LTE RFSA SCPI Command Reference

CONFigure:RFSA:LTE[:MEASurement]:ACPower[:ENABle]

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:ACPower[:ENABle][?] <AcpEnable>
Query Response:
 <AcpEnable>


Description	Specifies whether to enable adjacent channel power (ACP) measurements.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <AcpEnable>
Description	0 \| OFF: Disables ACP measurements. 1 \| ON: Enables ACP measurements.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| OFF \| ON

CONFigure:RFSA:LTE[:MEASurement]:ACPower:AVERage[:COUNt]

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:ACPower:AVERage[:COUNt][?] <AcpNumberAverages>
Query Response:
 <AcpNumberAverages>


Description	Specifies the number of iterations over which to average adjacent channel power (ACP) measurements.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <AcpNumberAverages>
Description	Number of iterations over which to average ACP measurements.
Datatype	Integer32
Default Value	1
Range	[1:1000]

CONFigure:RFSA:LTE[:MEASurement]:ACPower:AVERage:TYPE

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:ACPower:AVERage:TYPE[?] <AcpAveragingType>
Query Response:
 <AcpAveragingType>


Description	Specifies the averaging type for adjacent channel power (ACP) measurements.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <AcpAveragingType>
Description	RMS - Averages the measured power. LOG - Averages the log of the measured power. SCALAR - Averages the measured voltage. MAX - Averages the maximum measured values. MIN - Averages the minimum measured values. VECTOR - Averages the I/Q values.
Datatype	Enumeration
Default Value	RMS
Range	RMS \| LOG \| SCALAR \| MAX \| MIN \| VECTOR

CONFigure:RFSA:LTE[:MEASurement]:MODulation[:ENABle]

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:MODulation[:ENABle][?] <EVM Enabled>
Query Response:
 <EVM Enabled>


Description	Specifies whether to enable modulation accuracy (ModAcc) measurements.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <EVM Enabled>
Description	0 \| OFF: Disables ModAcc measurements. 1 \| ON: Enables ModAcc measurements.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| OFF \| ON

CONFigure:RFSA:LTE[:MEASurement]:MODulation:AVERage[:COUNt]

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:MODulation:AVERage[:COUNt][?] <EvmNumberAverages>
Query Response:
 <EvmNumberAverages>


Description	Specifies the number of iterations over which to average modulation accuracy (ModAcc) measurements.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <EvmNumberAverages>
Description	Number of iterations over which to average ModAcc measurements.
Datatype	Integer32
Default Value	1
Range	[1:1000]

CONFigure:RFSA:LTE[:MEASurement]:MODulation:FFTWindow:LENGth

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:MODulation:FFTWindow:LENGth[?] <FFTWindowLength>
Query Response:
 <FFTWindowLength>


Description	Specifies the measurement offset, in slots.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <FFTWindowLength>
Description	Length in percentage points of the cyclix prefix (CP). One corresponds to the smallest CP window, while 100 corresponds to use the entire window. The offset plus length should not surpass 100.
Datatype	Double
Default Value	50.0
Range	[1.0:100.0]
Unit	%CP

CONFigure:RFSA:LTE[:MEASurement]:MODulation:FFTWindow:OFFSet

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:MODulation:FFTWindow:OFFSet[?] <FFTWindowOffset>
Query Response:
 <FFTWindowOffset>


Description	Specifies the measurement offset, in slots.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <FFTWindowOffset>
Description	Offset in percentage points of the cyclix prefix (CP). Zero corresponds to the beginning of the CP, while 100 corresponds to the end. The offset plus length should not surpass 100.
Datatype	Double
Default Value	50.0
Range	[0.0:99.0]
Unit	%CP

CONFigure:RFSA:LTE[:MEASurement]:MODulation:FFTWindow:TYPE

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:MODulation:FFTWindow:TYPE[?] <FFTWindowType>
Query Response:
 <FFTWindowType>


Description	Specifies the FFT window type. CUSTOM is faster for production test, while 3GPP adapts to the standard.
Availability	Command/Query
Execution Mode	Command: Sequential Query: Sequential


Parameter: <FFTWindowType>
Description	3GPP: Computes two EVM numbers with high offset and low offset and returns the maximum EVM found. CUSTOM: Based on the offset and length values, computes only one EVM number.
Datatype	Enumeration
Default Value	3GPP
Range	3GPP \| CUSTOM

CONFigure:RFSA:LTE[:MEASurement]:MODulation:MINTerval[:SLOTs]

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:MODulation:MINTerval[:SLOTs][?] <MeasurementInterval_Slots>
Query Response:
 <MeasurementInterval_Slots>


Description	Specifies the number of slots over which to perform modulation accuracy (ModAcc) measurements.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <MeasurementInterval_Slots>
Description	Number of slots over which to perform ModAcc measurements. -1 specifies all slots.
Datatype	Integer32
Default Value	1
Range	[-1:20]

CONFigure:RFSA:LTE[:MEASurement]:MODulation:MINTerval:OFFSet

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:MODulation:MINTerval:OFFSet[?] <MeasurementOffset_Slots>
Query Response:
 <MeasurementOffset_Slots>


Description	Specifies the measurement offset, in slots.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <MeasurementOffset_Slots>
Description	Measurement offset.
Datatype	Integer32
Default Value	0
Range	[0:20]

CONFigure:RFSA:LTE[:MEASurement]:MODulation:MODE

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:MODulation:MODE[?] <MeasurementMode>
Query Response:
 <MeasurementMode>


Description	Specifies the measurement mode.
Availability	Command/Query
Execution Mode	Command: Sequential Query: Sequential


Parameter: <MeasurementMode>
Description	FRAME: Measures a specific slot on an acquired frame, dependent on the offset and duration in slots. SLOT: Measures a random selection of slots, dependent on the measurement duration in slots. ARBITRARY: Measures a given number of chips, dependent on the measurement duration in slots. AUTO: Automatically selects a measurement mode based on trigger settings.
Datatype	Enumeration
Default Value	AUTO
Range	FRAME \| SLOT \| ARBITRARY \| AUTO

CONFigure:RFSA:LTE[:MEASurement]:MODulation:RBAuto[:ENABle]

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:MODulation:RBAuto[:ENABle][?] <RBAutodetection>
Query Response:
 <RBAutodetection>


Description	Specifies whether to enable the auto detection of channel configuration, allocated resource blocks, and modulation scheme.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <RBAutodetection>
Description	0 \| OFF: Disables auto detection of channel configuration, allocated resource blocks, and modulation scheme. 1 \| ON: Enables auto detection of channel configuration, allocated resource blocks, and modulation scheme.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| OFF \| ON

CONFigure:RFSA:LTE[:MEASurement]:MOEXception

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:MOEXception[?] <MeasureOnException>
Query Response:
 <MeasureOnException>


Description	Specifies whether to enable the measurement on exception (MOEX). MOEX enables measurements on low quality data. By default, MOEX is enabled. Disabling MOEX currently applies only to sequenced measurements.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <MeasureOnException>
Description	0 \| OFF: Disables MOEX. 1 \| ON: Enables MOEX.
Datatype	Boolean
Default Value	1
Range	0 \| 1 \| OFF \| ON

CONFigure:RFSA:LTE[:MEASurement]:OBW[:ENABle]

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:OBW[:ENABle][?] <ObwEnabled>
Query Response:
 <ObwEnabled>


Description	Specifies whether to enable occupied bandwidth (OBW) measurements.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <ObwEnabled>
Description	0 \| OFF: Disables OBW measurements. 1 \| ON: Enables OBW measurements.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| OFF \| ON

CONFigure:RFSA:LTE[:MEASurement]:OBW:AVERage[:COUNt]

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:OBW:AVERage[:COUNt][?] <ObwNumberAverages>
Query Response:
 <ObwNumberAverages>


Description	Specifies the number of iterations over which to average occupied bandwidth (OBW) measurements.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <ObwNumberAverages>
Default Value	1
Range	[1:1000]

CONFigure:RFSA:LTE[:MEASurement]:OBW:AVERage:TYPE

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:OBW:AVERage:TYPE[?] <ObwAveragingType>
Query Response:
 <ObwAveragingType>


Description	Specifies the averaging type for occupied bandwidth (OBW) measurements.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <ObwAveragingType>
Description	RMS - Averages the measured power. LOG - Averages the log of the measured power. SCALAR - Averages the measured voltage. MAX - Averages the maximum measured values. MIN - Averages the minimum measured values. VECTOR - Averages the I/Q values.
Datatype	Enumeration
Default Value	RMS
Range	RMS \| LOG \| SCALAR \| MAX \| MIN \| VECTOR

CONFigure:RFSA:LTE[:MEASurement]:PDYNamics[:ENABle]

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:PDYNamics[:ENABle][?] <PDyn Enabled>
Query Response:
 <PDyn Enabled>


Description	Specifies whether to enable power dynamics (PDYN) measurements.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <PDyn Enabled>
Description	0 \| OFF: Disables power dynamics measurements. 1 \| ON: Enables power dynamics measurements.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| ON \| OFF

CONFigure:RFSA:LTE[:MEASurement]:PDYNamics:AVERage[:COUNt]

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:PDYNamics:AVERage[:COUNt][?] <PowerDynamicsNumberAverages>
Query Response:
 <PowerDynamicsNumberAverages>


Description	Specifies the number of iterations over which to average power dynamics (PDYN) measurements.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <PowerDynamicsNumberAverages>
Description	Number of iterations over which to average PDYN measurements.
Datatype	Integer32
Default Value	1
Range	[1:1000]

CONFigure:RFSA:LTE[:MEASurement]:PDYNamics:AVERage:TYPE

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:PDYNamics:AVERage:TYPE[?] <PowerDynamicsAveragingType>
Query Response:
 <PowerDynamicsAveragingType>


Description	Specifies the averaging type for power dynamics (PDYN) measurements.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <PowerDynamicsAveragingType>
Description	RMS - Averages the measured power. LOG - Averages the log of the measured power. SCALAR - Averages the measured voltage. MAX - Averages the maximum measured values. MIN - Averages the minimum measured values. MAXMIN - Averages the maximum and minimum measured values.
Datatype	Enumeration
Default Value	RMS
Range	RMS \| LOG \| SCALAR \| MAX \| MIN \| MAXMIN

CONFigure:RFSA:LTE[:MEASurement]:SEM[:ENABle]

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:SEM[:ENABle][?] <SEM Enabled>
Query Response:
 <SEM Enabled>


Description	Specifies whether to enable spectral emissions mask (SEM) measurements.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <SEM Enabled>
Description	0 \| OFF: Disables SEM measurements. 1 \| ON: Enables SEM measurements.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| OFF \| ON

CONFigure:RFSA:LTE[:MEASurement]:SEM:AVERage[:COUNt]

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:SEM:AVERage[:COUNt][?] <SemNumberAverages>
Query Response:
 <SemNumberAverages>


Description	Specifies the number of iterations over which to average spectral emissions mask (SEM) measurements.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <SemNumberAverages>
Default Value	1
Range	[1:1000]

CONFigure:RFSA:LTE[:MEASurement]:SEM:AVERage:TYPE

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:SEM:AVERage:TYPE[?] <SemAveragingType>
Query Response:
 <SemAveragingType>


Description	Specifies the averaging type for spectral emission mask (SEM) measurements.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <SemAveragingType>
Description	RMS - Averages the measured power. LOG - Averages the log of the measured power. SCALAR - Averages the measured voltage. MAX - Averages the maximum measured values. MIN - Averages the minimum measured values. VECTOR - Averages the I/Q values.
Datatype	Enumeration
Default Value	RMS
Range	RMS \| LOG \| SCALAR \| MAX \| MIN \| VECTOR

CONFigure:RFSA:LTE[:MEASurement]:SEM:OSEGments:LIMits

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:SEM:OSEGments:LIMits?
Query Response:
 <SegmentIndex_1>,<SegmentEnableStatus_1>,<SegmentStartFrequency_1>,<SegmentStopFrequency_1>,<SegmentAbsoluteLevel_1>,<SegmentRBW_1>{,<SegmentIndex_n>,<SegmentEnableStatus_n>,<SegmentStartFrequency_n>,<SegmentStopFrequency_n>,<SegmentAbsoluteLevel_n>,<SegmentRBW_n>}


Description
Availability	Query
Execution Mode	Sequential


Parameter: <SegmentIndex>
Description	Index of the frequency segment.
Datatype	Integer32


Parameter: <SegmentEnableStatus>
Description	Indicates if the segment limit test is enabled or not for this segment. 0 means OFF or Disable, 1 means ON or Enable.
Datatype	Integer32


Parameter: <SegmentStartFrequency>
Description	Start frequency of the SEM frequency segment.
Datatype	Double
Unit	Hz


Parameter: <SegmentStopFrequency>
Description	Stop frequency of the SEM frequency segment.
Datatype	Double
Unit	Hz


Parameter: <SegmentAbsoluteLevel>
Description	Absolute mask limit in dBm.
Datatype	Double
Unit	dB


Parameter: <SegmentRBW>
Description	RBW of the segment.
Datatype	Double
Unit	dB

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

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:TXPower[:ENABle][?] <TXP Enabled>
Query Response:
 <TXP Enabled>


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


Parameter: <TXP Enabled>
Description	0 \| OFF: Disables TXP measurements. 1 \| ON: Enables TXP measurements.
Datatype	Boolean
Default Value	1
Range	0 \| 1 \| OFF \| ON

CONFigure:RFSA:LTE[:MEASurement]:TXPower:AVERage:COUNt

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:TXPower:AVERage:COUNt[?] <TxPNumberAverages>
Query Response:
 <TxPNumberAverages>


Description	Specifies the number of iterations over which to average transmit power (TXP) measurements.
Availability	Command/Query
Execution Mode	Command: Sequential Query: Sequential


Parameter: <TxPNumberAverages>
Description	Number of iterations over which to average TXP measurements.
Datatype	Integer32
Default Value	1
Range	[1:1000]

CONFigure:RFSA:LTE[:MEASurement]:TXPower:AVERage:TYPE

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:TXPower:AVERage:TYPE[?] <TxPAveragingType>
Query Response:
 <TxPAveragingType>


Description	Specifies the averaging type for transmit power (TXP) measurements.
Availability	Command/Query
Execution Mode	Command: Sequential Query: Sequential


Parameter: <TxPAveragingType>
Description	RMS - Averages the measured power. LOG - Averages the log of the measured power. SCALAR - Averages the measured voltage. MAX - Averages the maximum measured values. MIN - Averages the minimum measured values.
Datatype	Enumeration
Default Value	RMS
Range	RMS \| LOG \| SCALAR \| MAX \| MIN

CONFigure:RFSA:LTE[:MEASurement]:TXPower:MINTerval

Usage:
 CONFigure:RFSA:LTE[:MEASurement]:TXPower:MINTerval[?] <TxpMeasurementInterval>
Query Response:
 <TxpMeasurementInterval>


Description	Specifies the signal interval on which the transmit power (TXP) measurement executes for all segments in the sequence.
Availability	Command/Query
Execution Mode	Command: Sequential Query: Sequential


Parameter: <TxpMeasurementInterval>
Description	Measurement interval, in slots.
Datatype	Integer32
Default Value	2
Range	[1:1000]
Unit	Slot

CONFigure:RFSA:LTE[:SBLock][:CCARrier]:BWIDth

Usage:
 CONFigure:RFSA:LTE[:SBLock][:CCARrier]:BWIDth[?] <CarrierBandwidth>
Query Response:
 <CarrierBandwidth>


Description	Specifies the bandwidth of the carrier signal.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <CarrierBandwidth>
Default Value	10e6
Range	1.4e6 \| 3e6 \| 5e6 \| 10e6 \| 15e6 \| 20e6

CONFigure:RFSA:LTE[:SBLock][:CCARrier]:CID

Usage:
 CONFigure:RFSA:LTE[:SBLock][:CCARrier]:CID[?] <CellID>
Query Response:
 <CellID>


Description	Specifies the physical layer cell identity as defined in section 6.11 of the 3GPP TS 36.211 v8.6.0 specifications.
Availability	Command/Query
Execution Mode	Command: Sequential Query: Sequential


Parameter: <CellID>
Default Value	0
Range	[0:503]

CONFigure:RFSA:LTE[:SBLock][:CCARrier]:FREQuency:OFFSet

Usage:
 CONFigure:RFSA:LTE[:SBLock][:CCARrier]:FREQuency:OFFSet[?] <OffsetFrequency>
Query Response:
 <OffsetFrequency>


Description	Specifies the offset frequency from the subblock center frequency.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <OffsetFrequency>
Description	Offset frequency from the subblock center frequency. This value is used only if Spacing type is USER.
Datatype	Double
Default Value	0.00
Range	[-100000000.00:100000000.00]
Unit	Hz

CONFigure:RFSA:LTE[:SBLock][:CCARrier]:PUSCh[:RBCLuster]:NRB

Usage:
 CONFigure:RFSA:LTE[:SBLock][:CCARrier]:PUSCh[:RBCLuster]:NRB[?] <NumberRB>
Query Response:
 <NumberRB>


Description	Specifies the number of resource blocks to use for a measurement.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <NumberRB>
Description	Number of resource blocks. -1 specifies the use of all resource blocks.
Datatype	Integer32
Default Value	-1
Range	[-1:100]

CONFigure:RFSA:LTE[:SBLock][:CCARrier]:PUSCh[:RBCLuster]:RBOFfset

Usage:
 CONFigure:RFSA:LTE[:SBLock][:CCARrier]:PUSCh[:RBCLuster]:RBOFfset[?] <RBOffset>
Query Response:
 <RBOffset>


Description	Specifies the resource block offset to use for a measurement.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <RBOffset>
Description	Resource block offset. The default value, 0, sets the offset to the start of allocated resource blocks.
Datatype	Integer32
Default Value	0
Range	[0:100]

CONFigure:RFSA:LTE[:SBLock][:CCARrier]:PUSCh:MSCHeme

Usage:
 CONFigure:RFSA:LTE[:SBLock][:CCARrier]:PUSCh:MSCHeme[?] <ModulationScheme>
Query Response:
 <ModulationScheme>


Description	Specifies the modulation scheme.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <ModulationScheme>
Description	QPSK: Quadrature phase-shift keying (QPSK) modulation scheme. Q16: 16-quadrature amplitude modulation (QAM) scheme. Q64: 64-QAM modulation scheme.
Datatype	Enumeration
Default Value	QPSK
Range	QPSK \| Q16 \| Q64

CONFigure:RFSA:LTE[:SBLock][:CCARrier]:PUSCh:NRBClusters

Usage:
 CONFigure:RFSA:LTE[:SBLock][:CCARrier]:PUSCh:NRBClusters[?] <NumberRBClusters>
Query Response:
 <NumberRBClusters>


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


Parameter: <NumberRBClusters>
Default Value	1
Range	[1:100]

CONFigure:RFSA:LTE[:SBLock]:EATTenuation

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


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


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

CONFigure:RFSA:LTE[:SBLock]:FREQuency[:CENTer]

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


Description	Specifies the carrier frequency of the received LTE signal.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <CenterFrequency>
Description	Specifies the carrier frequency of the received LTE signal.
Datatype	Double
Default Value	1950000000.00
Range	[10000000.00:6000000000.00]
Unit	Hz

CONFigure:RFSA:LTE[:SBLock]:FREQuency:BAND

Usage:
 CONFigure:RFSA:LTE[:SBLock]:FREQuency:BAND[?] <Band>
Query Response:
 <Band>


Description	Specifies the frequency band of the LTE signal.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <Band>
Default Value	1
Range	[1:44]

CONFigure:RFSA:LTE[:SBLock]:FREQuency:CHANnel

Usage:
 CONFigure:RFSA:LTE[:SBLock]:FREQuency:CHANnel[?] <EARFCN>
Query Response:
 <EARFCN>


Description	Specifies the E-UTRA absolute radio-frequency channel number (EARFCN).
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <EARFCN>
Description	Specifies the E-UTRA absolute radio-frequency channel number (EARFCN).
Datatype	Integer32
Default Value	18300
Range	[0:65535]

CONFigure:RFSA:LTE[:SBLock]:NCCarriers

Usage:
 CONFigure:RFSA:LTE[:SBLock]:NCCarriers[?] <NumberOfComponentCarriers>
Query Response:
 <NumberOfComponentCarriers>


Description	Specifies the number of component carriers.
Availability	Command/Query
Execution Mode	Command: Sequential Query: Sequential


Parameter: <NumberOfComponentCarriers>
Default Value	1
Range	[1:5]

CONFigure:RFSA:LTE[:SBLock]:PORTname

Usage:
 CONFigure:RFSA:LTE[:SBLock]: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: Sequential


Parameter: <PortName>
Default Value	""

CONFigure:RFSA:LTE[:SBLock]:POWer[:MAXimum]

Usage:
 CONFigure:RFSA:LTE[:SBLock]:POWer[:MAXimum][?] <MaxInputPower>
Query Response:
 <MaxInputPower>


Description	Specifies the maximum input power to the instrument.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <MaxInputPower>
Default Value	0.00
Range	[-Inf:Inf]
Unit	dBm

CONFigure:RFSA:LTE[:SBLock]:SPACing:CCINdex

Usage:
 CONFigure:RFSA:LTE[:SBLock]:SPACing:CCINdex[?] <ReferenceCCIndex>
Query Response:
 <ReferenceCCIndex>


Description	Specifies the index of the referred component carrier.
Availability	Command/Query
Execution Mode	Command: Sequential Query: Sequential


Parameter: <ReferenceCCIndex>
Description	Index of the referred component carrier.
Datatype	Integer32
Default Value	-1
Range	[-1:10]

CONFigure:RFSA:LTE[:SBLock]:SPACing:TYPE

Usage:
 CONFigure:RFSA:LTE[:SBLock]:SPACing:TYPE[?] <SpacingType>
Query Response:
 <SpacingType>


Description	Specifies the spacing between component carriers in a multicarrier scenario.
Availability	Command/Query
Execution Mode	Command: Sequential Query: Sequential


Parameter: <SpacingType>
Description	Spacing between component carriers in a multicarrier scenario.
Datatype	Enumeration
Default Value	Nominal
Range	Nominal \| Minimum \| User

CONFigure:RFSA:LTE:CPRefix

Usage:
 CONFigure:RFSA:LTE:CPRefix[?] <CyclicPrefix>
Query Response:
 <CyclicPrefix>


Description	Specifies the cyclic prefix mode as defined in section 5.2.3 of the 3GPP TS 36.211 v8.6.0 specifications.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <CyclicPrefix>
Description	NORMAL: Cyclic prefix length is 6 OFDM symbols. EXTENDED: Cyclic prefix length is 7 OFDM symbols.
Datatype	Enumeration
Default Value	NORMAL
Range	NORMAL \| EXTENDED

CONFigure:RFSA:LTE:DMODe

Usage:
 CONFigure:RFSA:LTE:DMODe[?] <DuplexMode>
Query Response:
 <DuplexMode>


Description	Specifies the direction and duplexing technique used in the analyzed frame.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <DuplexMode>
Description	FDD: Direction is uplink (UL) and the duplexing technique is frequency-division duplexing (FDD) for the analyzed signal. TDD: Direction is UL and the duplexing technique is time-division duplexing (TDD) for the analyzed signal.
Datatype	Enumeration
Default Value	FDD
Range	FDD \| TDD

CONFigure:RFSA:LTE:NSBLocks

Usage:
 CONFigure:RFSA:LTE:NSBLocks[?] <NumberOfCCSubBlocks>
Query Response:
 <NumberOfCCSubBlocks>


Description	Specifies the number of subblocks for the component carrier.
Availability	Command/Query
Execution Mode	Command: Sequential Query: Sequential


Parameter: <NumberOfCCSubBlocks>
Description	Number of subblocks for the component carrier.
Datatype	Integer32
Default Value	1
Range	[1:2]

CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:BWIDth[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:BWIDth[:ALL][?] <SequenceCCBandwidths[n]>
Query Response:
 <SequenceCCBandwidths[n]>


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


Parameter: <SequenceCCBandwidths[n]>
Description	Bandwidth of the LTE signal for all segments.
Datatype	Enumeration
Default Value	1.4e6
Range	1.4e6 \| 3e6 \| 5e6 \| 10e6 \| 15e6 \| 20e6

CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:CID[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:CID[:ALL][?] <SequenceCCCellIDs[n]>
Query Response:
 <SequenceCCCellIDs[n]>


Description	Specifies the physical layer cell identity as defined in section 6.11 of the 3GPP TS 36.211 v8.6.0 specifications.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <SequenceCCCellIDs[n]>
Default Value	0
Range	[0:503]

CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:FREQuency:OFFSet[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:FREQuency:OFFSet[:ALL][?] <SequenceCCOffsetFrequencies[n]>
Query Response:
 <SequenceCCOffsetFrequencies[n]>


Description	Specifies the offset frequency from the subblock center frequency for all segments in the sequence.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <SequenceCCOffsetFrequencies[n]>
Description	Offset frequency from the subblock center frequency.
Datatype	Double
Default Value	0.00
Range	[0.00:100000000.00]
Unit	Hz

CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:PUSCh:MSCHeme[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:PUSCh:MSCHeme[:ALL][?] <SequenceCCModulationSchemes[n]>
Query Response:
 <SequenceCCModulationSchemes[n]>


Description	Specifies the modulation scheme to use for measurements for all segments in the sequence.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <SequenceCCModulationSchemes[n]>
Description	QPSK: Quadrature phase-shift keying (QPSK) modulation scheme. Q16: 16-quadrature amplitude modulation (QAM) scheme. Q64: 64-QAM modulation scheme.
Datatype	Enumeration
Default Value	QPSK
Range	QPSK \| Q16 \| Q64

CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:PUSCh:NRBLock[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:PUSCh:NRBLock[:ALL][?] <SequenceCCNumberOfRBs[n]>
Query Response:
 <SequenceCCNumberOfRBs[n]>


Description	Specifies the number of resource blocks for all segments in the sequence.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <SequenceCCNumberOfRBs[n]>
Description	Number of resource blocks. -1 specifies the use of all resource blocks.
Datatype	Integer32
Default Value	-1
Range	[-1:100]

CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:PUSCh:RBOFfset[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:PUSCh:RBOFfset[:ALL][?] <SequenceCCRBOffsets[n]>
Query Response:
 <SequenceCCRBOffsets[n]>


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


Parameter: <SequenceCCRBOffsets[n]>
Description	Resource block offset.
Datatype	Integer32
Default Value	0
Range	[0:100]

CONFigure:RFSA:LTE:SEQuence[:SBLock]:EATTenuation[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence[:SBLock]: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: Sequential


Parameter: <ExternalAttenuation[n]>
Description	External attenuation value.
Datatype	Double
Default Value	0.000000000000000E+000
Range	[-Inf:Inf]
Unit	dB

CONFigure:RFSA:LTE:SEQuence[:SBLock]:FREQuency:BAND[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence[:SBLock]:FREQuency:BAND[:ALL][?] <SequenceBands[n]>
Query Response:
 <SequenceBands[n]>


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


Parameter: <SequenceBands[n]>
Description	Frequency band for the specified sequences.
Datatype	Integer32
Default Value	1
Range	[1:44]

CONFigure:RFSA:LTE:SEQuence[:SBLock]:FREQuency:CHANnel[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence[:SBLock]:FREQuency:CHANnel[:ALL][?] <SequenceEARFCNs[n]>
Query Response:
 <SequenceEARFCNs[n]>


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


Parameter: <SequenceEARFCNs[n]>
Description	Evolved absolute radio frequency channel number (EARFCN) for the specified sequences.
Datatype	Integer32
Default Value	18000
Range	[0:65535]

CONFigure:RFSA:LTE:SEQuence[:SBLock]:NCCarriers[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence[:SBLock]:NCCarriers[:ALL][?] <SequenceNumberComponentCarriers[n]>
Query Response:
 <SequenceNumberComponentCarriers[n]>


Description	Specifies the number of component carriers for all segments in the sequence.
Availability	Command/Query
Execution Mode	Command: Sequential Query: Sequential


Parameter: <SequenceNumberComponentCarriers[n]>
Description	Number of component carriers for a sequence.
Datatype	Integer32
Default Value	1
Range	[1:5]

CONFigure:RFSA:LTE:SEQuence[:SBLock]:POWer[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence[:SBLock]:POWer[:ALL][?] <SequenceMaximumInputPowers[n]>
Query Response:
 <SequenceMaximumInputPowers[n]>


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


Parameter: <SequenceMaximumInputPowers[n]>
Description	Maximum input power for the specified sequences.
Datatype	Double
Default Value	0.000000000000000E+000
Range	[-Inf:Inf]
Unit	dBm

CONFigure:RFSA:LTE:SEQuence[:SBLock]:SPACing:CCINdex[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence[:SBLock]:SPACing:CCINdex[:ALL][?] <ReferenceCCIndices[n]>
Query Response:
 <ReferenceCCIndices[n]>


Description	Specifies the index of the referred component carrier.
Availability	Command/Query
Execution Mode	Command: Sequential Query: Sequential


Parameter: <ReferenceCCIndices[n]>
Description	Reference Component Carrier Index used to know the reference for center frequency and power.
Datatype	Integer32
Default Value	-1
Range	[-1:100]

CONFigure:RFSA:LTE:SEQuence[:SBLock]:SPACing:TYPE[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence[:SBLock]:SPACing:TYPE[:ALL][?] <SpacingType[n]>
Query Response:
 <SpacingType[n]>


Description	Specifies the spacing between component carriers in a multicarrier scenario.
Availability	Command/Query
Execution Mode	Command: Sequential Query: Sequential


Parameter: <SpacingType[n]>
Description	Spacing between component carriers in a multicarrier scenario.
Datatype	Enumeration
Default Value	Nominal
Range	Nominal \| Minimum \| User

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

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


Description	Specifies the duration of each segment in the sequence.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <SegmentDuration[n]>
Description	Duration of each segment of the sequence, in slots. The size of the array depends on the currently defined number of segments. The maximum number of slots for the entire sequence is 60,000 (30s).
Datatype	Integer32
Default Value	6
Range	[1:60000]

CONFigure:RFSA:LTE:SEQuence:ENABle

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


Description	Specifies whether to enable sequence mode.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


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

CONFigure:RFSA:LTE:SEQuence:MEASurement:ACPower:ENABle[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence:MEASurement:ACPower:ENABle[:ALL][?] <AcpSegmentEnable[n]>
Query Response:
 <AcpSegmentEnable[n]>


Description	Specifies whether to enable adjacent channel power (ACP) measurements for all segments of the sequence.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <AcpSegmentEnable[n]>
Description	The size of the array depends on the currently defined number of segments. 0 \| OFF: Disables ACP measurements. 1 \| ON: Enables ACP measurements.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| OFF \| ON

CONFigure:RFSA:LTE:SEQuence:MEASurement:ACPower:INTerval[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence:MEASurement:ACPower:INTerval[:ALL][?] <AcpSegmentInterval[n]>
Query Response:
 <AcpSegmentInterval[n]>


Description	Specifies the signal interval on which the adjacent channel power (ACP) measurement executes for all segments in the sequence.
Availability	Command/Query
Execution Mode	Command: Sequential Query: Sequential


Parameter: <AcpSegmentInterval[n]>
Description	Measurement interval, in slots. The size of the array depends on the currently defined number of segments.
Datatype	Integer32
Default Value	1
Range	[1:1000]

CONFigure:RFSA:LTE:SEQuence:MEASurement:MODulation:ENABle[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence:MEASurement:MODulation:ENABle[:ALL][?] <EvmSegmentEnable[n]>
Query Response:
 <EvmSegmentEnable[n]>


Description	Specifies whether to enable modulation accuracy (ModAcc) measurements for all segments of the sequence.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <EvmSegmentEnable[n]>
Description	The size of the array depends on the currently defined number of segments. 0 \| OFF: Disables ModAcc measurements. 1 \| ON: Enables ModAcc measurements.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| OFF \| ON

CONFigure:RFSA:LTE:SEQuence:MEASurement:MODulation:INTerval[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence:MEASurement:MODulation:INTerval[:ALL][?] <ModSegmentInterval[n]>
Query Response:
 <ModSegmentInterval[n]>


Description	Specifies the signal interval on which the modulation accuracy (ModAcc) measurement executes for all segments in the sequence.
Availability	Command/Query
Execution Mode	Command: Sequential Query: Sequential


Parameter: <ModSegmentInterval[n]>
Description	Measurement interval, in slots. The size of the array depends on the currently defined number of segments.
Datatype	Integer32
Default Value	1
Range	[1:1000]

CONFigure:RFSA:LTE:SEQuence:MEASurement:OBW:ENABle[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence:MEASurement:OBW:ENABle[:ALL][?] <ObwSegmentEnable[n]>
Query Response:
 <ObwSegmentEnable[n]>


Description	Specifies whether to enable occupied bandwidth (OBW) measurements.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <ObwSegmentEnable[n]>
Description	The size of the array depends on the currently defined number of segments. 0 \| OFF: Disables OBW measurements. 1 \| ON: Enables OBW measurements.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| OFF \| ON

CONFigure:RFSA:LTE:SEQuence:MEASurement:OBW:INTerval[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence:MEASurement:OBW:INTerval[:ALL][?] <ObwSegmentInterval[n]>
Query Response:
 <ObwSegmentInterval[n]>


Description	Specifies the signal interval on which the occupied bandwidth (OBW) measurement executes for all segments in the sequence.
Availability	Command/Query
Execution Mode	Command: Sequential Query: Sequential


Parameter: <ObwSegmentInterval[n]>
Description	Measurement interval, in slots. The size of the array depends on the currently defined number of segments.
Datatype	Integer32
Default Value	1
Range	[1:1000]

CONFigure:RFSA:LTE:SEQuence:MEASurement:PDYNamics:ENABle[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence:MEASurement:PDYNamics:ENABle[:ALL][?] <PDynSegmentEnable[n]>
Query Response:
 <PDynSegmentEnable[n]>


Description	Specifies whether to enable power dynamics (PDYN) measurements for all segments of the sequence.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <PDynSegmentEnable[n]>
Description	The size of the array depends on the currently defined number of segments. 0 \| OFF: Disables power dynamics measurements. 1 \| ON: Enables power dynamics measurements.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| OFF \| ON

CONFigure:RFSA:LTE:SEQuence:MEASurement:PDYNamics:INTernal[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence:MEASurement:PDYNamics:INTernal[:ALL][?] <PDynSegmentInterval[n]>
Query Response:
 <PDynSegmentInterval[n]>


Description	Specifies the signal interval on which the power dynamics (PDYN) measurement executes for all segments in the sequence.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Overlapped


Parameter: <PDynSegmentInterval[n]>
Description	Measurement interval, in slots. The size of the array depends on the currently defined number of segments.
Datatype	Integer32
Default Value	1
Range	[1:1000]

CONFigure:RFSA:LTE:SEQuence:MEASurement:SEM:ENABle[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence:MEASurement:SEM:ENABle[:ALL][?] <SemSegmentEnable[n]>
Query Response:
 <SemSegmentEnable[n]>


Description	Specifies whether to enable spectral emissions mask (SEM) measurements for all segments of the sequence.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <SemSegmentEnable[n]>
Description	The size of the array depends on the currently defined number of segments. 0 \| OFF: Disables SEM measurements. 1 \| ON: Enables SEM measurements.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| OFF \| ON

CONFigure:RFSA:LTE:SEQuence:MEASurement:SEM:INTerval[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence:MEASurement:SEM:INTerval[:ALL][?] <SemSegmentInterval[n]>
Query Response:
 <SemSegmentInterval[n]>


Description	Specifies the signal interval on which the spectral emissions mask (SEM) measurement executes for all segments in the sequence.
Availability	Command/Query
Execution Mode	Command: Sequential Query: Sequential


Parameter: <SemSegmentInterval[n]>
Description	Measurement interval, in slots. The size of the array depends on the currently defined number of segments.
Datatype	Integer32
Default Value	1
Range	[1:1000]

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

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


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


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

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

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


Description	Specifies the signal interval on which the transmit power (TXP) measurement executes for all segments in the sequence.
Availability	Command/Query
Execution Mode	Command: Sequential Query: Sequential


Parameter: <TxpSegmentInterval[n]>
Description	Measurement interval, in slots. The size of the array depends on the currently defined number of segments.
Datatype	Integer32
Default Value	1
Range	[1:1000]

CONFigure:RFSA:LTE:SEQuence:NSEGments

Usage:
 CONFigure:RFSA:LTE:SEQuence:NSEGments[?] <NumberSegments>
Query Response:
 <NumberSegments>


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: Sequential


Parameter: <NumberSegments>
Description	Specifies the number of segments in a sequence.
Datatype	Integer32
Default Value	1
Range	[1:10000]

CONFigure:RFSA:LTE:SEQuence:OFFSet[:ALL]

Usage:
 CONFigure:RFSA:LTE:SEQuence:OFFSet[:ALL][?] <SequenceMeasurementIntervalOffsets[n]>
Query Response:
 <SequenceMeasurementIntervalOffsets[n]>


Description	Specifies the sequence offset, in slots, for the measurement interval.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <SequenceMeasurementIntervalOffsets[n]>
Description	Measurement offset.
Datatype	Integer32
Default Value	1
Range	[0:20]

CONFigure:RFSA:LTE:SEQuence:SEGMent[:SBLock][:SETup]

Usage:
 CONFigure:RFSA:LTE:SEQuence:SEGMent[:SBLock][:SETup][?] <SegmentBand>,<SegmentEARFCN>,<SegmentMaximumInputPower>,<SegmentExternalAttenuation>
Query Response:
 <SegmentBand>,<SegmentEARFCN>,<SegmentMaximumInputPower>,<SegmentExternalAttenuation>


Description	Specifies the physical properties of an LTE signal.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <SegmentBand>
Description	LTE band number.
Datatype	Integer32
Default Value	1
Range	[1:44]


Parameter: <SegmentEARFCN>
Description	Uplink (UL) channel. Only a certain range is valid depending on the band selected.
Datatype	Integer32
Default Value	18000
Range	[0:65535]


Parameter: <SegmentMaximumInputPower>
Description	Maximum expected signal level of the specified segment.
Datatype	Double
Default Value	0.000000000000000E+000
Range	[-Inf:Inf]
Unit	dBm


Parameter: <SegmentExternalAttenuation>
Description	External attenuation applied to the segment. External attenuation is applied on top of any attenuation provided for the specified port.
Datatype	Double
Default Value	0.000000000000000E+000
Range	[-Inf:Inf]
Unit	dB

CONFigure:RFSA:LTE:SEQuence:SEGMent[:SBLock]:CCARrier

Usage:
 CONFigure:RFSA:LTE:SEQuence:SEGMent[:SBLock]:CCARrier[?] <SegmentCCFreqOffset>,<SegmentCCBandwidth>,<SegmentCCCellId>,<SegmentCCModulationScheme>,<SegmentCCNumberRBs>,<SegmentCCRBOffset>
Query Response:
 <SegmentCCFreqOffset>,<SegmentCCBandwidth>,<SegmentCCCellId>,<SegmentCCModulationScheme>,<SegmentCCNumberRBs>,<SegmentCCRBOffset>


Description	Specifies subblock details for the specified component carrier.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <SegmentCCFreqOffset>
Description	Offset frequency from the subblock center frequency.
Datatype	Double
Default Value	0.000000000000000E+000
Range	[0.000000000000000E+000:1.000000000000000E+008]
Unit	Hz


Parameter: <SegmentCCBandwidth>
Default Value	1.4e6
Range	1.4e6 \| 3e6 \| 5e6 \| 10e6 \| 15e6 \| 20e6


Parameter: <SegmentCCCellId>
Default Value	0
Range	[0:503]


Parameter: <SegmentCCModulationScheme>
Description	QPSK: Quadrature phase-shift keying (QPSK) modulation scheme. Q16: 16-quadrature amplitude modulation (QAM) scheme. Q64: 64-QAM modulation scheme.
Datatype	Enumeration
Default Value	QPSK
Range	QPSK \| Q16 \| Q64


Parameter: <SegmentCCNumberRBs>
Description	Number of resource blocks. -1 specifies the use of all resource blocks.
Datatype	Integer32
Default Value	-1
Range	[-1:100]


Parameter: <SegmentCCRBOffset>
Description	Resource block offset.
Datatype	Integer32
Default Value	0
Range	[0:100]

CONFigure:RFSA:LTE:SEQuence:SEGMent[:SBLock]:NCCarriers

Usage:
 CONFigure:RFSA:LTE:SEQuence:SEGMent[:SBLock]:NCCarriers[?] <SegmentNCCarriers>
Query Response:
 <SegmentNCCarriers>


Description	Specifies subblock details for the specified component carrier.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <SegmentNCCarriers>
Description	Number of component carriers in each subblock per segment.
Datatype	Integer32
Default Value	1
Range	[1:5]

CONFigure:RFSA:LTE:SEQuence:SEGMent[:SBLock]:SPACing

Usage:
 CONFigure:RFSA:LTE:SEQuence:SEGMent[:SBLock]:SPACing[?] <ReferenceCCIndex>,<CCSpacingType>
Query Response:
 <ReferenceCCIndex>,<CCSpacingType>


Description	Specifies the spacing between component carriers in a multicarrier scenario.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <ReferenceCCIndex>
Description	Reference component carrier used to compute reference center frequency and power.
Datatype	Integer32
Default Value	-1
Range	[-1:100]


Parameter: <CCSpacingType>
Description	Spacing between component carriers in a multicarrier scenario.
Datatype	Enumeration
Default Value	NOMINAL
Range	NOMINAL \| MINIMUM \| USER

CONFigure:RFSA:LTE:SEQuence:SEGMent:DURation

Usage:
 CONFigure:RFSA:LTE:SEQuence:SEGMent:DURation[?] <SegmentDuration>
Query Response:
 <SegmentDuration>


Description	Specifies the duration of a given segment.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <SegmentDuration>
Description	Segment duration.
Datatype	Integer32
Default Value	6
Range	[1:60000]

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

Usage:
 CONFigure:RFSA:LTE:SEQuence:SEGMent:MEASurement:ENABle[:ALL][?] <AcpSegmentEnable>,<ModSegmentEnable>,<ObwSegmentEnable>,<SemSegmentEnable>,<TxpSegmentEnable>,<PDynSegmentEnable>
Query Response:
 <AcpSegmentEnable>,<ModSegmentEnable>,<ObwSegmentEnable>,<SemSegmentEnable>,<TxpSegmentEnable>,<PDynSegmentEnable>


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


Parameter: <AcpSegmentEnable>
Description	0 \| OFF: Disables adjacent channel power (ACP) measurements. 1 \| ON: Enables adjacent channel power (ACP) measurements.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| OFF \| ON


Parameter: <ModSegmentEnable>
Description	0 \| OFF: Disables modulation accuracy (ModAcc) measurements. 1 \| ON: Enables modulation accuracy (ModAcc) measurements.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| OFF \| ON


Parameter: <ObwSegmentEnable>
Description	0 \| OFF: Disables occupied bandwidth (OBW) measurements. 1 \| ON: Enables occupied bandwidth (OBW) measurements.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| OFF \| ON


Parameter: <SemSegmentEnable>
Description	0 \| OFF: Disables spectral emission mask (SEM) measurements. 1 \| ON: Enables spectral emission mask (SEM) measurements.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| OFF \| ON


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


Parameter: <PDynSegmentEnable>
Description	0 \| OFF: Disables power dynamics measurements. 1 \| ON: Enables power dynamics measurements.
Datatype	Boolean
Default Value	0
Range	0 \| 1 \| OFF \| ON

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

Usage:
 CONFigure:RFSA:LTE:SEQuence:SEGMent:MEASurement:INTerval[:ALL][?] <AcpSegmentInterval>,<ModSegmentInterval>,<ObwSegmentInterval>,<SemSegmentInterval>,<TxpSegmentInterval>,<PDynSegmentInterval>
Query Response:
 <AcpSegmentInterval>,<ModSegmentInterval>,<ObwSegmentInterval>,<SemSegmentInterval>,<TxpSegmentInterval>,<PDynSegmentInterval>


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


Parameter: <AcpSegmentInterval>
Description	Specifies the interval for adjacent channel power (ACP) measurements.
Datatype	Integer32
Default Value	1
Range	[1:1000]


Parameter: <ModSegmentInterval>
Description	Specifies the interval for modulation accuracy (ModAcc) measurements.
Datatype	Integer32
Default Value	1
Range	[1:1000]


Parameter: <ObwSegmentInterval>
Description	Specifies the interval for occupied bandwidth (OBW) measurements.
Datatype	Integer32
Default Value	1
Range	[1:1000]


Parameter: <SemSegmentInterval>
Description	Specifies the interval for spectral emission mask (SEM) measurements.
Datatype	Integer32
Default Value	1
Range	[1:1000]


Parameter: <TxpSegmentInterval>
Description	Specifies the interval for transmit power (TXP) measurements.
Datatype	Integer32
Default Value	1
Range	[1:1000]


Parameter: <PDynSegmentInterval>
Description	Specifies the interval for power dynamics measurements.
Datatype	Integer32
Default Value	1
Range	[1:1000]

CONFigure:RFSA:LTE:SEQuence:SEGMent:OFFSet

Usage:
 CONFigure:RFSA:LTE:SEQuence:SEGMent:OFFSet[?] <SegmentMeasurementIntervalOffset>
Query Response:
 <SegmentMeasurementIntervalOffset>


Description	Specifies the segment offset, in slots, for the measurement interval.
Availability	Command/Query
Execution Mode	Command: Sequential Query: Sequential


Parameter: <SegmentMeasurementIntervalOffset>
Description	Measurement offset.
Datatype	Integer32
Default Value	1
Range	[0:20]

CONFigure:RFSA:LTE:TDD:UDConfig

Usage:
 CONFigure:RFSA:LTE:TDD:UDConfig[?] <UplinkDownlinkConfiguration>
Query Response:
 <UplinkDownlinkConfiguration>


Description	Specifies an uplink or downlink configuration.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <UplinkDownlinkConfiguration>
Default Value	0
Range	[0:6]

CONFigure:RFSA:LTE:TRACe[:ENABle]

Usage:
 CONFigure:RFSA:LTE:TRACe[:ENABle][?] <TracesEnable>
Query Response:
 <TracesEnable>


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


Parameter: <TracesEnable>
Default Value	0
Range	0 \| 1 \| OFF \| ON

FETCh:RFSA:LTE[:RESults]:ACPower[:SBLock][:OFFSet][:AVERage]

Usage:
 FETCh:RFSA:LTE[:RESults]:ACPower[:SBLock][:OFFSet][:AVERage]?
Query Response:
 <OffsetFrequency_1>,<OffsetRelativePower_1>,<OffsetAbsolutePower_1>{,<OffsetFrequency_n>,<OffsetRelativePower_n>,<OffsetAbsolutePower_n>}


Description	Fetches the average of adjacent channel power (ACP) offset power results.
Availability	Query
Execution Mode	Sequential


Parameter: <OffsetFrequency>
Description	Adjacent channel offset frequency.
Datatype	Double
Unit	Hz


Parameter: <OffsetRelativePower>
Description	Power in the adjacent channel relative to the center channel.
Datatype	Double
Unit	dB


Parameter: <OffsetAbsolutePower>
Description	Absolute power in the adjacent channel.
Datatype	Double
Unit	dBm

FETCh:RFSA:LTE[:RESults]:ACPower[:SBLock]:CARRier[:AVERage]

Usage:
 FETCh:RFSA:LTE[:RESults]:ACPower[:SBLock]:CARRier[:AVERage]?
Query Response:
 <AcpTotalCarrierPower>,<AcpFrequencyResolution>


Description	Fetches the average of adjacent channel power (ACP) carrier power results.
Availability	Query
Execution Mode	Sequential


Parameter: <AcpTotalCarrierPower>
Description	Average of ACP total carrier power results.
Datatype	Double
Unit	dBm


Parameter: <AcpFrequencyResolution>
Description	Average of ACP frequency resolution results.
Datatype	Double
Unit	Hz

FETCh:RFSA:LTE[:RESults]:ACPower[:SBLock]:TRACe[:SPECtrum]

Usage:
 FETCh:RFSA:LTE[:RESults]:ACPower[:SBLock]:TRACe[:SPECtrum]?
Query Response:
 <AcpSpectrumX0>,<AcpSpectrumDx>,#xyy<AcpSpectrumTrace[n]>


Description
Availability	Query
Execution Mode	Sequential


Parameter: <AcpSpectrumX0>


Parameter: <AcpSpectrumDx>


Parameter: #xyy<AcpSpectrumTrace[n]>

FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM[:RMS][:AVERage]

Usage:
 FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM[:RMS][:AVERage]?
Query Response:
 <AverageCompositeRmsEVM>,<AverageDataRmsEVM>,<AverageSignalRmsEVM>


Description	Fetches the average of error vector magnitude (EVM) results.
Availability	Query
Execution Mode	Sequential


Parameter: <AverageCompositeRmsEVM>
Description	Average root mean square (RMS) EVM composite results.
Datatype	Double
Unit	%


Parameter: <AverageDataRmsEVM>
Description	Average RMS EVM data results.
Datatype	Double
Unit	%


Parameter: <AverageSignalRmsEVM>
Description	Average RMS EVM signal results.
Datatype	Double
Unit	%

FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM:PEAK[:MAXimum]

Usage:
 FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM:PEAK[:MAXimum]?
Query Response:
 <MaxCompositePeakEVM>,<MaxDataPeakEVM>,<MaxSignalPeakEVM>


Description	Fetches the maximum of error vector magnitude (EVM) results.
Availability	Query
Execution Mode	Sequential


Parameter: <MaxCompositePeakEVM>
Description	Maximum EVM composite peak results.
Datatype	Double
Unit	%


Parameter: <MaxDataPeakEVM>
Description	Maximum EVM data peak results.
Datatype	Double
Unit	%


Parameter: <MaxSignalPeakEVM>
Description	Fetches the maximum of error vector magnitude (EVM) signal peak results.
Datatype	Double
Unit	%

FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM:TRACe[:CONStellation]

Usage:
 FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM:TRACe[:CONStellation]?
Query Response:
 <EvmConstellationX0>,<EvmConstellationDx>,#xyy<EvmConstellationTrace[n]>


Description
Availability	Query
Execution Mode	Sequential


Parameter: <EvmConstellationX0>


Parameter: <EvmConstellationDx>


Parameter: #xyy<EvmConstellationTrace[n]>

FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM:TRACe:SCARrier

Usage:
 FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM:TRACe:SCARrier?
Query Response:
 <EvmSubCarrierX0>,<EvmSubCarrierDx>,#xyy<EvmSubCarrierTrace[n]>


Description	Fetches the EVM per subcarrier trace.
Availability	Query
Execution Mode	Sequential


Parameter: <EvmSubCarrierX0>


Parameter: <EvmSubCarrierDx>


Parameter: #xyy<EvmSubCarrierTrace[n]>
Description	EVM per subcarrier trace.
Datatype	Real Blockdata (8 Byte Doubles)

FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM:TRACe:SYMBol

Usage:
 FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM:TRACe:SYMBol?
Query Response:
 <EvmSymbolX0>,<EvmSymbolDx>,#xyy<EvmSymbolTrace[n]>


Description	Fetches the EVM per symbol trace.
Availability	Query
Execution Mode	Sequential


Parameter: <EvmSymbolX0>


Parameter: <EvmSymbolDx>


Parameter: #xyy<EvmSymbolTrace[n]>
Description	EVM per symbol trace.
Datatype	Real Blockdata (8 Byte Doubles)

FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:IBEMissions[:MAXimum]

Usage:
 FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:IBEMissions[:MAXimum]?
Query Response:
 <MaxIBEMargin>


Description	Fetches the maximum of InBandEmissions results.
Availability	Query
Execution Mode	Sequential


Parameter: <MaxIBEMargin>
Description	Maximum InBandEmissions margins.
Datatype	Double
Unit	dB

FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:IMPairments[:AVERage]

Usage:
 FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:IMPairments[:AVERage]?
Query Response:
 <AverageFrequencyError>,<AverageIqOriginOffset>,<AverageIqGainImbalance>,<AverageIqQuadratureError>,<AverageIqTimingError>,<AverageTimeOffset>,<AverageSymbolClockError>


Description	Fetches the average of I/Q impairments results.
Availability	Query
Execution Mode	Sequential


Parameter: <AverageFrequencyError>
Description	Average frequency error results.
Datatype	Double
Unit	Hz


Parameter: <AverageIqOriginOffset>
Description	Average I/Q origin offset results.
Datatype	Double
Unit	dB


Parameter: <AverageIqGainImbalance>
Description	Average I/Q gain imbalance results.
Datatype	Double
Unit	dB


Parameter: <AverageIqQuadratureError>
Description	Average I/Q quadrature error results.
Datatype	Double
Unit	deg


Parameter: <AverageIqTimingError>
Description	Average I/Q timing error results.
Datatype	Double
Unit	sec


Parameter: <AverageTimeOffset>
Description	Average time offset results.
Datatype	Double
Unit	sec


Parameter: <AverageSymbolClockError>
Description	Average Symbol Clock error results.
Datatype	Double
Unit	ppm

FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:SFLatness

Usage:
 FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:SFLatness?
Query Response:
 <Range1MaxToMin>,<Range2MaxToMin>,<Range1MaxToRange2Min>,<Range2MaxToRange1Min>


Description	Fetches the spectral flatness of the carrier channel.
Availability	Query
Execution Mode	Sequential


Parameter: <Range1MaxToMin>
Unit	dB


Parameter: <Range2MaxToMin>
Unit	dB


Parameter: <Range1MaxToRange2Min>
Unit	dB


Parameter: <Range2MaxToRange1Min>
Unit	dB

FETCh:RFSA:LTE[:RESults]:OBW[:SBLock][:AVERage]

Usage:
 FETCh:RFSA:LTE[:RESults]:OBW[:SBLock][:AVERage]?
Query Response:
 <OccupiedBandwidth>,<AveragePower>,<StartFrequency>,<StopFrequency>


Description	Fetches the average of occupied bandwidth (OBW) measurement results.
Availability	Query
Execution Mode	Sequential


Parameter: <OccupiedBandwidth>
Description	Average OBW results. This value is the frequency range containing 99% of the total power.
Datatype	Double
Unit	Hz


Parameter: <AveragePower>
Description	Average of the resolution bandwidth (RBW) average power for the filtered signal integrated over the span.
Datatype	Double
Unit	dBm


Parameter: <StartFrequency>
Description	Average of the OBW lower-bound frequency.
Datatype	Double
Unit	Hz


Parameter: <StopFrequency>
Description	Average of the OBW upper-bound frequency.
Datatype	Double
Unit	Hz

FETCh:RFSA:LTE[:RESults]:PDYNamics[:SBLock][:ALL]

Usage:
 FETCh:RFSA:LTE[:RESults]:PDYNamics[:SBLock][:ALL]?
Query Response:
 <MaskStatus>,<OffMeanPowerBefore>,<OffPeakPowerBefore>,<OnMeanPower>,<OnPeakPower>,<OffMeanPowerAfter>,<OffPeakPowerAfter>


Description	Fetches all power dynamics (PDYN) results.
Availability	Query
Execution Mode	Overlapped


Parameter: <MaskStatus>
Description	Indicates whether the PDYN measurement has passed or failed the mask specification.
Datatype	Boolean


Parameter: <OffMeanPowerBefore>
Description	OFF power mean value for sub frame before ON sub frame.
Datatype	Double
Unit	dBm


Parameter: <OffPeakPowerBefore>
Description	OFF power peak value for sub frame before ON sub frame.
Datatype	Double
Unit	dBm


Parameter: <OnMeanPower>
Description	ON power mean value without transient periods.
Datatype	Double
Unit	dBm


Parameter: <OnPeakPower>
Description	ON power peak value without transient periods.
Datatype	Double
Unit	dBm


Parameter: <OffMeanPowerAfter>
Description	OFF power mean value for sub frame after ON sub frame.
Datatype	Double
Unit	dBm


Parameter: <OffPeakPowerAfter>
Description	OFF power peak value for sub frame after ON sub frame.
Datatype	Double
Unit	dBm

FETCh:RFSA:LTE[:RESults]:PDYNamics[:SBLock]:TRACe[:POWer]

Usage:
 FETCh:RFSA:LTE[:RESults]:PDYNamics[:SBLock]:TRACe[:POWer]?
Query Response:
 <OriginTime>,<DeltaTime>,#xyy<PowerTraceData[n]>


Description	Fetches power dynamics (PDYN) trace results.
Availability	Query
Execution Mode	Overlapped


Parameter: <OriginTime>
Unit	second


Parameter: <DeltaTime>
Unit	second


Parameter: #xyy<PowerTraceData[n]>

FETCh:RFSA:LTE[:RESults]:SEM[:SBLock][:MARGin][:AVERage]

Usage:
 FETCh:RFSA:LTE[:RESults]:SEM[:SBLock][:MARGin][:AVERage]?
Query Response:
 <SemCompositeMaskStatus>,<WorstMargin>,<WorstMarginFrequency>,<SemTotalCarrierPower>


Description	Fetches the average of spectral emission mask (SEM) results for measurements that satisfy the specified mask limits.
Availability	Query
Execution Mode	Sequential


Parameter: <SemCompositeMaskStatus>
Description	Status of the spectral emission mask (SEM) measurement based on the specified mask limits.
Datatype	Boolean


Parameter: <WorstMargin>
Description	Average power at the frequency where the worst margin occurs.
Datatype	Double
Unit	dB


Parameter: <WorstMarginFrequency>
Description	Frequency where the worst margin occurs.
Datatype	Double
Unit	Hz


Parameter: <SemTotalCarrierPower>
Description	Average total carrier power of the reference channel for the specified integration bandwidth.
Datatype	Double
Unit	dBm

FETCh:RFSA:LTE[:RESults]:SEM[:SBLock]:CARRier[:AVERage]

Usage:
 FETCh:RFSA:LTE[:RESults]:SEM[:SBLock]:CARRier[:AVERage]?
Query Response:
 <CarrierOffset_1>,<AbsolutePower_1>,<AbsPeakPower_1>,<PeakFrequency_1>{,<CarrierOffset_n>,<AbsolutePower_n>,<AbsPeakPower_n>,<PeakFrequency_n>}


Description	Fetches the average of component carrier power results.
Availability	Query
Execution Mode	Sequential


Parameter: <CarrierOffset>
Unit	Hz


Parameter: <AbsolutePower>
Unit	dBm


Parameter: <AbsPeakPower>
Unit	dB


Parameter: <PeakFrequency>
Unit	dB

FETCh:RFSA:LTE[:RESults]:SEM[:SBLock]:OSEGments[:AVERage]

Usage:
 FETCh:RFSA:LTE[:RESults]:SEM[:SBLock]:OSEGments[:AVERage]?
Query Response:
 <SegmentIndex_1>,<SegmentStartFrequency_1>,<SegmentStopFrequency_1>,<SegmentMargin_1>,<PowerReferenceCarrier_1>,<PeakAbsolutPower_1>,<PeakFrequency_1>{,<SegmentIndex_n>,<SegmentStartFrequency_n>,<SegmentStopFrequency_n>,<SegmentMargin_n>,<PowerReferenceCarrier_n>,<PeakAbsolutPower_n>,<PeakFrequency_n>}


Description	Fetches the average of spectral emissions mask (SEM) offset segment results.
Availability	Query
Execution Mode	Sequential


Parameter: <SegmentIndex>
Description	Index of the frequency segment.
Datatype	Integer32


Parameter: <SegmentStartFrequency>
Description	Start frequency of the SEM frequency segment.
Datatype	Double
Unit	Hz


Parameter: <SegmentStopFrequency>
Description	Stop frequency of the SEM frequency segment.
Datatype	Double
Unit	Hz


Parameter: <SegmentMargin>
Description	Highest power measured within the frequency segment.
Datatype	Double
Unit	dB


Parameter: <PowerReferenceCarrier>
Description	Referenced carrier in power calculation.
Datatype	Integer32


Parameter: <PeakAbsolutPower>
Description	Highest power measured within the frequency segment.
Datatype	Double
Unit	dBm


Parameter: <PeakFrequency>
Description	Frequency of the highest power measured within the frequency segment.
Datatype	Double
Unit	Hz

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock][:OFFSet][:AVERage]

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock][:OFFSet][:AVERage]?
Query Response:
 <OffsetFrequency_1>,<AverageOffsetRelativePower_1>,<AverageOffsetAbsolutePower_1>{,<OffsetFrequency_n>,<AverageOffsetRelativePower_n>,<AverageOffsetAbsolutePower_n>}


Description	Fetches, per offset, the average of results for offset frequency (Hz), offset absolute power (dBm), and offset relative power (dB).
Availability	Query
Execution Mode	Sequential


Parameter: <OffsetFrequency>
Description	Adjacent channel offset frequency.
Datatype	Double
Unit	Hz


Parameter: <AverageOffsetRelativePower>
Description	Power in the adjacent channel relative to the center channel.
Datatype	Double
Unit	dB


Parameter: <AverageOffsetAbsolutePower>
Description	Absolute power in the adjacent channel.
Datatype	Double
Unit	dBm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock][:OFFSet]:MAXimum

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock][:OFFSet]:MAXimum?
Query Response:
 <OffsetFrequency_1>,<MaximumOffsetRelativePower_1>,<MaximumOffsetAbsolutePower_1>{,<OffsetFrequency_n>,<MaximumOffsetRelativePower_n>,<MaximumOffsetAbsolutePower_n>}


Description	Fetches the maximum of adjacent channel power (ACP) offset power results.
Availability	Query
Execution Mode	Sequential


Parameter: <OffsetFrequency>
Description	Adjacent channel offset frequency.
Datatype	Double
Unit	Hz


Parameter: <MaximumOffsetRelativePower>
Description	Power in the adjacent channel relative to the center channel.
Datatype	Double
Unit	dB


Parameter: <MaximumOffsetAbsolutePower>
Description	Absolute power in the adjacent channel.
Datatype	Double
Unit	dBm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock][:OFFSet]:MINimum

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock][:OFFSet]:MINimum?
Query Response:
 <OffsetFrequency_1>,<MiniimumOffsetRelativePower_1>,<MinimumOffsetAbsolutePower_1>{,<OffsetFrequency_n>,<MiniimumOffsetRelativePower_n>,<MinimumOffsetAbsolutePower_n>}


Description	Fetches the minimum of adjacent channel power (ACP) offset power results.
Availability	Query
Execution Mode	Sequential


Parameter: <OffsetFrequency>
Description	Adjacent channel offset frequency.
Datatype	Double
Unit	Hz


Parameter: <MiniimumOffsetRelativePower>
Description	Power in the adjacent channel relative to the center channel.
Datatype	Double
Unit	dB


Parameter: <MinimumOffsetAbsolutePower>
Description	Absolute power in the adjacent channel.
Datatype	Double
Unit	dBm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock]:CARRier[:AVERage]

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock]:CARRier[:AVERage]?
Query Response:
 <AcpTotalCarrierPower>,<AcpFrequencyResolution>


Description	Fetches the average of adjacent channel power (ACP) carrier power results.
Availability	Query
Execution Mode	Sequential


Parameter: <AcpTotalCarrierPower>
Description	Total average power of the carrier channel.
Datatype	Double
Unit	dBm


Parameter: <AcpFrequencyResolution>
Description	Average of ACP frequency resolution results.
Datatype	Double
Unit	Hz

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock]:CARRier:MAXimum

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock]:CARRier:MAXimum?
Query Response:
 <AcpTotalCarrierPower>,<AcpFrequencyResolution>


Description	Fetches the maximum of adjacent channel power (ACP) carrier power results.
Availability	Query
Execution Mode	Sequential


Parameter: <AcpTotalCarrierPower>
Description	Maximum of total power results of the carrier channel.
Datatype	Double
Unit	dBm


Parameter: <AcpFrequencyResolution>
Description	Maximum of frequency resolution results for the ACP measurement.
Datatype	Double
Unit	Hz

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock]:CARRier:MINimum

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock]:CARRier:MINimum?
Query Response:
 <AcpTotalCarrierPower>,<AcpFrequencyResolution>


Description	Fetches the minimum of adjacent channel power (ACP) carrier power results.
Availability	Query
Execution Mode	Sequential


Parameter: <AcpTotalCarrierPower>
Description	Minimum of the total power of the carrier channel.
Datatype	Double
Unit	dBm


Parameter: <AcpFrequencyResolution>
Description	Minimum of ACP frequency resolution results.
Datatype	Double
Unit	Hz

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM[:RMS][:AVERage]

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM[:RMS][:AVERage]?
Query Response:
 <AverageCompositeRmsEVM>,<AverageDataRmsEVM>,<AverageSignalRmsEVM>


Description	Fetches the average of root mean square (RMS) error vector magnitude (EVM) results.
Availability	Query
Execution Mode	Sequential


Parameter: <AverageCompositeRmsEVM>
Description	Average of RMS EVM composite results.
Datatype	Double
Unit	%


Parameter: <AverageDataRmsEVM>
Description	Average of RMS EVM data results.
Datatype	Double
Unit	%


Parameter: <AverageSignalRmsEVM>
Description	Average of RMS EVM signal results.
Datatype	Double
Unit	%

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM[:RMS]:MAXimum

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM[:RMS]:MAXimum?
Query Response:
 <MaxCompositeRmsEVM>,<MaxDataRmsEVM>,<MaxSignalRmsEVM>


Description	Fetches the maximum of root mean square (RMS) error vector magnitude (EVM) results.
Availability	Query
Execution Mode	Sequential


Parameter: <MaxCompositeRmsEVM>
Description	Maximum of RMS EVM composite results.
Datatype	Double
Unit	%


Parameter: <MaxDataRmsEVM>
Description	Maximum of RMS EVM data results.
Datatype	Double
Unit	%


Parameter: <MaxSignalRmsEVM>
Description	Maximum of RMS EVM signal results.
Datatype	Double
Unit	%

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM[:RMS]:MINimum

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM[:RMS]:MINimum?
Query Response:
 <MinCompositeRmsEVM>,<MinDataRmsEVM>,<MinSignalRmsEVM>


Description	Fetches the minimum of root mean square (RMS) error vector magnitude (EVM) results.
Availability	Query
Execution Mode	Sequential


Parameter: <MinCompositeRmsEVM>
Description	Minimum of RMS EVM composite results.
Datatype	Double
Unit	%


Parameter: <MinDataRmsEVM>
Description	Minimum of RMS EVM data results.
Datatype	Double
Unit	%


Parameter: <MinSignalRmsEVM>
Description	Minimum of RMS EVM signal results.
Datatype	Double
Unit	%

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM:PEAK[:MAXimum]

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM:PEAK[:MAXimum]?
Query Response:
 <MaxCompositePeakEVM>,<MaxDataPeakEVM>,<MaxSignalPeakEVM>


Description	Fetches the maximum of error vector magnitude (EVM) results.
Availability	Query
Execution Mode	Sequential


Parameter: <MaxCompositePeakEVM>
Description	Maximum of EVM composite peak results.
Datatype	Double
Unit	%


Parameter: <MaxDataPeakEVM>
Description	Maximum of EVM data peak results.
Datatype	Double
Unit	%


Parameter: <MaxSignalPeakEVM>
Description	Maximum of EVM signal peak results.
Datatype	Double
Unit	%

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM:PEAK:AVERage

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM:PEAK:AVERage?
Query Response:
 <AverageCompositePeakEVM>,<AverageDataPeakEVM>,<AverageSignalPeakEVM>


Description	Fetches the average of error vector magnitude (EVM) results.
Availability	Query
Execution Mode	Sequential


Parameter: <AverageCompositePeakEVM>
Description	Average of EVM composite peak results.
Datatype	Double
Unit	%


Parameter: <AverageDataPeakEVM>
Description	Average of EVM data peak results.
Datatype	Double
Unit	%


Parameter: <AverageSignalPeakEVM>
Description	Average of EVM signal peak results.
Datatype	Double
Unit	%

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM:PEAK:MINimum

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM:PEAK:MINimum?
Query Response:
 <MinCompositePeakEVM>,<MinDataPeakEVM>,<MinSignalPeakEVM>


Description	Fetches the minimum of error vector magnitude (EVM) results.
Availability	Query
Execution Mode	Sequential


Parameter: <MinCompositePeakEVM>
Description	Minimum of EVM composite peak results.
Datatype	Double
Unit	%


Parameter: <MinDataPeakEVM>
Description	Minimum of EVM data peak results.
Datatype	Double
Unit	%


Parameter: <MinSignalPeakEVM>
Description	Minimum of EVM signal peak results.
Datatype	Double
Unit	%

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IBEMissions[:MAXimum]

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IBEMissions[:MAXimum]?
Query Response:
 <MaxIBEMargin>


Description	Fetches the maximum of in band emissions margin results.
Availability	Query
Execution Mode	Sequential


Parameter: <MaxIBEMargin>
Description	Maximum of in band emissions margin results.
Datatype	Double
Unit	dB

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IBEMissions:AVERage

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IBEMissions:AVERage?
Query Response:
 <AverageIBEMargin>


Description	Fetches the average of in band emissions results.
Availability	Query
Execution Mode	Sequential


Parameter: <AverageIBEMargin>
Description	Average of in band emissions margin results.
Datatype	Double
Unit	dB

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IBEMissions:MINimum

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IBEMissions:MINimum?
Query Response:
 <MinIBEMargin>


Description	Fetches the minimum of in band emissions results.
Availability	Query
Execution Mode	Sequential


Parameter: <MinIBEMargin>
Description	Minimum of in band emissions margin results.
Datatype	Double
Unit	dB

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IMPairments[:AVERage]

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IMPairments[:AVERage]?
Query Response:
 <AverageFrequencyError>,<AverageIqOriginOffset>,<AverageIqGainImbalance>,<AverageIqQuadratureError>,<AverageIqTimingError>,<AverageTimeOffset>,<AverageSymbolClockError>


Description	Fetches the average of I/Q impairments results.
Availability	Query
Execution Mode	Sequential


Parameter: <AverageFrequencyError>
Description	Average of frequency error results.
Datatype	Double
Unit	Hz


Parameter: <AverageIqOriginOffset>
Description	Average of I/Q origin offset results.
Datatype	Double
Unit	dB


Parameter: <AverageIqGainImbalance>
Description	Average of I/Q gain imbalance results.
Datatype	Double
Unit	dB


Parameter: <AverageIqQuadratureError>
Description	Average of I/Q quadrature error results.
Datatype	Double
Unit	deg


Parameter: <AverageIqTimingError>
Description	Average of I/Q timing error results.
Datatype	Double
Unit	sec


Parameter: <AverageTimeOffset>
Description	Average of I/Q time offset results.
Datatype	Double
Unit	sec


Parameter: <AverageSymbolClockError>
Description	Average of Symbol Clock error results.
Datatype	Double
Unit	ppm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IMPairments:MAXimum

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IMPairments:MAXimum?
Query Response:
 <MaxFrequencyError>,<MaxIqOriginOffset>,<MaxIqGainImbalance>,<MaxIqQuadratureError>,<MaxIqTimingError>,<MaxTimeOffset>,<MaxSymbolClockError>


Description	Fetches the maximum of I/Q impairments results.
Availability	Query
Execution Mode	Sequential


Parameter: <MaxFrequencyError>
Description	Maximum of frequency error results.
Datatype	Double
Unit	Hz


Parameter: <MaxIqOriginOffset>
Description	Maximum of I/Q origin offset results.
Datatype	Double
Unit	dB


Parameter: <MaxIqGainImbalance>
Description	Maximum of I/Q gain imbalance results.
Datatype	Double
Unit	dB


Parameter: <MaxIqQuadratureError>
Description	Maximum of I/Q quadrature error results.
Datatype	Double
Unit	deg


Parameter: <MaxIqTimingError>
Description	Maximum of I/Q timing error results.
Datatype	Double
Unit	sec


Parameter: <MaxTimeOffset>
Description	Maximum of I/Q time offset results.
Datatype	Double
Unit	sec


Parameter: <MaxSymbolClockError>
Description	Maximum of Symbol Clock error results.
Datatype	Double
Unit	ppm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IMPairments:MINimum

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IMPairments:MINimum?
Query Response:
 <MinFrequencyError>,<MinIqOriginOffset>,<MinIqGainImbalance>,<MinIqQuadratureError>,<MinIqTimingError>,<MinTimeOffset>,<MinSymbolClockError>


Description	Fetches the minimum of I/Q impairments results.
Availability	Query
Execution Mode	Sequential


Parameter: <MinFrequencyError>
Description	Minimum of frequency error results.
Datatype	Double
Unit	Hz


Parameter: <MinIqOriginOffset>
Description	Minimum of I/Q origin offset results.
Datatype	Double
Unit	dB


Parameter: <MinIqGainImbalance>
Description	Minimum of I/Q gain imbalance results.
Datatype	Double
Unit	dB


Parameter: <MinIqQuadratureError>
Description	Minimum of I/Q quadrature error results.
Datatype	Double
Unit	deg


Parameter: <MinIqTimingError>
Description	Minimum of I/Q timing error results.
Datatype	Double
Unit	sec


Parameter: <MinTimeOffset>
Description	Minimum of time offset results.
Datatype	Double
Unit	sec


Parameter: <MinSymbolClockError>
Description	Minimum of Symbol Clock error results.
Datatype	Double
Unit	ppm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:SFLatness

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:SFLatness?
Query Response:
 <Range1MaxToMin>,<Range2MaxToMin>,<Range1MaxToRange2Min>,<Range2MaxToRange1Min>


Description	Fetches the spectral flatness results.
Availability	Query
Execution Mode	Sequential


Parameter: <Range1MaxToMin>
Unit	dB


Parameter: <Range2MaxToMin>
Unit	dB


Parameter: <Range1MaxToRange2Min>
Unit	dB


Parameter: <Range2MaxToRange1Min>
Unit	dB

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:OBW[:SBLock][:AVERage]

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:OBW[:SBLock][:AVERage]?
Query Response:
 <OccupiedBandwidth>,<AveragePower>,<StartFrequency>,<StopFrequency>


Description	Fetches the average of occupied bandwidth (OBW) results.
Availability	Query
Execution Mode	Sequential


Parameter: <OccupiedBandwidth>
Description	Average of OBW results.
Datatype	Double
Unit	Hz


Parameter: <AveragePower>
Description	Average of OBW average power results.
Datatype	Double
Unit	dBm


Parameter: <StartFrequency>
Description	Average of OBW start frequency results.
Datatype	Double
Unit	Hz


Parameter: <StopFrequency>
Description	Average of OBW stop frequency results.
Datatype	Double
Unit	Hz

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:OBW[:SBLock]:MAXimum

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:OBW[:SBLock]:MAXimum?
Query Response:
 <OccupiedBandwidth>,<AveragePower>,<StartFrequency>,<StopFrequency>


Description	Fetches the maximum of occupied bandwidth (OBW) results.
Availability	Query
Execution Mode	Sequential


Parameter: <OccupiedBandwidth>
Description	Maximum of OBW results.
Datatype	Double
Unit	Hz


Parameter: <AveragePower>
Description	Maximum of OBW average power results.
Datatype	Double
Unit	dBm


Parameter: <StartFrequency>
Description	Maximum of OBW start frequency results.
Datatype	Double
Unit	Hz


Parameter: <StopFrequency>
Description	Maximum of OBW stop frequency results.
Datatype	Double
Unit	Hz

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:OBW[:SBLock]:MINimum

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:OBW[:SBLock]:MINimum?
Query Response:
 <OccupiedBandwidth>,<AveragePower>,<StartFrequency>,<StopFrequency>


Description	Fetches the minimum of occupied bandwidth (OBW) results.
Availability	Query
Execution Mode	Sequential


Parameter: <OccupiedBandwidth>
Description	Minimum of OBW results.
Datatype	Double
Unit	Hz


Parameter: <AveragePower>
Description	Minimum of OBW average power results.
Datatype	Double
Unit	dBm


Parameter: <StartFrequency>
Description	Minimum of OBW start frequency results.
Datatype	Double
Unit	Hz


Parameter: <StopFrequency>
Description	Minimum of OBW stop frequency results.
Datatype	Double
Unit	Hz

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:PDYNamics[:SBLock][:AVERage]

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:PDYNamics[:SBLock][:AVERage]?
Query Response:
 <MaskStatus>,<OffMeanPowerBefore>,<OffPeakPowerBefore>,<OnMeanPower>,<OnPeakPower>,<OffMeanPowerAfter>,<OffPeakPowerAfter>


Description	Fetches all power dynamics (PDYN) average results.
Availability	Query
Execution Mode	Overlapped


Parameter: <MaskStatus>
Description	Indicates whether the PDYN measurement has passed or failed the mask specification.
Datatype	Boolean


Parameter: <OffMeanPowerBefore>
Description	OFF power mean value for sub frame before ON sub frame.
Datatype	Double
Unit	dBm


Parameter: <OffPeakPowerBefore>
Description	OFF power peak value for sub frame before ON sub frame.
Datatype	Double
Unit	dBm


Parameter: <OnMeanPower>
Unit	dBm


Parameter: <OnPeakPower>
Description	ON power peak value without transient periods.
Datatype	Double
Unit	dBm


Parameter: <OffMeanPowerAfter>
Description	OFF power mean value for sub frame after ON sub frame.
Datatype	Double
Unit	dBm


Parameter: <OffPeakPowerAfter>
Description	OFF power peak value for sub frame after ON sub frame.
Datatype	Double
Unit	dBm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:PDYNamics[:SBLock]:MAXimum

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:PDYNamics[:SBLock]:MAXimum?
Query Response:
 <MaskStatus>,<OffMeanPowerBefore>,<OffPeakPowerBefore>,<OnMeanPower>,<OnPeakPower>,<OffMeanPowerAfter>,<OffPeakPowerAfter>


Description	Fetches all power dynamics (PDYN) maximum results.
Availability	Query
Execution Mode	Overlapped


Parameter: <MaskStatus>
Description	Indicates whether the PDYN measurement has passed or failed the mask specification.
Datatype	Boolean


Parameter: <OffMeanPowerBefore>
Description	OFF power mean value for sub frame before ON sub frame.
Datatype	Double
Unit	dBm


Parameter: <OffPeakPowerBefore>
Description	OFF power peak value for sub frame before ON sub frame.
Datatype	Double
Unit	dBm


Parameter: <OnMeanPower>
Description	ON power mean value without transient periods.
Datatype	Double
Unit	dBm


Parameter: <OnPeakPower>
Description	ON power peak value without transient periods.
Datatype	Double
Unit	dBm


Parameter: <OffMeanPowerAfter>
Description	OFF power mean value for sub frame after ON sub frame.
Datatype	Double
Unit	dBm


Parameter: <OffPeakPowerAfter>
Description	OFF power peak value for sub frame after ON sub frame.
Datatype	Double
Unit	dBm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:PDYNamics[:SBLock]:MINimum

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:PDYNamics[:SBLock]:MINimum?
Query Response:
 <MaskStatus>,<OffMeanPowerBefore>,<OffPeakPowerBefore>,<OnMeanPower>,<OnPeakPower>,<OffMeanPowerAfter>,<OffPeakPowerAfter>


Description	Fetches all power dynamics (PDYN) minimum results.
Availability	Query
Execution Mode	Overlapped


Parameter: <MaskStatus>


Parameter: <OffMeanPowerBefore>
Unit	dBm


Parameter: <OffPeakPowerBefore>
Unit	dBm


Parameter: <OnMeanPower>
Unit	dBm


Parameter: <OnPeakPower>
Unit	dBm


Parameter: <OffMeanPowerAfter>
Unit	dBm


Parameter: <OffPeakPowerAfter>
Unit	dBm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock][:MARGin][:AVERage]

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock][:MARGin][:AVERage]?
Query Response:
 <SemCompositeMaskStatus>,<WorstMargin>,<WorstMarginFrequency>,<SemTotalCarrierPower>


Description	Fetches the average of spectral emission mask (SEM) results for measurements that satisfy the specified mask limits.
Availability	Query
Execution Mode	Sequential


Parameter: <SemCompositeMaskStatus>
Description	Indicates the status of the SEM based on the specified mask limits. 0: Measurement results do not satisfy the specified mask limits (fail). 1: Measurement results satisfy the specified mask limits (pass).
Datatype	Boolean


Parameter: <WorstMargin>
Description	Average power at the frequency where the worst margin occurs.
Datatype	Double
Unit	dB


Parameter: <WorstMarginFrequency>
Description	Frequency where the worst margin occurs.
Datatype	Double
Unit	Hz


Parameter: <SemTotalCarrierPower>
Description	Average total carrier power of the reference channel for the specified integration bandwidth.
Datatype	Double
Unit	dBm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock][:MARGin]:MAXimum

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock][:MARGin]:MAXimum?
Query Response:
 <SemCompositeMaskStatus>,<WorstMargin>,<WorstMarginFrequency>,<SemTotalCarrierPower>


Description	Fetches the maximum of spectral emission mask (SEM) results for measurements that satisfy the specified mask limits.
Availability	Query
Execution Mode	Sequential


Parameter: <SemCompositeMaskStatus>
Description	Status of the SEM measurement based on the specified mask limits. 0: Measurement results do not satisfy the specified mask limits (fail). 1: Measurement results satisfy the specified mask limits (pass).
Datatype	Boolean


Parameter: <WorstMargin>
Description	Maximum power at the frequency where the worst margin occurs.
Datatype	Double
Unit	dB


Parameter: <WorstMarginFrequency>
Description	Frequency where the worst margin occurs.
Datatype	Double
Unit	Hz


Parameter: <SemTotalCarrierPower>
Description	Maximum total carrier power of the reference channel for the specified integration bandwidth.
Datatype	Double
Unit	dBm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock][:MARGin]:MINimum

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock][:MARGin]:MINimum?
Query Response:
 <SemCompositeMaskStatus>,<WorstMargin>,<WorstMarginFrequency>,<SemTotalCarrierPower>


Description	Fetches the minimum of spectral emission mask (SEM) results for measurements that satisfy the specified mask limits.
Availability	Query
Execution Mode	Sequential


Parameter: <SemCompositeMaskStatus>
Description	Indicates the status of the SEM measurement based on the specified mask limits. 0: Measurement results do not satisfy the specified mask limits (fail). 1: Measurement results satisfy the specified mask limits (pass).
Datatype	Boolean


Parameter: <WorstMargin>
Description	Minimum power at the frequency where the worst margin occurs.
Datatype	Double
Unit	dB


Parameter: <WorstMarginFrequency>
Description	Frequency where the worst margin occurs.
Datatype	Double
Unit	Hz


Parameter: <SemTotalCarrierPower>
Description	Minimum total carrier power of the reference channel for the specified integration bandwidth.
Datatype	Double
Unit	dBm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:CARRier[:AVERage]

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:CARRier[:AVERage]?
Query Response:
 <CarrierOffset_1>,<AbsolutePower_1>,<AbsPeakPower_1>,<PeakFrequency_1>{,<CarrierOffset_n>,<AbsolutePower_n>,<AbsPeakPower_n>,<PeakFrequency_n>}


Description	Fetches the average of component carrier power results.
Availability	Query
Execution Mode	Sequential


Parameter: <CarrierOffset>
Unit	Hz


Parameter: <AbsolutePower>
Unit	dBm


Parameter: <AbsPeakPower>
Unit	dB


Parameter: <PeakFrequency>
Unit	dB

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:CARRier:MAXimum

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:CARRier:MAXimum?
Query Response:
 <CarrierOffset_1>,<AbsolutePower_1>,<AbsPeakPower_1>,<PeakFrequency_1>{,<CarrierOffset_n>,<AbsolutePower_n>,<AbsPeakPower_n>,<PeakFrequency_n>}


Description	Fetches the maximum of component carrier power results.
Availability	Query
Execution Mode	Sequential


Parameter: <CarrierOffset>
Unit	Hz


Parameter: <AbsolutePower>
Unit	dBm


Parameter: <AbsPeakPower>
Unit	dB


Parameter: <PeakFrequency>
Unit	dB

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:CARRier:MINimum

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:CARRier:MINimum?
Query Response:
 <CarrierOffset_1>,<AbsolutePower_1>,<AbsPeakPower_1>,<PeakFrequency_1>{,<CarrierOffset_n>,<AbsolutePower_n>,<AbsPeakPower_n>,<PeakFrequency_n>}


Description	Fetches the minimum of component carrier power results.
Availability	Query
Execution Mode	Sequential


Parameter: <CarrierOffset>
Unit	Hz


Parameter: <AbsolutePower>
Unit	dBm


Parameter: <AbsPeakPower>
Unit	dB


Parameter: <PeakFrequency>
Unit	dB

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:OSEGments[:AVERage]

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:OSEGments[:AVERage]?
Query Response:
 <SegmentIndex_1>,<SegmentStartFrequency_1>,<SegmentStopFrequency_1>,<SegmentMargin_1>,<PowerReferenceCarrier_1>,<PeakAbsolutPower_1>,<PeakFrequency_1>{,<SegmentIndex_n>,<SegmentStartFrequency_n>,<SegmentStopFrequency_n>,<SegmentMargin_n>,<PowerReferenceCarrier_n>,<PeakAbsolutPower_n>,<PeakFrequency_n>}


Description	Fetches the average of spectral emissions mask (SEM) offset segment results.
Availability	Query
Execution Mode	Sequential


Parameter: <SegmentIndex>
Description	Index of the frequency segment.
Datatype	Integer32


Parameter: <SegmentStartFrequency>
Description	Start frequency of the SEM frequency segment.
Datatype	Double
Unit	Hz


Parameter: <SegmentStopFrequency>
Description	Stop frequency of the SEM frequency segment.
Datatype	Double
Unit	Hz


Parameter: <SegmentMargin>
Description	Highest power measured within the frequency segment.
Datatype	Double
Unit	dB


Parameter: <PowerReferenceCarrier>
Description	Referenced carrier in power calculation.
Datatype	Integer32


Parameter: <PeakAbsolutPower>
Description	Highest power measured within the frequency segment.
Datatype	Double
Unit	dBm


Parameter: <PeakFrequency>
Description	Frequency of the highest power measured within the frequency segment.
Datatype	Double
Unit	Hz

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:OSEGments:MAXimum

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:OSEGments:MAXimum?
Query Response:
 <SegmentIndex_1>,<SegmentStartFrequency_1>,<SegmentStopFrequency_1>,<SegmentMargin_1>,<PowerReferenceCarrier_1>,<PeakAbsolutPower_1>,<PeakFrequency_1>{,<SegmentIndex_n>,<SegmentStartFrequency_n>,<SegmentStopFrequency_n>,<SegmentMargin_n>,<PowerReferenceCarrier_n>,<PeakAbsolutPower_n>,<PeakFrequency_n>}


Description	Fetches the maximum of spectral emissions mask (SEM) offset segment results.
Availability	Query
Execution Mode	Sequential


Parameter: <SegmentIndex>
Description	Index of the frequency segment.
Datatype	Integer32


Parameter: <SegmentStartFrequency>
Description	Start frequency of the SEM frequency segment.
Datatype	Double
Unit	Hz


Parameter: <SegmentStopFrequency>
Description	Stop frequency of the SEM frequency segment.
Datatype	Double
Unit	Hz


Parameter: <SegmentMargin>
Description	Highest power measured within the frequency segment.
Datatype	Double
Unit	dB


Parameter: <PowerReferenceCarrier>
Description	Referenced carrier in power calculation.
Datatype	Integer32


Parameter: <PeakAbsolutPower>
Description	Highest power measured within the frequency segment.
Datatype	Double
Unit	dBm


Parameter: <PeakFrequency>
Description	Frequency of the highest power measured within the frequency segment.
Datatype	Double
Unit	Hz

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:OSEGments:MINimum

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:OSEGments:MINimum?
Query Response:
 <SegmentIndex_1>,<SegmentStartFrequency_1>,<SegmentStopFrequency_1>,<SegmentMargin_1>,<PowerReferenceCarrier_1>,<PeakAbsolutPower_1>,<PeakFrequency_1>{,<SegmentIndex_n>,<SegmentStartFrequency_n>,<SegmentStopFrequency_n>,<SegmentMargin_n>,<PowerReferenceCarrier_n>,<PeakAbsolutPower_n>,<PeakFrequency_n>}


Description	Fetches the minimum of spectral emissions mask (SEM) offset segment results.
Availability	Query
Execution Mode	Sequential


Parameter: <SegmentIndex>
Description	Index of the frequency segment.
Datatype	Integer32


Parameter: <SegmentStartFrequency>
Description	Start frequency of the SEM frequency segment.
Datatype	Double
Unit	Hz


Parameter: <SegmentStopFrequency>
Description	Stop frequency of the SEM frequency segment.
Datatype	Double
Unit	Hz


Parameter: <SegmentMargin>
Description	Highest power measured within the frequency segment.
Datatype	Double
Unit	dB


Parameter: <PowerReferenceCarrier>
Description	Referenced carrier in power calculation.
Datatype	Integer32


Parameter: <PeakAbsolutPower>
Description	Highest power measured within the frequency segment.
Datatype	Double
Unit	dBm


Parameter: <PeakFrequency>
Description	Frequency of the highest power measured within the frequency segment.
Datatype	Double
Unit	Hz

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:TXPower[:SBLock][:AVERage]

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:TXPower[:SBLock][:AVERage]?
Query Response:
 <MeanPower>,<PeakAvgRatio>,<MaxPower>,<MinPower>


Description	Fetches the average of all transmit power (TXP) results.
Availability	Query
Execution Mode	Sequential


Parameter: <MeanPower>
Description	Average of TXP mean power results.
Datatype	Double
Unit	dBm


Parameter: <PeakAvgRatio>
Description	Average of TXP peak average ratio results.
Datatype	Double
Unit	dB


Parameter: <MaxPower>
Description	Average of TXP maximum power results.
Datatype	Double
Unit	dBm


Parameter: <MinPower>
Description	Average of TXP minimum power results.
Datatype	Double
Unit	dBm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:TXPower[:SBLock]:MAXimum

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:TXPower[:SBLock]:MAXimum?
Query Response:
 <MeanPower>,<PeakAvgRatio>,<MaxPower>,<MinPower>


Description	Fetches the maximum of all transmit power (TXP) results.
Availability	Query
Execution Mode	Sequential


Parameter: <MeanPower>
Description	Maximum of TXP mean power results.
Datatype	Double
Unit	dBm


Parameter: <PeakAvgRatio>
Description	Maximum of TXP peak average ratio results.
Datatype	Double
Unit	dB


Parameter: <MaxPower>
Description	Maximum of TXP maximum power results.
Datatype	Double
Unit	dBm


Parameter: <MinPower>
Description	Maximum of TXP minimum power results.
Datatype	Double
Unit	dBm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:TXPower[:SBLock]:MINimum

Usage:
 FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:TXPower[:SBLock]:MINimum?
Query Response:
 <MeanPower>,<PeakAvgRatio>,<MaxPower>,<MinPower>


Description	Fetches the minimum of all transmit power (TXP) results.
Availability	Query
Execution Mode	Sequential


Parameter: <MeanPower>
Description	Minimum of TXP mean power results.
Datatype	Double
Unit	dBm


Parameter: <PeakAvgRatio>
Description	Minimum of TXP peak average ratio results.
Datatype	Double
Unit	dB


Parameter: <MaxPower>
Description	Minimum of TXP maximum power results.
Datatype	Double
Unit	dBm


Parameter: <MinPower>
Description	Minimum of TXP minimum power results.
Datatype	Double
Unit	dBm

FETCh:RFSA:LTE[:RESults]:STATe

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


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


Parameter: <HardwareState>
Description	IDLE: Hardware is available. PENDING: Execution is waiting for hardware to be released. 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 received data to process. PROCESSING: The measurement is processing the acquired data.
Datatype	Enumeration

FETCh:RFSA:LTE[:RESults]:TXPower[:SBLock][:ALL]

Usage:
 FETCh:RFSA:LTE[:RESults]:TXPower[:SBLock][:ALL]?
Query Response:
 <MeanPower>,<PeakAvgRatio>,<MaxPower>,<MinPower>


Description	Fetches all transmit power (TXP) results.
Availability	Query
Execution Mode	Sequential


Parameter: <MeanPower>
Description	TXP mean power results.
Datatype	Double
Unit	dBm


Parameter: <PeakAvgRatio>
Description	TXP peak average ratio results.
Datatype	Double
Unit	dB


Parameter: <MaxPower>
Description	TXP maximum power results.
Datatype	Double
Unit	dBm


Parameter: <MinPower>
Description	TXP minimum power results.
Datatype	Double
Unit	dBm

FETCh:RFSA:LTE[:RESults]:TXPower[:SBLock]:TRACe[:POWer]

Usage:
 FETCh:RFSA:LTE[:RESults]:TXPower[:SBLock]:TRACe[:POWer]?
Query Response:
 <OriginTime>,<Deltatime>,#xyy<PowerTraceData[n]>


Description
Availability	Query
Execution Mode	Sequential


Parameter: <OriginTime>


Parameter: <Deltatime>


Parameter: #xyy<PowerTraceData[n]>

INITiate:RFSA:LTE[:RESults]

Usage:
 INITiate:RFSA:LTE[:RESults]


Description	Initiates a composite LTE measurement.
Availability	Command
Execution Mode	Sequential

SYSTem:RFSA:LTE:VERSion

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


Description
Availability	Query
Execution Mode	Sequential


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


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

TRIGger:RFSA:LTE:DELay

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


Description	Specifies the delay, in seconds, between the trigger and the start of data acquisition.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <TriggerDelay>
Description	Specifies the trigger delay, in seconds.
Datatype	Double
Default Value	0.00000000E+000
Range	[-1.00000000E+000:1.00000000E+000]
Unit	s

TRIGger:RFSA:LTE:EDGE

Usage:
 TRIGger:RFSA:LTE: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: Sequential


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:LTE:EXPort

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


Description	Specifies whether to export the trigger to allow other configurations to also capture the event and react to the trigger.
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:LTE:MQTime

Usage:
 TRIGger:RFSA:LTE:MQTime[?] <TriggerMinQuietTime>
Query Response:
 <TriggerMinQuietTime>


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: Sequential


Parameter: <TriggerMinQuietTime>
Description	Minimum quiet time. The signal is quiet when it is below the trigger level if you set the EDGE property to RISING, or above the trigger level if you set the EDGE property to FALLING.
Datatype	Double
Default Value	0.00000000E+000
Range	[-Inf:Inf]
Unit	s

TRIGger:RFSA:LTE:SOURce

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


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


Parameter: <TriggerSource>
Description	IMMEDIATE - Generates the signal to measure as soon as the hardware is ready. POWER - Uses the 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. Portname must be defined before this command is executed.
Datatype	String
Default Value	"IMMEDIATE"

TRIGger:RFSA:LTE:THReshold

Usage:
 TRIGger:RFSA:LTE: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: Sequential


Parameter: <TriggerThreshold>
Description	Power threshold that is relative to the maximum power.
Datatype	Double
Default Value	0.00
Range	[-Inf:Inf]
Unit	dB

TRIGger:RFSA:LTE:TOUT

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


Description	Specifies the trigger timeout.
Availability	Command/Query
Execution Mode	Command: Overlapped Query: Sequential


Parameter: <TriggerTimeout>
Description	Trigger timeout.
Datatype	Double
Default Value	5.00
Range	[0.00:1000.00]
Unit	s

Wireless Test System API Overview

SCPI Command Reference

CONFigure:RFSA:LTE<i>[:MEASurement]:ACPower[:ENABle]

CONFigure:RFSA:LTE<i>[:MEASurement]:ACPower:AVERage[:COUNt]

CONFigure:RFSA:LTE<i>[:MEASurement]:ACPower:AVERage:TYPE

CONFigure:RFSA:LTE<i>[:MEASurement]:MODulation[:ENABle]

CONFigure:RFSA:LTE<i>[:MEASurement]:MODulation:AVERage[:COUNt]

CONFigure:RFSA:LTE<i>[:MEASurement]:MODulation:FFTWindow:LENGth

CONFigure:RFSA:LTE<i>[:MEASurement]:MODulation:FFTWindow:OFFSet

CONFigure:RFSA:LTE<i>[:MEASurement]:MODulation:FFTWindow:TYPE

CONFigure:RFSA:LTE<i>[:MEASurement]:MODulation:MINTerval[:SLOTs]

CONFigure:RFSA:LTE<i>[:MEASurement]:MODulation:MINTerval:OFFSet

CONFigure:RFSA:LTE<i>[:MEASurement]:MODulation:MODE

CONFigure:RFSA:LTE<i>[:MEASurement]:MODulation:RBAuto[:ENABle]

CONFigure:RFSA:LTE<i>[:MEASurement]:MOEXception

CONFigure:RFSA:LTE<i>[:MEASurement]:OBW[:ENABle]

CONFigure:RFSA:LTE<i>[:MEASurement]:OBW:AVERage[:COUNt]

CONFigure:RFSA:LTE<i>[:MEASurement]:OBW:AVERage:TYPE

CONFigure:RFSA:LTE<i>[:MEASurement]:PDYNamics[:ENABle]

CONFigure:RFSA:LTE<i>[:MEASurement]:PDYNamics:AVERage[:COUNt]

CONFigure:RFSA:LTE<i>[:MEASurement]:PDYNamics:AVERage:TYPE

CONFigure:RFSA:LTE<i>[:MEASurement]:SEM[:ENABle]

CONFigure:RFSA:LTE<i>[:MEASurement]:SEM:AVERage[:COUNt]

CONFigure:RFSA:LTE<i>[:MEASurement]:SEM:AVERage:TYPE

CONFigure:RFSA:LTE<i>[:MEASurement]:SEM:OSEGments:LIMits

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

CONFigure:RFSA:LTE<i>[:MEASurement]:TXPower:AVERage:COUNt

CONFigure:RFSA:LTE<i>[:MEASurement]:TXPower:AVERage:TYPE

CONFigure:RFSA:LTE<i>[:MEASurement]:TXPower:MINTerval

CONFigure:RFSA:LTE<i>[:SBLock<i>][:CCARrier<i>]:BWIDth

CONFigure:RFSA:LTE<i>[:SBLock<i>][:CCARrier<i>]:CID

CONFigure:RFSA:LTE<i>[:SBLock<i>][:CCARrier<i>]:FREQuency:OFFSet

CONFigure:RFSA:LTE<i>[:SBLock<i>][:CCARrier<i>]:PUSCh[:RBCLuster<i>]:NRB

CONFigure:RFSA:LTE<i>[:SBLock<i>][:CCARrier<i>]:PUSCh[:RBCLuster<i>]:RBOFfset

CONFigure:RFSA:LTE<i>[:SBLock<i>][:CCARrier<i>]:PUSCh:MSCHeme

CONFigure:RFSA:LTE<i>[:SBLock<i>][:CCARrier<i>]:PUSCh:NRBClusters

CONFigure:RFSA:LTE<i>[:SBLock<i>]:EATTenuation

CONFigure:RFSA:LTE<i>[:SBLock<i>]:FREQuency[:CENTer]

CONFigure:RFSA:LTE<i>[:SBLock<i>]:FREQuency:BAND

CONFigure:RFSA:LTE<i>[:SBLock<i>]:FREQuency:CHANnel

CONFigure:RFSA:LTE<i>[:SBLock<i>]:NCCarriers

CONFigure:RFSA:LTE<i>[:SBLock<i>]:PORTname

CONFigure:RFSA:LTE<i>[:SBLock<i>]:POWer[:MAXimum]

CONFigure:RFSA:LTE<i>[:SBLock<i>]:SPACing:CCINdex

CONFigure:RFSA:LTE<i>[:SBLock<i>]:SPACing:TYPE

CONFigure:RFSA:LTE<i>:CPRefix

CONFigure:RFSA:LTE<i>:DMODe

CONFigure:RFSA:LTE<i>:NSBLocks

CONFigure:RFSA:LTE<i>:SEQuence[:SBLock][:CCARrier<i>]:BWIDth[:ALL]

CONFigure:RFSA:LTE<i>:SEQuence[:SBLock][:CCARrier<i>]:CID[:ALL]

CONFigure:RFSA:LTE<i>:SEQuence[:SBLock][:CCARrier<i>]:FREQuency:OFFSet[:ALL]

CONFigure:RFSA:LTE<i>:SEQuence[:SBLock][:CCARrier<i>]:PUSCh:MSCHeme[:ALL]

CONFigure:RFSA:LTE<i>:SEQuence[:SBLock][:CCARrier<i>]:PUSCh:NRBLock[:ALL]

CONFigure:RFSA:LTE<i>:SEQuence[:SBLock][:CCARrier<i>]:PUSCh:RBOFfset[:ALL]

CONFigure:RFSA:LTE<i>:SEQuence[:SBLock]:EATTenuation[:ALL]

CONFigure:RFSA:LTE<i>:SEQuence[:SBLock]:FREQuency:BAND[:ALL]

CONFigure:RFSA:LTE<i>:SEQuence[:SBLock]:FREQuency:CHANnel[:ALL]

CONFigure:RFSA:LTE<i>:SEQuence[:SBLock]:NCCarriers[:ALL]

CONFigure:RFSA:LTE<i>:SEQuence[:SBLock]:POWer[:ALL]

CONFigure:RFSA:LTE<i>:SEQuence[:SBLock]:SPACing:CCINdex[:ALL]

CONFigure:RFSA:LTE<i>:SEQuence[:SBLock]:SPACing:TYPE[:ALL]

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

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

CONFigure:RFSA:LTE<i>:SEQuence:MEASurement:ACPower:ENABle[:ALL]

CONFigure:RFSA:LTE<i>:SEQuence:MEASurement:ACPower:INTerval[:ALL]

CONFigure:RFSA:LTE<i>:SEQuence:MEASurement:MODulation:ENABle[:ALL]

CONFigure:RFSA:LTE<i>:SEQuence:MEASurement:MODulation:INTerval[:ALL]

CONFigure:RFSA:LTE<i>:SEQuence:MEASurement:OBW:ENABle[:ALL]

CONFigure:RFSA:LTE<i>:SEQuence:MEASurement:OBW:INTerval[:ALL]

CONFigure:RFSA:LTE<i>:SEQuence:MEASurement:PDYNamics:ENABle[:ALL]

CONFigure:RFSA:LTE<i>:SEQuence:MEASurement:PDYNamics:INTernal[:ALL]

CONFigure:RFSA:LTE<i>:SEQuence:MEASurement:SEM:ENABle[:ALL]

CONFigure:RFSA:LTE<i>:SEQuence:MEASurement:SEM:INTerval[:ALL]

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

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

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

CONFigure:RFSA:LTE<i>:SEQuence:OFFSet[:ALL]

CONFigure:RFSA:LTE<i>:SEQuence:SEGMent<i>[:SBLock][:SETup]

CONFigure:RFSA:LTE<i>:SEQuence:SEGMent<i>[:SBLock]:CCARrier<i>

CONFigure:RFSA:LTE<i>:SEQuence:SEGMent<i>[:SBLock]:NCCarriers