GPRF<i>:SEQuence[:MEASurement]:FCOunt:ENABle[:ALL]

CONFigure:RFSA:GPRF<i>:SEQuence[:MEASurement]:FCOunt:INTerval[:ALL]

CONFigure:RFSA:GPRF<i>:SEQuence[:MEASurement]:IQVTime:ENABle[:ALL]

CONFigure:RFSA:GPRF<i>:SEQuence[:MEASurement]:IQVTime:INTerval[:ALL]

CONFigure:RFSA:GPRF<i>:SEQuence[:MEASurement]:TXPower:ENABle[:ALL]

CONFigure:RFSA:GPRF<i>:SEQuence[:MEASurement]:TXPower:INTerval[:ALL]

CONFigure:RFSA:GPRF<i>:SEQuence:DURation[:ALL]

CONFigure:RFSA:GPRF<i>:SEQuence:EATTenuation[:ALL]

CONFigure:RFSA:GPRF<i>:SEQuence:ENABle

CONFigure:RFSA:GPRF<i>:SEQuence:FREQuency[:CENTer][:ALL]

CONFigure:RFSA:GPRF<i>:SEQuence:NSEGments

CONFigure:RFSA:GPRF<i>:SEQuence:POWer[:ALL]

CONFigure:RFSA:GPRF<i>:SEQuence:SEGMent<i>[:SETup]

CONFigure:RFSA:GPRF<i>:SEQuence:SEGMent<i>:MEASurement:ENABle[:ALL]

CONFigure:RFSA:GPRF<i>:SEQuence:SEGMent<i>:MEASurement:INTerval[:ALL]

CONFigure:RFSA:GPRF<i>:SEQuence:SLOT[:COUNt][:ALL]

CONFigure:RFSA:GPRF<i>:SEQuence:SLOT:DURation[:ALL]

CONFigure:RFSA:GPRF<i>:SEQuence:SLOT:OFFSet[:ALL]

CONFigure:RFSA:GPRF<i>:SEQuence:TRIGger

CONFigure:RFSA:GPRF<i>:TRACe[:ENABle]

FETCh:RFSA:GPRF<i>[:RESults<i>]:FCOunt[:ALL]

FETCh:RFSA:GPRF<i>[:RESults<i>]:FCOunt:FREQuency[:AVERage]

FETCh:RFSA:GPRF<i>[:RESults<i>]:FCOunt:PHASe

FETCh:RFSA:GPRF<i>[:RESults<i>]:IQVTime[:ALL]

FETCh:RFSA:GPRF<i>[:RESults<i>]:IQVTime:DPHAse

FETCh:RFSA:GPRF<i>[:RESults<i>]:IQVTime:FERRor

FETCh:RFSA:GPRF<i>[:RESults<i>]:IQVTime:PHASe

FETCh:RFSA:GPRF<i>[:RESults<i>]:IQVTime:POWer

FETCh:RFSA:GPRF<i>[:RESults<i>]:SEQuence:SEGMent<i>:FCOunt:FREQuency[:AVERage]

FETCh:RFSA:GPRF<i>[:RESults<i>]:SEQuence:SEGMent<i>:FCOunt:PHASe

FETCh:RFSA:GPRF<i>[:RESults<i>]:SEQuence:SEGMent<i>:IQVTime:DPHAse

FETCh:RFSA:GPRF<i>[:RESults<i>]:SEQuence:SEGMent<i>:IQVTime:FERRor

FETCh:RFSA:GPRF<i>[:RESults<i>]:SEQuence:SEGMent<i>:IQVTime:OFERror

FETCh:RFSA:GPRF<i>[:RESults<i>]:SEQuence:SEGMent<i>:IQVTime:PHASe

FETCh:RFSA:GPRF<i>[:RESults<i>]:SEQuence:SEGMent<i>:IQVTime:POWer

FETCh:RFSA:GPRF<i>[:RESults<i>]:SEQuence:SEGMent<i>:TXPower[:AVERage]

FETCh:RFSA:GPRF<i>[:RESults<i>]:SEQuence:SEGMent<i>:TXPower:MAXimum

FETCh:RFSA:GPRF<i>[:RESults<i>]:SEQuence:SEGMent<i>:TXPower:MINimum

FETCh:RFSA:GPRF<i>[:RESults<i>]:SEQuence:SEGMent<i>:TXPower:TRACe[:POWer]

FETCh:RFSA:GPRF<i>[:RESults<i>]:STATe

FETCh:RFSA:GPRF<i>[:RESults<i>]:TXPower[:ALL]

FETCh:RFSA:GPRF<i>[:RESults<i>]:TXPower:AVERage

FETCh:RFSA:GPRF<i>[:RESults<i>]:TXPower:MAXimum

FETCh:RFSA:GPRF<i>[:RESults<i>]:TXPower:MINimum

FETCh:RFSA:GPRF<i>[:RESults<i>]:TXPower:PTARatio

FETCh:RFSA:GPRF<i>[:RESults<i>]:TXPower:TRACe[:POWer]

FETCh:RFSA:GPRF<i>[:RESults<i>]:TXPower:TRACe:IQ

FETCh:RFSA:GPRF<i>[:RESults<i>]:TXPower:TRACe:PHASe

INITiate:RFSA:GPRF<i>[:RESults<i>]

INITiate:RFSA:GPRF<i>:ALEVel

SYSTem:RFSA:GPRF<i>:VERSion

TRIGger:RFSA:GPRF<i>:DELay

TRIGger:RFSA:GPRF<i>:EDGE

TRIGger:RFSA:GPRF<i>:EXPort