CFMixer Topic

VNA Help

Click here to see this page in full context

FCA (OptS9x082A / S9x083A/B): Configure | Calibrate | Embedded LO | Segment Sweep
Noise Figure App (Opt 028, 029, S93029A/B): Setup | Cal | SNP | ENR files | NFX
GCA (Opt S9x086A): Setup | Cal | Analysis | GCX
Swept IMD (Opt S93087A/B): Setup | Cal | Swept IMDx
IMSpectrum (Opt S93087A/B): Setup | IMxSpectrum
Diff IQ (Opt S9x089A/B): Meas | Setup | Range Settings | Parameters | X-Axis
SA (Opt S9x090xA): SA Setup | Source: Setup | Coherence |Advanced Settings | IF Setup |Trig. & Pulse Setup | Processing Setup | ADC & LO Setup | Data | SA Markers | IQMod
iTMSA (Opt S93460A/B): Setup | Phase Sweep
Common Mixer Setup commands
Pulse (PNA-X): Setup | Generators | Trigger
Frequency Offset (Opt S9x080A)
Enhanced Time Domain Analysis [GUI Command Finder] (TDR, Option S9x011A/B)
Active (Hot) Parameters (Opt S93110A/B)
Modulation Distortion (Opt S9x070xB)
Phase Noise (Opt. S93031xB)
DPD (Digital Predistortion)

Description	SCPI	COM
FCA Configure Measurements Use Mixer commands to setup the mixer. Use FCA Segment commands to setup segment sweep. Use the following commands to setup and calibrate SMC and VMC measurements.
Create an FCA measurement	CALCulate:MEASure:DEFine	App.CreateCustomMeasurementEx
Change an FCA measurement	CALCulate:MEASure:PARameter	Meas.ChangeParameter
Sweep type	SENSe:SWEep:TYPE	Sweep Type Property
Map DUT ports to PNA ports	SENSe:MIXer:PMAP	SetDutPorts
Read Input port map	SENSe:MIXer:PMAP:INPut	DeviceInputPort
Read Output port map	SENSe:MIXer:PMAP:OUTPut	DeviceOutputPort
Avoid Spurs	SENSe:MIXer:AVOidspurs	AvoidSpurs

Minimum required FCA (SMC and VMC) Cal commands SCPI and COM examples.
Create Cal object	None	CreateCustomCal
Begin Cal	SENSe:CORRection:COLLect:GUIDed:INITiate	Initialize
Set connector type for each port	SENSe:CORRection:COLLect:GUIDed:CONNector:PORT:SELect	ConnectorType
Set Cal Kit for each port	SENSe:CORRection:COLLect:GUIDed:CKIT:PORT:SELect	CalKitType
Returns the number of steps required by the Calibration	SENSe:CORRection:COLLect:GUIDed:STEPs?	GenerateSteps
Returns the step description.	SENSe:CORRection:COLLect:GUIDed:DESCription?	GetStepDescription
Measure a standard	SENSe:CORRection:COLLect:GUIDed:ACQuire	AcquireStep
Generate Error Terms	SENSe:CORRection:COLLect:GUIDed:SAVE	GenerateErrorTerms

Optional FCA (SMC and VMC) commands See SMC and VMC specific optional commands
Set THRU method	SENSe:CORRection:COLLect:GUIDed:PATH:TMEThod	PathThruMethod
Sets ECAL auto-orientation ON or OFF	SENSe:CORRection:PREFerence:ECAL:ORIentation	AutoOrient
Sets ECAL port map when orientation is off.	SENSe:CORRection:PREFerence:ECAL:PMAP	EcalOrientation
Perform or Omit Isolation	SENSe:CORRection:COLLect:GUIDed:ISOLation	OmitIsolation

SMC Optional commands
SMC network embed/deembed	SENSe:CORRection:COLLect:GUIDed:SMC:FSIMulator:NETWork:MODE	smc.NetworkMode
SMC filename	SENSe:CORRection:COLLect:GUIDed:SMC:FSIMulator:NETWork:FILename	smc.NetworkFilename
Import existing Phase Ref Cal or Source Power Cal	SENSe:CORRection:COLLect:GUIDed:SMC:IMPort	ImportDataSet
Use Thru or perform separate power cals	SENSe:CORRection:COLLect:GUIDed:SMC:PWRCal:SEParate	SeparatePowerCal
Include Reverse SC12 sweep	SENSe:MIXer:REVerse	IncludeReverseSweep
Include input/output match correction	CALCulate:MEASure:CORRection:TYPE	meas.CalibrationTypeID
Use Nominal Incident Power	SENSe:MIXer:INPut:POWer:USENominal	NominalIncidentPowerState
Enable LO Power Cal	SENSe:CORRection:COLLect:GUIDed:SMC:LO:PCAL	EnableLOPowerCal Property
Save to s2p and s2px file	MMEMory:STORe	None
Load Power Table (used with mmWave)	SENSe:CORRection:COLLect:GUIDed:PSENsor:POWTable	None00

SMC Include Phase
Enable Phase	SENSe:MIXer:PHASe	EnablePhase
Enable Absolute Phase	SENSe:MIXer:PHASe:ABSolute[:STATe]	None
Set normalize point	SENSe:MIXer:NORMalize:POINt	NormalizePoint
Choose known delay or S2P	SENSe:CORRection:COLLect:GUIDed:SMC:PHASe:METHod	DelayCalculationMethod
Set known delay	SENSe:CORRection:COLLect:GUIDed:SMC:PHASe:DELay	FixedDelay
Set Cal Mixer Char S2P filename	SENSe:CORRection:COLLect:GUIDed:SMC:PHASe:MIXer	MixerCharacterizationFile
Use Phase Ref Cal Set	SENSe:CORRection:COLLect:GUIDed:SMC:IMPort	ImportDataSet0000

Perform SMC Phase Reference Cal	SCPI	COM
Reset	SYSTem:CALibrate:PHASe:RESet	Reset
Start Freq	SYSTem:CALibrate:PHASe:FREQuency:STARt	StartFrequency
Stop Freq	SYSTem:CALibrate:PHASe:FREQuency:STOP	StopFrequency
Read channel number	SYSTem:CALibrate:PHASe:GUIDed:CHANnel?	N/A
Read all Phase Reference IDs	SYSTem:CALibrate:PHASe:REFerence:CATalog?	GetConnectedPhaseReferences
Set Phase Reference	SYSTem:CALibrate:PHASe:REFerence	PhaseReference
Set Source Attenuator	SYSTem:CALibrate:PHASe:POWer:ATTenuator	SourceAttenuator
Set Cal Set name	None	CalSet
Perform Cal	Guided Cal commands	Guided Cal commands
Use Phase Ref Cal Set	SENSe:CORRection:COLLect:GUIDed:SMC:IMPort	ImportDataSet

Unknown Mixer calibration state	SYSTem:CALibrate:PHASe:UNKNown:INCLude	IncludeUnknownMixer
Unknown mixer LO frequency	SYSTem:CALibrate:PHASe:UNKNown:LO:FREQuency	UnknownMixerLOFrequency
Unknown mixer LO power	SYSTem:CALibrate:PHASe:UNKNown:LO:POWer	UnknownMixerLOPower
Input power level to the unknown mixer	SYSTem:CALibrate:PHASe:UNKNown:INPut:POWer	UnknownMixerInputPower
Connector type and gender of your Cal Kit.	SYSTem:CALibrate:PHASe:CONNector	ConnectorType PhaseRef
Cal Kit to be used to perform the S-parameter Cal	SYSTem:CALibrate:PHASe:CKIT	CalKitType PhaseRef
Set the ports to be calibrated.	SYSTem:CALibrate:PHASe:PORT[X]	IncludePort
Reverse Port2 Coupler	SYSTem:CALibrate:PHASe:DEEMbed	DeembedCoupler

VMC Optional commands
VMC network embed/deembed	SENSe:CORRection:COLLect:GUIDed:VMC:FSIMulator:NETWork:MODE	vmc.NetworkMode
VMC filename	SENSe:CORRection:COLLect:GUIDed:VMC:FSIMulator:NETWork:FILename	vmc.NetworkFilename
Enable LO Power Cal	SENSe:CORRection:COLLect:GUIDed:VMC:LO<n>:PCAL	EnableLOPowerCal Property

Perform VMC Mixer characterization ONLY
Perform full calibration or mixer characterization only	SENSe:CORRection:COLLect:GUIDed:VMC:OPERation	CharacterizeMixerOnly
Specify direction of mixer characterization	SENSe:CORRection:COLLect:GUIDed:VMC:MIXer:CHARacterize:CAL:REVerse	CharMixerReverse
Set and read mixer char filename.	SENSe:CORRection:COLLect:GUIDed:VMC:MIXer:CHARacterize:CAL:FILename	CharFileName
Sets ECAL auto-orientation ON or OFF	SENSe:CORRection:PREFerence:ECAL:ORIentation	AutoOrient Property
Sets the port mapping for the mixer characterization.	SENSe:CORRection:COLLect:GUIDed:VMC:MIXer:ECAL:PORTmap	EcalOrientation1Port
Load Mixer characterization	SENSe:CORRection:COLLect:GUIDed:VMC:MIXer:CHARacterize:CAL:OPTion	LoadCharFromFile

FCA Segment Sweep SCPI and COM examples.
Recalculate	SENSe:MIXer:RECalculate	ReCalculate
Segment Calculate	SENSe:MIXer:SEGMent:CALCulate	SegmentCalculate
Query Count	SENSe:MIXer:SEGMent:COUNt?	SegmentCount
Add Segments	SENSe:MIXer:SEGMent:ADD	AddSegment
Delete Segments	SENSe:MIXer:SEGMent:DEL	DeleteSegment
Remove All Segments	SENSe:MIXer:SEGMent:DELete:ALL	DeleteAllSegments
State	SENSe:MIXer:SEGMent[:STATe]	SegmentState
Number Of Points	SENSe:MIXer:SEGMent:POINts	SegmentPoints
IFBW	SENSe:MIXer:SEGMent:BWIDth	SegmentIFBandwidth
Input Fixed Freq	SENSe:MIXer:SEGMent:INPut:FREQuency:FIXed	SegmentFixedFrequency
Input Start Freq	SENSe:MIXer:SEGMent:INP:FREQuency:STARt	SegmentStartFrequency
Input Stop Freq	SENSe:MIXer:SEGMent:INP:FREQuency:STOP	SegmentStopFrequency
Input Fixed/Swept	SENSe:MIXer:SEGMent:INP:FREQuency:MODE	SegmentRangeMode
Input Power	SENSe:MIXer:SEGMent:INPut:POWer	SegmentFixedPower
Output Fixed Freq	SENSe:MIXer:SEGMent:OUTP:FREQuency:FIXed	SegmentFixedFrequency
Output Start Freq	SENSe:MIXer:SEGMent:OUTP:FREQuency:STARt	SegmentStartFrequency
Output Stop Freq	SENSe:MIXer:SEGMent:OUTP:FREQuency:STOP	SegmentStopFrequency
Output Fixed/Swept	SENSe:MIXer:SEGMent:OUTP:FREQuency:MODE	SegmentRangeMode
Output (+/-)	SENSe:MIXer:SEGMent:OUTP:FREQuency:SIDeband	SegmentMixingMode
Output Power	SENSe:MIXer:SEGMent:OUTPut:POWer	SegmentFixedPower
LO Fixed Freq	SENSe:MIXer:SEGMent:LO<x>:FREQuency:FIXed	SegmentFixedFrequency
LO Start Freq	SENSe:MIXer:SEGMent:LO<x>:FREQuency:STARt	SegmentStartFrequency
LO Stop Freq	SENSe:MIXer:SEGMent:LO<x>:FREQuency:STOP	SegmentStopFrequency
LO Fixed/Swept	SENSe:MIXer:SEGMent:LO<x>:FREQuency:MODE	SegmentRangeMode
Input >LO	SENSe:MIXer:SEGMent:LO<x>:FREQuency:ILTI	SegmentIsInputGreaterThanLO
LO Power	SENSe:MIXer:SEGMent:LO<x>:POWer	SegmentFixedPower
IF (+/-)	SENSe:MIXer:SEGMent:IF:FREQuency:SIDeband	SegmentMixingMode

Embedded LO (used with FCA, NFX, GCX, MODX, and Swept IMDx)
Embedded LO ON \| OFF	SENSe:MIXer:ELO:STATe	IsOn
Select tuning point	SENSe:MIXer:ELO:NORMalize:POINt	NormalizePoint
Set tuning mode	SENSe:MIXer:ELO:TUNing:MODE	TuningMode
Set broadband sweep span	SENSe:MIXer:ELO:TUNing:SPAN	BroadbandTuningSpan
Set precise tuning tolerance	SENSe:MIXer:ELO:TUNing:TOLerance	PreciseTuningTolerance
Set precise tuning iterations	SENSe:MIXer:ELO:TUNing:ITERations	MaxPreciseTuningIterations
LO delta frequency	SENSe:MIXer:ELO:LO:DELTA	LOFrequencyDelta
Resets tuning parameters	SENSe:MIXer:ELO:TUNing:RESet	ResetTuningParameters
Reset LO Delta frequency	SENSe:MIXer:ELO:LO:RESET	ResetLOFrequency
Resets the LO Frequency Delta and Tuning parameters to their default settings.	SENSe:MIXer:ELO:RESET	None
Sets and returns the Noise Bandwidth for Broadband and Precise tuning sweeps.	SENSe:MIXer:ELO:TUNing:NBW	None
Embedded LO Diagnostics (Available with Swept IMDx using COM ONLY)
Clear current diagnostic information	SENSe:MIXer:ELO:DIAGnostic:CLEAr	Clear
Get result of the last tuning sweeps.	SENSe:MIXer:ELO:DIAGnostic:STATus?	StatusAsString
Get number of tuning sweeps.	SENSe:MIXer:ELO:DIAGnostic:SWEep:COUNt?	NumberOfSweeps
Was a marker was used for a tuning sweep?	SENSe:MIXer:ELO:DIAGnostic:SWEep:MARKer:STATe?	IsMarkerOn
Get the marker X-axis position.	SENSe:MIXer:ELO:DIAGnostic:SWEep:MARKer:POSition?	MarkerPosition
Get the marker annotation.	SENSe:MIXer:ELO:DIAGnostic:SWEep:MARKer:ANNotation?	MarkerAnnotation
Get the tuning sweep X axis annotation.	SENSe:MIXer:ELO:DIAGnostic:SWEep:X:ANNotation?	XAxisAnnotation
Get the tuning sweep Y axis annotation.	SENSe:MIXer:ELO:DIAGnostic:SWEep:Y:ANNotation?	YAxisAnnotation
Get the Start sweep value.	SENSe:MIXer:ELO:DIAGnostic:SWEep:X:STARt?	XAxisStart
Get the Stop sweep value.	SENSe:MIXer:ELO:DIAGnostic:SWEep:X:STOP?	XAxisStop
Returns the tuning sweep parameter name.	SENSe:MIXer:ELO:DIAGnostic:SWEep:PARameter?	Parameter
Returns the tuning sweep title.	SENSe:MIXer:ELO:DIAGnostic:SWEep:TITLe?	StepTitle
Returns the LO frequency delta from this tuning sweep	SENSe:MIXer:ELO:DIAGnostic:SWEep:LO:DELTa?	LODeltaFound

Gain Compression Setup
Create a GCA Meas	CALCulate:MEASure:DEFine	App.CreateCustomMeasurementEx
Change a GCA Parameter	CALCulate:MEASure:PARameter	Meas.ChangeParameter
Sweep Type	SENSe:SWEep:TYPE	SweepType
Number of frequency points	SENSe:GCSetup:SWEep:FREQuency:POINts	NumberOfFrequencyPoints
Number of power points	SENSe:GCSetup:SWEep:POWer:POINts	NumberOfPowerPoints
Maximum number of points	None	MaximumNumberOfPoints
Total number of points	None	TotalNumberOfPoints
Acquisition mode	SENSe:GCSetup:AMODe	AcquisitionMode
Smart tolerance	SENSe:GCSetup:SMARt:TOLerance	SmartSweepTolerance
Smart Iterations	SENSe:GCSetup:SMARt:MITerations	SmartSweepMaximumIterations
Smart settling time	SENSe:GCSetup:SMARt:STIMe	SmartSweepSettlingTime
Smart show iterations	SENSe:GCSetup:SMARt:SITerations	SmartSweepShowIterations
Read DC at compression point	SENSe:GCSetup:SMARt:CDC	ReadDCAtCompression
Read compression failures	SENSe:GCSetup:SFAilures?	SearchFailures
Write port map	SENSe:GCSetup:PMAP	SetPortMap
Read Port Map (Input)	SENSe:GCSetup:PMAP:INPut	DeviceInputPort
Read Port Map (Output)	SENSe:GCSetup:PMAP:OUTPut	DeviceOutputPort
Remaps the source port to Port 1.	SENSe:GCSetup:PMAP:SOURce:OVERride	None
End of Sweep	SENSe:GCSetup:EOSoperation	EndOfSweepOperation
Linear input power	SENSe:GCSetup:POWer:LINear:INPut:LEVel	InputLinearPowerLevel
Reverse Power	SENSe:GCSetup:POWer:REVerse:LEVel	ReverseLinearPowerLevel
Start power	SENSe:GCSetup:POWer:STARt:LEVel	chan.Start Power
Stop power	SENSe:GCSetup:POWer:STOP:LEVel	chan.Stop Power
Compression algorithm	SENSe:GCSetup:COMPression:ALGorithm	CompressionAlgorithm
Compression Level	SENSe:GCSetup:COMPression:LEVel	CompressionLevel
Backoff Level	SENSe:GCSetup:COMPression:BACK:LEVel	CompressionBackoff
X Delta	SENSe:GCSetup:COMPression:DELTa:X	CompressionDeltaX
Y Delta	SENSe:GCSetup:COMPression:DELTa:Y	CompressionDeltaY
Saturation level	SENSe:GCSetup:COMPression:SATuration:LEVel	SaturationLevel
Interpolation	SENSe:GCSetup:COMPression:INTerpolate[:STATe]	CompressionInterpolation
Set and read the desired phase to measure compression.	SENSe:GCSetup:COMPression:PHASe:LEVel	None
Set and read compression format to be either magnitude, phase, or magnitude and phase.	SENSe:GCSetup:COMPression:PHASe:MODE	None
Safe Sweep enable	SENSe:GCSetup:SAFE:ENABle	SafeSweepEnable
Safe Sweep coarse	SENSe:GCSetup:SAFE:CPADjustment	SafeSweepCoarsePowerAdjustment
Safe Sweep fine	SENSe:GCSetup:SAFE:FPADjustment	SafeSweepFinePowerAdjustment
Safe Sweep threshold	SENSe:GCSetup:SAFE:FTHReshold	SafeSweepFineThreshold
Safe Sweep max power	SENSe:GCSetup:SAFE:MLIMit	SafeSweepMaximumLimit
Set and read the name of the external DC device.	SENSe:GCSetup:SAFE:DC:PARameter	SafeSweepDCParameter
Set and read the maximum limit of the external DC device.	SENSe:GCSetup:SAFE:DC:MLimit	SafeSweepMaximumDCLimit
Set and read the DC readings at the compression point in the last iteration of a smart sweep	SENSe:GCSetup:SMARt:CDC	None
GCA/GCX Phase Commands
Set and read the state of the mixer reference.	SENSe:GCSetup:MIXer:REFerence	None
Set and read the aperture to use when computing the linear input power.	SENSe:GCSetup:POWer:LINear:INPut:COMPute:APERture	None
Set and read the state of the power smoothing.	SENSe:GCSetup:SWEep:POWer:SMOoth	None
Set and read the power smoothing aperture in percent.	SENSe:GCSetup:SWEep:POWer:SMOoth:APERture	None
Read GCA Data
Read all GCA data	CALCulate:MEASure:GCData:DATA?	GetRaw2DData
Read real GCA data	CALCulate:MEASure:GCData:REAL?	GetDataRe
Read imaginary GCA data	CALCulate:MEASure:GCData:IMAG?	GetDataIm
Read number of iterations	CALCulate:MEASure:GCD:ITERations?	TotalIterations

Gain Compression Analysis
Enable a compression analysis trace	CALCulate:MEASure:GCMeas:ANALysis:ENABle	AnalysisEnable
Set CW frequency	CALCulate:MEASure:GCMeas:ANALysis:CWFRequency	AnalysisCWFreq
Set to discrete or interpolated CW frequencies	CALCulate:MEASure:GCMeas:ANALysis:DISCrete	AnalysisIsDiscreteFreq
Sets X-axis display	CALCulate:MEASure:GCMeas:ANALysis:XAXis	AnalysisXAxis

GCA Cal
Read about GCA Cal	Gain Compression Cal	GainCompressionCal
Set power for source power cal	SENSe:CORRection:GCSetup:POWer	PowerLevel
Set connector type for power sensor.	SENSe:CORRection:GCSetup:SENSor:CONNector	PowerSensorConnectorType
Set cal kit for power sensor connector.	SENSe:CORRection:GCSetup:SENSor:CKIT	PowerSensorCalKitType
Guided Cal commands	SENSe:CORRection:COLLect:GUIDed	GuidedCalibration

GCx- Gain Compression for Converters

Use Gain Compression commands to setup the GCA measurement

Use Mixer commands to setup the mixer.

See SCPI and COM examples

Noise Figure Setup
Create Noise Figure meas	CALCulate:CUSTom:DEFine	CreateCustomMeasurementEx
Change Noise Figure meas	CALCulate:CUSTom:MODify	meas.Change Parameter
Sets the number of impedance states to use	SENSe:NOISe:IMPedance:COUNt	ImpedanceStates
Select Noise Receiver	SENSe:NOISe:RECeiver	NoiseReceiver
Noise averaging ON and OFF	SENSe:NOISe:AVERage:STATe	NoiseAverageState
Set averaging of noise receiver.	SENSe:NOISe:AVERage	NoiseAverageFactor
Set narrowband state	SENSe:NOISe:NARRowband	NarrowBand
Set bandwidth of noise receiver.	SENSe:NOISe:BWIDth	NoiseBandwidth
Set gain state of noise receiver.	SENSe:NOISe:GAIN	NoiseGain
Sets the port identifier of the ECal noise tuner that is connected to the PNA Source.	SENSe:NOISe:TUNer:INPut	NoiseTunerIn
Sets the port identifier of the ECal noise tuner that is connected to the DUT.	SENSe:NOISe:TUNer:OUTPut	NoiseTunerOut
Set and read a custom noise tuner file to be used instead of the one generated automatically based on the state.	SENSe:NOISe:TUNer:FILE:NAME	None
Sets the state of the custom noise tuner file.	SENSe:NOISe:TUNer:FILE[:STATe]	None
Set the excess noise source ON or OFF.	CONTrol:NOISe:SOURce or OUTPut:MANual:NOISe[:STATe]	NoiseSourceState
Set mechanical switches	SENSe:PATH:CONFig:ELEMent	PathConfiguration Object

Port Mapping - Noise Figure Opt 028
Write port mapping	SENSe:NOISe:PMAP	SetPortMap
Read input port mapping	SENSe:NOISe:PMAP:INPut?	DeviceInputPort
Read output port mapping	SENSe:NOISe:PMAP:OUTPut?	DeviceOutputPort

Noise Figure Cal - all other cal settings use standard commands.
Create Noise Cal object	N/A	CreateCustomCalEx
Set Noise Calibration method	SENSe:NOISe:CALibration:METHod	CalMethod
Set Noise Tuner identifier	SENSe:NOISe:TUNer:ID	NoiseTuner
Set Noise Recvr Method	SENSe:NOISe:CALibration:RMEThod	RcvCharMethod
Noise source ENR filename	SENSe:NOISe:ENR:FILename	ENRFile
Set noise source Cal Kit type	SENSe:NOISe:SOURce:CKIT	NoiseSourceCalKitType
Set ambient temperature	SENSe:NOISe:TEMPerature:AMBient	AmbientTemperature
Enables/disables the use of 302K as the ambient temperature.	SENSe:NOISe:TEMPerature:AMBient:AUTO	None
Sets the temperature at which the current noise measurement is occurring.	SENSe:NOISe:TEMPerature:SOURce[:VALue]	None
Enables/disables the use of 302K as the source temperature.	SENSe:NOISe:TEMPerature:SOURce:AUTO	None
Sets noise source connector type	SENSe:NOISe:SOURce:CONNector	NoiseSourceConnectorType
Set noise source connector temp	SENSe:CORRection:TCOLd:USER:VALue	NoiseSourceCold

Get/Save Noise Parameters SNP Data	SCPI	COM
Read noise parameter SNP data	SENSe:NOISe:SNP?	GetSnPData
Write noise parameters to SNP file	SENSe:NOISe:SNP:SAVE	WriteSnPData

NFX - Noise Figure on Mixers/Converters Use Noise Figure commands to setup Noise Figure measurement Use Mixer commands to setup the mixer. Use the following commands to calibrate. See SCPI and COM examples
Sets the power sensor connector	SENSe:CORRection:COLLect:GUIDed:PSENsor:CONNector	PowerSensorConnectorType
Sets the power sensor calkit	SENSe:CORRection:COLLect:GUIDed:PSENsor:CKIT	PowerSensorCalKitType
Sets power level for source power cal	SENSe:CORRection:COLLect:GUIDed:PSENsor:POWer:LEVel	PowerCalibrationLevel
Sets auto orientation state for noise tuner	SENSe:NOISe:TUNer:ORIent	AutoOrientTuner
Sets LO power calibration state	SENSe:CORRection:COLLect:NOISe:LO:PCAL:STATe	EnableLOPowerCal
Sets the source pull technique to compute DUT S-parameters	SENSe:NOISe:PULL	SourcePullForSParameters
Sets the state of ENR adapter de-embedding.	SENSe:CORRection:COLLect:NOISe:ENR:ADAP:DEEMbed	ForceDeEmbedENRAdapter
Set and read the state of the thru adapter de-embedding.	SENSe:CORRection:COLLect:NOISe:THRU:ADAPter:DEEMbed[:STATe]	None
Sets the state of Power Sensor adapter de-embedding.	SENSe:CORRection:COLLect:NOISe:PSEN:ADAP:DEEMbed	ForceDeEmbedSensorAdapter

Noise Figure ENR File Data Management
Set ENR calibration data.	SENSe:CORRection:ENR:CALibration:TABLe:DATA	PutENRData
Read ENR calibration data.	SENSe:CORRection:ENR:CALibration:TABLe:DATA?	GetENRData
Get/set ID of ENR table.	SENSe:CORRection:ENR:CALibration:TABLe:ID:DATA	ENRID
Get/set serial number of noise source.	SENSe:CORRection:ENR:CALibration:TABLe:SERial:DATA	ENRSN
Sets/Returns the value of the temperature in the ENR file in Kelvin.	SENSe:CORRection:ENR:CALibration:TABLe:TEMPerature:DATA	NoiseCalTemperature
Load ENR table from file.	MMEMory:LOAD:ENR	LoadENRFile
Save ENR table to file.	MMEMory:STORe:ENR	SaveENRFile

Swept IMD
Create a measurement	CALCulate:CUSTom:DEFine	CreateCustomMeasurementEx
Change a measurement	CALCulate:CUSTom:MODify	meas.Change Parameter
Frequency Tab
Set sweep type	SENSe:IMD:SWEep:TYPE	SweepType
Set DeltaF	SENSe:IMD:FREQuency:DFRequency	DeltaFrequency
Set center freq	SENSe:IMD:FREQuency:FCENter	FrequencyCenter
Start for center freq sweep	SENSe:IMD:FREQuency:FCENter:STARt	FrequencyCenterStart
Stop for center freq sweep	SENSe:IMD:FREQuency:FCENter:STOP	FrequencyCenterStop
Center for center freq sweep	SENSe:IMD:FREQuency:FCENter:CENTer	FrequencyCenterCenter
Span for center freq sweep	SENSe:IMD:FREQuency:FCENter:SPAN	FrequencyCenterSpan
Start for DeltaF sweep	SENSe:IMD:FREQuency:DFRequency:STARt	DeltaFrequencyStart
Stop for DeltaF sweep	SENSe:IMD:FREQuency:DFRequency:STOP	DeltaFrequencyStop
Set F1 for CW and Power sweep	SENSe:IMD:FREQuency:F1	F1Frequency
Set F2 for CW and Power sweep	SENSe:IMD:FREQuency:F2	F2Frequency
Set main tone IFBW	SENSe:IMD:IFBWidth:MAIN	MainToneIFBandwidth
Set product tones IFBW	SENSe:IMD:IFBWidth:IMTone	IMToneIFBandwidth
Power Tab
Enables power coupling for F1 and F2	SENSe:IMD:TPOWer:COUP	CoupleTonePower
Set power level for F1 tone	SENSe:IMD:TPOWer:F1	TonePower
Set power level for F2 tone	SENSe:IMD:TPOWer:F2	TonePower
F1 start for power sweep	SENSe:IMD:TPOWer:F1:STARt	TonePowerStart
F1 stop for power sweep	SENSe:IMD:TPOWer:F1:STOP	TonePowerStop
F2 start for power sweep	SENSe:IMD:TPOWer:F2:STARt	TonePowerStart
F2 stop for power sweep	SENSe:IMD:TPOWer:F2:STOP	TonePowerStop
Set power leveling mode	SENSe:IMD:TPOWer:LEV	LevelingMethod
Set source attenuation	SOURce:POWer:ATTenuation	Attenuator
Set receiver attenuation	SENSe:POWer:ATTenuator	ReceiverAttenuator
Configure Tab
Sets and returns the receiver configuration.	SENSe:IMD:RECeiver:CONFig:COMBiner:PATH	None
Sets and returns the number of receivers to use in the receiver configuration.	SENSe:IMD:RECeiver:CONFig:REFerence COUNt	None
Set external source for f2	SENSe:ROLE:DEVice “RF2”	RoleDevice “RF2”
For CTB, CSO, and XMod parameters
Normalization Mode	SENSe:IMD:NORMalized:MODE	CompositeNormalizationMode
Normalized CSO power	SENSe:IMD:CSO:NORMalized:POWer	CompositeNormalizedCSOPower
CSO Offset	SENSe:IMD:CSO:OFFSet	CSOOffset
CSO Number of Distortion products	SENSe:IMD:CSO:NDPRoducts	CSONumDistortionProducts
Normalized CTB power	SENSe:IMD:CTB:NORMalized:POWer	CompositeNormalizedCTBPower
CTB and XMod Number of carriers	SENSe:IMD:CTB:NCARriers	CTBXMODNumCarriers
CTB Offset	SENSe:IMD:CTB:OFFSet	CTBOffset

Swept IMD Calibration
Set Cal Mode	SENSe:CORRection:IMD:CALibration:METHod	CalMethod
Set Cal frequencies	SENSe:CORRection:IMD:CALibration:FREQuencies	CalibrationFrequencies
Max Products	SENSe:CORRection:IMD:MPRoduct	MaxProduct
Set power	SENSe:CORRection:IMD:POWer	PowerLevel
Sensor Cal Kit	SENSe:CORRection:IMD:SENSor:CKIT	PowerSensorCalKitType
Sensor connector	SENSe:CORRection:IMD:SENSor:CONNector	PowerSensorConnectorType
Include 2nd order	SENSe:CORRection:IMD:SORDer:INCLude	Include2ndOrderProduct
IMD ECal Extrapolate	SYSTem:PREFerences:ITEM:EEXTrapolate	IMDECalExtrapolation
IMDx Cal
Enable LO Power Cal	SENSe:CORRection:IMD:LO:PCAL	EnableLOPowerCal

Swept IMDx (IMD on Mixers/Converters)

Use the SweptIMD commands to configure the IMD measurement.

Use the Mixer Setup commands to configure the mixer.

Use the IMD Cal commands to calibrate.

See SCPI and COM examples

IM Spectrum
Create a measurement	CALCulate:CUSTom:DEFine	CreateCustomMeasurementEx
Change a measurement	CALCulate:CUSTom:MODify	meas.Change Parameter
Enable tracking with IMD	SENSe:IMS:TRACking:STATe	TrackingEnable
Set IMD channel to track	SENSe:IMS:TRACking:CHANnel	TrackingChannel
Set sweep type	SENSe:IMS:SWEep:TYPE	SweepType ims
Set product to view	SENSe:IMS:SWEep:ORDer	SweepOrder
Set step sweep	SENSe:IMS:TRACking:MSENable	TrackingManualStepEnable
Set step index	SENSe:IMS:TRACking:SINDex	TrackingStepIndex
Set Res Bandwidth	SENSe:IMS:RBW	ResolutionBW
Stimulus settings
Set DeltaF	SENSe:IMS:STIMulus:DFRequency	DeltaFrequency
Set center freq	SENSe:IMS:STIMulus:FCENter	FrequencyCenter
Set F1 Freq	SENSe:IMS:STIMulus:F1FRequency	F1Frequency
Set F2 Freq	SENSe:IMS:STIMulus:F2FRequency	F2Frequency
Set F1 Power	SENSe:IMS:STIMulus:TPOWer:F1	TonePower
Set F2 Power	SENSe:IMS:STIMulus:TPOWer:F2	TonePower
Set F1/F2 power coupling	SENSe:IMS:TPOWer:COUPle	CoupleTonePower
Set power leveling mode	SENSe:IMS:TPOWer:LEV	LevelingMethod
Response (receiver) settings
Set receiver start frequency	SENSe:IMS:RESPonse:STARt	SpectrumStartFrequency
Set receiver stop frequency	SENSe:IMS:RESPonse:STOP	SpectrumStopFrequency
Set receiver center frequency	SENSe:IMS:RESPonse:CENT	SpectrumCenterFrequency
Set receiver frequency span	SENSe:IMS:RESPonse:SPAN	SpectrumSpanFrequency

IMxSpectrum (IM Spectrum on Mixers/Converters)

Use the Mixer Setup commands to configure the mixer.

Use the IMSpectrum commands to configure the measurement.

Learn about IMxSpectrum calibration.

See SCPI and COM examples.

See IMxSpectrum topic.

Differential IQ

Create/Change DIQ Measurement	SCPI	COM
	CALCulate:CUSTom:DEFine	CreateCustomMeasurementEx
	CALCulate:CUSTom:MODify	meas.Change Parameter

Diff IQ Setup Dialog
	SENSe:DIQ:FREQuency:RANGe:ADD	AddRange Method
	SENSe:DIQ:FREQuency:RANGe:DELete	DeleteRange Method

DIQ Range Settings Dialog		SCPI	COM
	Frequency	SENSe:DIQ:FREQuency:RANGe:STARt	RangeStartFrequency
		SENSe:DIQ:FREQuency:RANGe:STOP	RangeStopFrequency
		SENSe:DIQ:FREQuency:RANGe:IFBW	RangeIFBW Property
	Coupling	SENSe:DIQ:FREQuency:RANGe:COUPle:STATe	RangeCoupleState Property
		SENSe:DIQ:FREQuency:RANGe:COUPle:ID	RangeCoupleId Property
		SENSe:DIQ:FREQuency:RANGe:COUPle:OFFSet	RangeOffset Property
		SENSe:DIQ:FREQuency:RANGe:COUPle:UCONvert	RangeOffsetUp Property
		SENSe:DIQ:FREQuency:RANGe:COUPle:MULTiplier	RangeMultiplier Property
		SENSe:DIQ:FREQuency:RANGe:COUPle:DIvisor	RangeDivisor Property

DIQ Source Configuration Dialog		SCPI	COM
		SENSe:DIQ:PORT:STATe	SourceState Property
		SENSe:DIQ:PORT:RANGe	SourceRange Property
		SOURce:PHASe:EXTernal:CATalog? SOURce:PHASe:EXTernal:PORT	None None
	Power	SENSe:DIQ:PORT:POWer:SWEep	PowerSweepState Property
		SENSe:DIQ:PORT:POWer:STARt	PortStartPower Property
		SENSe:DIQ:PORT:POWer:STOP	PortStopPower Property
		SENSe:DIQ:PORT:POWer:ALC:MODE	PortLevelingMode Property
		SENSe:DIQ:PORT:POWer:ATTenuation	PortAttenuator Property
		SENSe:DIQ:PORT:POWer:ATTenuation:AUTO	AutoRangeState Property
	Phase	SENSe:DIQ:PORT:PHASe:STATe	PortPhaseState Property
		SENSe:DIQ:PORT:PHASe:SWEep	PhaseSweepState Property
		SENSe:DIQ:PORT:PHASe:STARt	PortPhaseStart Property
		SENSe:DIQ:PORT:PHASe:STOP	PortPhaseStop Property
		SENSe:DIQ:PORT:PHASe:REFerence	PortReference Property
		SENSe:DIQ:PORT:PHASe:PARameter	PortPhaseParameter Property
		SOURce:PHASe:CONTrol:TOLerance	None
		SOURce:PHASe:CONTrol:ITERation	None
	Match Correction	SENSe:DIQ:PORT:MATCh:STATe	MatchState Property
		SENSe:DIQ:PORT:MATCh:TRECeiver	MatchTestReceiver Property
		SENSe:DIQ:PORT:MATCh:RRECeiver	MatchRefReceiver Property
		SENSe:DIQ:PORT:MATCh:RANGe	MatchFrequencyRange Property

DIQ Edit Parameters Dialog	SCPI	COM
	SENSe:DIQ:PARameter:DEFine	DefineParameter Method
	SENSe:DIQ:PARameter:DELete	DeleteParameter Method
	SENSe:DIQ: PARameter:CATalog?	ParameterList Property

DIQ Select X-Axis Dialog	SCPI	COM
	CALCulate:X:AXIS:DOMain	XAxisDomain
	CALCulate:X:AXIS	XAxis

Source Setup tab
	SENSe:SA:SOURce:SWEep:TYPE	SourceSweepType SourceSweepType2
	SENSe:SA:SOURce:FREQuency:STARt	SourceStartFrequency
	SENSe:SA:SOURce:FREQuency:STOP	SourceStopFrequency
	SENSe:SA:SOURce:FREQuency:CW	SourceCWFrequency
	SENSe:SA:SOURce:POW:SWEep:POINt:COUNt	SourcePowerPointCount
	SENSe:SA:SOURce:POW:SWEep:REPeat:COUNt	SourcePowerRepeatCount
	SENSe:SA:SOURce:POWer:STARt	SourceStartPower
	SENSe:SA:SOURce:POWer:STOP	SourceStopPower
	SENSe:SA:SOURce:POWer[:VALue]	SourcePower
	SOURce:PHASe:ITERation	PhaseIterationNumber
	SOURce:PHASe:STARt	StartPhase
	SOURce:PHASe:STOP	StopPhase
	SOURce:PHASe[:FIXed]	FixedPhase
	SENSe:SA:SOURce:SWEep:FIRst[:DIMension]	SourceSweepFirstDimension
	SENSe:SA:SOURce:SWEep:POINt:COUNt	SourcePointCount
	SENSe:SA:SOURce:SWEep:REPeat:COUNt	SourceRepeatCount

Coherence Setup tab
	SENSe:SA:COHerence:MULTitone[:STATe]	MultiToneEnable
	SENSe:SA:COHerence:MULTitone:DATA	MultiToneDataDisplay
	SENSe:SA:COHerence:MULTitone:NYQReject	MultiToneNyquistProtection
	SENSe:SA:COHerence:MULTitone:SPACing	MultiToneSpacing
	SENSe:SA:COHerence:MULTitone:PERiod	MultiTonePeriod
	SENSe:SA:COHerence:MULTitone:REFerence	MultiToneReference
	SENSe:SA:COHerence:MULTitone:HREJect	MultiToneHarmonicRejection
	SENSe:SA:COHerence:MULTitone:VALid	MultiToneSettingsValid
	SENSe:SA:COHerence:VECTor:AVERage[:STATe]	VectorAverageEnable
	SENSe:SA:COHerence:VECTor:AVERage:VALue	VectorAverageValue VectorAverageValueMax
	SENSe:SA:COHerence:PHASe[:STATe]	PhaseProcessState
	SENSe:SA:COHerence:PHASe:STITching:HWTStamp[:STATe]	None
	SENSe:SA:COHerence:PHASe:DISPlay:LEVel	PhaseDisplayMinLevel
	SENSe:SA:COHerence:PHASe:STITching:COMmon[:STATe]	None
	SENSe:SA:COHerence:PHASe:STITching:LEVel	None
	SENSe:SA:COHerence:PHASe:STITching:RECeiver:AUTO[:STATe]	None
	SENSe:SA:COHerence:PHASe:STITching:RECeiver:NAME	None
	SENSe:SA:COHerence:PHASe:STITching[:STATe]	None
	SENSe:SA:DATA:IQ:ALIgned[:STATe]	None
	SENSe:SA:DATA:IQ[:STATe]	None
	SENSe:SA:DATA:IQ:AUTOfill	None
	SENSe:VSA:DATA:SA:RECievers	None

	(see VSA Setup commands)

	SENSe:SA:COHerence:PULSe:SEARch:COUNt	None
	SENSe:SA:COHerence:PULSe:SEARch:DUTY:TOLerance	None
	SENSe:SA:COHerence:PULSe:SEARch:EXECute	None
	SENSe:SA:COHerence:PULSe:SEARch:INITialize	None
	SENSe:SA:COHerence:PULSe:SEARch:ITEM:COUNt?	None
	SENSe:SA:COHerence:PULSe:SEARch:ITEM:PERiod?	None
	SENSe:SA:COHerence:PULSe:SEARch:ITEM:SELect	None
	SENSe:SA:COHerence:PULSe:SEARch:ITEM:WIDTh?	None
	SENSe:SA:COHerence:PULSe:SEARch:PERiod:TOLerance	None
	SENSe:SA:COHerence:PULSe:SEARch:PERiod[:VALue]	None
	SENSe:SA:COHerence:PULSe:SEARch:PRIority	None
	SENSe:SA:COHerence:PULSe:SEARch:WIDTh:TOLerance	None
	SENSe:SA:COHerence:PULSe:SEARch:WIDTh[:VALue]	None

Advanced Setup tab
	SENSe:SA:BANDwidth:SHAPe	BandwidthShape
	SENSe:SA:IMAGe:REJect	ImageRejectMethod
	SENSe:SA:IMAGe:STRENgth	ImageRejectStrength
	SENSe:SA:BANDwidth:VIDeo:RATio	ResolutionBWVideoBWRatio
	SENSe:SA:FREQuency:SPAN:BANDwidth[:RESolution]:RATio	SpanResolutionBWRatio
	SENSe:SA:BANDwidth:SEARch:OCCupied:MIN	SearchOccupiedBWMinFreq
	SENSe:SA:SOURce:DC:SWEep[:STATe]	DCSourceSweepState
	SENSe:SA:SOURce:DC:SWEep:POINt	DCSourcePointCount
	SENSe:SA:SOURce:DC:SWEep:FIRst[:DIMension]	DCSourceSweepFirstDimension
	SENSe:SA:FREQuency:CONVerter[:STATe]	None
	SENSe:SA:FREQuency:CONVerter:INPut:SOURce	None
	SENSe:SA:FREQuency:CONVerter:INPut:PORT	None
	SENSe:SA:FREQuency:CONVerter:INPut:CENTer	None
	SENSe:SA:FREQuency:CONVerter:OUTPut:INVerted	None
	SENSe:SA:FREQuency:CONVerter:OUTPut:PORT	None
	SENSe:SA:FREQuency:CONVerter:OUTPut:CENTer	None
	SENSe:SA:FREQuency:CONVerter:OUTPut:OFFSet	None
	(see Embedded LO setup commands)

IF Setup tab
	SENSe:SA:ADC:FILTer	ADCFilter
	SENSe:SA:ADC:FILTer:AUTO	EnableADCFilterAuto
	SENSe:SA:DFT:BANDwidth:AUTO	AutoBandwidth
	SENSe:SA:DFT:BANDwidth:NARRow:MIN	BandwidthNarrowMin
	SENSe:SA:DFT:BANDwidth:NARRow:MAX	BandwidthNarrowMax
	SENSe:SA:DFT:BANDwidth:WIDE:MIN	BandwidthWideMin
	SENSe:SA:DFT:BANDwidth:WIDE:MAX	BandwidthWideMax

Trig. & Pulse Setup tab
	SENSe:SA:TRIGer:LEVel[:STATe]	TriggerADCLevelState
	SENSe:SA:TRIGer:LEVel:VALue	TriggerADCLevelValue
	SENSe:SA:TRIGer:PERCounter[:STATe]	TriggerPeriodicCounterState
	SENSe:SA:TRIGer:PERCounter:VALue	TriggerPeriodicCounterValue

Processing Setup tab
	SENSe:SA:DATA:KEEP:FREQuencies:COUNt?	None
	SENSe:SA:DATA:KEEP:RECeivers:COUNt?	None
	SENSe:SA:DATA:KEEP:RECeivers[:CURRent]	None
	SENSe:SA:DATA:KEEP:RECeivers:LIST	None
	SENSe:SA:DATA:KEEP:SCALar:GET?	None
	SENSe:SA:DATA:KEEP[:STATe]	None
	SENSe:SA:DATA:KEEP:VECTor:GET?	None
	SENSe:SA:DFT:TYPE	Type


	SENSe:SA:DATA:IQ:CARRier:FREQuency	None
	SENSe:SA:DATA:IQ:DURation?	None
	SENSe:SA:DATA:IQ:ERRor[:CODE]?	None
	SENSe:SA:DATA:IQ:ERRor:TEXT?	None
	SENSe:SA:DATA:IQ:GET?	None
	SENSe:SA:DATA:IQ:SAMPle:COUNt	None
	SENSe:SA:DATA:IQ:SAMPle:RATE	None
	SENSe:SA:TRACe:IMAGe[:STATe]	EnableImageRejectTraces
	SENSe:SA:ADC:ACQTime?	AcquisitionTime
	SENSe:SA:LO:COUNt?	LOCount
	SENSe:SA:SPAN:BINS:COUNt?	SpanBinsCount
	SENSe:SA:DFT:RESolution?	Resolution
	SENSe:SA:DFT:RECord:SIZE?	RecordSize
	SENSe:SA:ADC:RECord:SIZE:VALue?	ForceADCRecordSize

ADC & LO Setup tab
	SENSe:SA:ADC:OVERload:COUNt?	None
	SENSe:SA:ADC:OVERload:LIST?	None
	SENSe:SA:ADC:OVERload:PERCent	None
	SENSe:SA:ADC:RANGe:PERCent[:MAXimum]?	None
	SENSe:SA:ADC:RANGe:PERCent:MINimum?	None
	SENSe:SA:ADC:RANGe:PERCent:RECeiver?	None
	SENSe:SA:ADC:SAMPle:RATE	ADCSampleRate
	SENSe:SA:ADC:SAMPle:RATE:AUTO	EnableADCSampleRateAuto
	SENSe:SA:ADC:SAMPle:DECimation:FIR	ADCEnableFIRFor25Mhz
	SENSe:SA:ADC:DITHer:[STATe]	EnableADCDither
	SENSe:SA:ADC:RECord:SIZE:VALue?	ADCRecordSize
	SENSe:SA:ADC:RECord:SIZE:FORCe:VALue	ForceADCRecordSize
	SENSe:SA:ADC:RECord:SIZE:MAX?	ADCRecordSizeMax
	SENSe:SA:ADC:RECord:SIZE:MIN?	ADCRecordSizeMin
	SENSe:SA:ADC:RECord:SIZE:FORCe[:STATe]	EnableForceADCRecordSize
	SENSe:SA:ADC:STACking:VALue	ADCStacking ADCStackingMax
	SENSe:SA:ADC:STACking:STATe	ADCStackingState
	SENSe:SA:ADC:MREC:SIZE	ADCMultRecSize
	SENSe:SA:ADC:MREC:PERiod	ADCMultRecPeriod
	SENSe:SA:ADC:MREC[:STATe]	ADCMultRecState
	SENSe:SA:LO:RANDom[:STATe]	EnableRandomizedLO
	SENSe:SA:LO:BASeband[:STATe]	None
	SENSe:SA:LO:FORCe:OFFSet:DIVider	None
	SENSe:SA:LO:FORCe:OFFSet:MULtiplier	None
	SENSe:SA:LO:FORCe:OFFSet:SOURce	None
	SENSe:SA:LO:FORCe:FREQuency	None
	SENSe:SA:LO:FORCe[:STATe]	None
	SENSe:SA:LO:FREQ:FORCe (obsolete)	EnableForce LOToFrequency
	SENSe:SA:LO:FREQ:VALue (obsoliete)	ForceLOToFrequency

Data tab
	SENSe:SA:DATA:TYPE	DataFormat
	SENSe:SA:DATA:STARt?	DataFirstRFBin
	SENSe:SA:DATA:RECeivers?	ExportReceiverList
	SENSe:SA:DATA:RECeivers:LIST	ExportReceiverSetList
	SENSe:SA:DATA:RECeivers:COUNt?	ExportReceiverCount
	SENSe:SA:DATA:BINs:COUNt?	DataBinCount
	SENSe:SA:DATA:SIZE?	DataByteSize
	SENSe:SA:DATA:SIZE:BIN?	DataBytesPerBin
	SENSe:SA:DATA:SIZE:LOW?	DataByteSizeLOW
	SENSe:SA:DATA:SIZE:HIGH?	DataByteSizeHIGH
	SENSe:SA:DATA:FILE:BINary[:STATe]	BinaryFileEnabled
	SENSe:SA:DATA:FILE:TEXT:MARKers[:STATe]	DataExportMarkersEnabled
	SENSe:SA:DATA:FILE:TEXT[:STATe]	TextFileEnabled
	SENSe:SA:DATA:FILE:TEXT:VERBose[:STATe]	FileVerboseEnabled
	SENSe:SA:DATA:FILE:ERASe[:STATe]	FileEraseEachSweep
	SENSe:SA:DATA:FILE:PREFix	FilePrefix
	SENSe:SA:DATA:FIFO[:STATe]	FIFOEnabled
	SENSe:SA:DATA:SHARed[:STATe]	MemShareEnabled
	SENSe:SA:DATA:SHARed:NAME	MemShareName
	SENSe:SA:DATA:THReshold[:STATe]	DataLevelThresholdEnabled
	SENSe:SA:DATA:THReshold:VALue	DataLevelThreshold
	SENSe:SA:DATA:WFACtor	DataExportWindowingFactor
	SENSe:SA:DATA:IQ:FILE:BINary[:STATe]	None
	SENSe:SA:DATA:IQ:FILE:TEXT[:STATe]	None

SA Marker Settings
Sets and reads the bandwidth of the band density marker.	CALCulate:MEASure:SA:MARKer:BDENsity:BW CALCulate:SA:MARKer:BDENsity:BW	BandDensityBW
Returns the band density level in dBm/Hz from the band density marker.	CALCulate:MEASure:SA:MARKer:BDENsity:DATA? CALCulate:SA:MARKer:BDENsity:DATA?	BandDensityValue
Marker to SA	CALCulate:MEASure:MARKer:SET SA	toSA
Read Band Power	CALCulate:MEASure:SA:MARKer:BPOWer:DATA?	BandpowerData
Read/Set Band Power Span	CALCulate:MEASure:SA:MARKer:BPOWer:SPAN	BandpowerSpan
Read/Set Band Power State	CALCulate:MEASure:SA:MARKer:BPOWer:STATe	BandpowerState
Sets and reads the state of the band density noise marker.	CALCulate:MEASure:SA:MARKer:BDENsity:NOISe[:STATe] CALCulate:SA:MARKer:BDENsity:NOISe[:STATe]	BandDensityNoiseState
Sets and reads the bandwidth of the band power density marker.	CALCulate:MEASure:SA:MARKer:BDENsity:POWer:BW CALCulate:SA:MARKer:BDENsity:POWer:BW	BandDensityPowerBW
Sets and reads the state of the band power density marker.	CALCulate:MEASure:SA:MARKer:BDENsity:POWer[:STATe] CALCulate:SA:MARKer:BDENsity:POWer[:STATe]	BandDensityPowerState
Sets and reads the bandwidth of the band tone density marker.	CALCulate:MEASure:SA:MARKer:BDENsity:TONE:BW CALCulate:SA:MARKer:BDENsity:TONE:BW	BandDensityToneBW
Sets and reads the state of the band tone density marker.	CALCulate:MEASure:SA:MARKer:BDENsity:TONE[:STATe] CALCulate:SA:MARKer:BDENsity:TONE[:STATe]	BandDensityToneState
Sets and reads the spacing of the band tone density marker.	CALCulate:MEASure:SA:MARKer:BDENsity:TONE:TSPacing CALCulate:SA:MARKer:BDENsity:TONE:TSPacing	BandDensityToneSpacing
Sets and reads the frequency span used by Power Density to normalize the power.	CALCulate:MEASure:SA:MARKer:BDENsity:EQSPan CALCulate:SA:MARKer:BDENsity:EQSPan	BandDensityEQSPan
Read occupied bandwidth center frequency	CALCulate:MEASure:SA:MARKer:OCCBand:CENTer?	OccupiedBandCenter
Set and read occupied bandwidth percentage of span	CALCulate:MEASure:SA:MARKer:OCCBand:PERCent	OccupiedBandPercent
Read the occupied bandwidth power.	CALCulate:MEASure:SA:MARKer:OCCBand:POWer?	OccupiedBandPowerdBm
Read occupied bandwidth span	CALCulate:MEASure:SA:MARKer:OCCBand:SPAN?	OccupiedBandSpan
Set occupied bandwidth state	CALCulate:MEASure:SA:MARKer:OCCBand[:STATe]	OccupiedBandState

IQMod - Modulation Settings for NPR Measurements
	SOURce:MODulation[:STATe]	None
	SOURce:MODulation:LOAD	None
	Create/Edit Mod File...	None
	SOURce:MODulation:AUTO:SA[:STATe]	None
	SOURce:MODulation:AUTO:IMMediate	None
	SOURce:MODulation:AUTO:NPR[:STATe]	None
	SOURce:MODulation:AUTO:NPR:GBANd	None
	SOURce:MODulation:AUTO:ACPR[:STATe]	None
	SOURce:MODulation:AUTO:ACPR:GBANd	None
	SOURce:MODulation:CORRection[:STATe]	None
	Calibrate Modulation...	None
	SENSe:SA:SOURce:POWer[:VALue]	None
	Source Path Amplification (= Power Offset)	None

Miscellaneous SA Commands
Zooms in on signal within a SA sweep.	SENSe:SA:FREQuency:TUNE:IMMediate	FrequencyAutoTune

Mixer Setup commands Used for FCA, Swept IMDx, IMx Spectrum, NFx, and GCx applications. See the Mixer / Converter Setup topic
Create or Change a Custom (Application) Measurement
Create a custom measurement	CALCulate:CUSTom:DEFine	App.CreateCustomMeasurementEx
Change a custom measurement	CALCulate:CUSTom:MODify	meas.Change Parameter
Return handle to a converter object	None	Converter
Mixer Bottom Buttons and X-Axis display
Load a mixer setup	SENSe:MIXer:LOAD	LoadFile
Save a mixer setup	SENSe:MIXer:SAVE	SaveFile
Apply mixer settings	SENSe:MIXer:APPLy	Apply
Discard Changes	SENSe:MIXer:DISCard	DiscardChanges
X-axis display	CALCulate:MEASure:MIXer:XAXis	ActiveXAxisRange

Mixer Frequency Tab
Calculate Input and Output frequencies	SENSe:MIXer:CALCulate	Calculate
Input to swept or fixed	SENSe:MIXer:INPut:FREQuency:MODE	InputRangeMode
Input start frequency	SENSe:MIXer:INPut:FREQuency:STAR	InputStartFrequency
Input stop frequency	SENSe:MIXer:INPut:FREQuency:STOP	InputStopFrequency
Input power level	SENSe:MIXer:INPut:POWer	InputPower
Input fixed frequency	SENSe:MIXer:INPut:FREQuency:FIXed	InputFixedFrequency
Set LO
LO freq fixed or swept	SENSe:MIXer:LO:FREQuency:MODE	LORangeMode
LO fixed frequency	SENSe:MIXer:LO:FREQuency:FIXed	LOFixedFrequency
LO start frequency	SENSe:MIXer:LO:FREQuency:STARt	LOStartFrequency
LO stop frequency	SENSe:MIXer:LO:FREQuency:STOP	LOStopFrequency
Input Greater / Less that LO	SENSe:MIXer:LO:FREQuency:ILTI	IsInputGreaterThanLO
Set IF
Sideband (high or low)	SENSe:MIXer:IF:FREQuency:SIDE	IFSideband
IF start frequency	SENSe:MIXer:IF:FREQuency:STARt	IFStartFrequency
IF stop frequency	SENSe:MIXer:IF:FREQuency:STOP	IFStopFrequency_Property
Set Output
Sideband (high or low)	SENSe:MIXer:OUTPut:FREQuency:SIDE	OutputSideband
Output start frequency	SENSe:MIXer:OUTPut:FREQuency:STARt	OutputStartFrequency
Output stop frequency	SENSe:MIXer:OUTPut:FREQuency:STOP00000000	OutputStopFrequency
Output to swept or fixed	SENSe:MIXer:OUTPut:FREQuency:MODE	OutputRangeMode
Output fixed frequency	SENSe:MIXer:OUTPut:FREQuency:FIXed	OutputFixedFrequency

Mixer (LO)Power tab
LO power	SENSe:MIXer:LO:POW	LOPower
LO power start	SENSe:MIXer:LO:POW:STARt	LOStartPower
LO power stop	SENSe:MIXer:LO:POW:STOP	LOStopPower
Source Attenuator	SOURce:POWer:ATTenuation	chan.Attenuator
Receiver Attenuator	SENSe:POWer:ATTenuator	chan.ReceiverAttenuator
Leveling Mode

Mixer Setup tab
Number of LOs (1 or 2)	SENSe:MIXer:STAGe	LOStage
Recall a previously-configured external source.	SENSe:MIXer:LO:NAME	LOName
Assign a source to mixer input or LO.	SENSe:MIXer:ROLE:DEVice	AssignSourceToRole
Read all assigned roles	SENSe:MIXer:ROLE:CATalog?	GetSourceByRole
Read the source assigned to a role.	SENSe:MIXer:ROLE:DEVice	GetSourceRoles
Input Numerator Frac.Mult	SENSe:MIXer:INPut:FREQuency:NUMerator	InputNumerator
Input Denominator Frac.Mult	SENSe:MIXer:INPut:FREQuency:DENominator	InputDenominator
LO Numerator Frac. Mult.	SENSe:MIXer:LO:FREQuency:NUMerator	LONumerator
LO Denominator Frac.Mult	SENSe:MIXer:LO:FREQuency:DENominator	LODenominator

IMD and IMS Limited Port Mapping
Set port map	SENSe:IMD:PMAP SENSe:IMS:PMAP	SetPortMap
Read Input	SENSe:IMD:PMAP:INPut? SENSe:IMS:PMAP:INPut?	DeviceInputPort
Read Output	SENSe:IMD:PMAP:OUTPut? SENSe:IMS:PMAP:OUTPut?	DeviceOutputPort

iTMSA - all other settings (including calibration) use standard commands
Set Stimulus Mode	CALCulate: FSIMulator:BALun:STIMulus:MODe	Mode
Set Phase Offset	CALCulate: FSIMulator:BALun:BPORt:OFFSet:PHASe	BalPort1PhaseOffset BalPort2PhaseOffset
Set Phase Offset as fixture	CALCulate: FSIMulator:BALun:FIXTure:OFFSet:PHASe	PhaseAsFixture
Set Power Offset	CALCulate: FSIMulator:BALun:BPORt:OFFSet:POWer	BalPort1PowerOffset BalPort2PowerOffset
Set Power Offset as fixture	CALCulate: FSIMulator:BALun:FIXTure:OFFSet:POWer	PowerAsFixture
Sets and reads the True Mode state for a specified balanced port.	CALCulate:FSIMulator:BALun:BPORt:STIMulus:TRUe:STATe	BalancedPortTrueState
Set Source power for balanced ports	SOURce:POWer	TestPortPower
Returns the number of source ports.	N/A	chan.SourcePortCount
Returns the string names of source ports.	N/A	chan.SourcePortNames
Returns the port number for the specified string port name.	N/A	chan.GetPortNumber

iTMSA Phase Sweep
Enable Phase sweep	CALCulate:FSIMulator:BALun:PHASe:SWEep:STATe	PhaseSwpState
Start Phase port 1	CALCulate:FSIMulator:BALun:BPORt:SWEep:PHASe:STARt	BalPort1StartPhase
Start Phase port 2	CALCulate:FSIMulator:BALun:BPORt:SWEep:PHASe:STARt	BalPort2StartPhase
Stop Phase port 1	CALCulate:FSIMulator:BALun:BPORt:SWEep:PHASe:STOP	BalPort1StopPhase
Stop Phase port 2	CALCulate:FSIMulator:BALun:BPORt:SWEep:PHASe:STOP	BalPort2StopPhase
Enable as fixture offset	CALCulate:FSIMulator:BALun:FIXTure:PHASe	PhaseSwpAsFixture

Enhanced Time Domain Analysis (TDR)
Setup and execution of TDR measurement Commands
Sets the type of parameter and format allocation for each trace.	CALCulate:TDR:ALLocate	None
Sets the DUT topology.	CALCulate:TDR:DEVice	None
Sets the emphasis post1 level.	CALCulate:TDR:EMPHasis:CURSor:POST1	None
Sets the emphasis post2 level.	CALCulate:TDR:EMPHasis:CURSor:POST2	None
Sets the emphasis pre1 level.	CALCulate:TDR:EMPHasis:CURSor:PRE1	None
Turns the emphasis function state ON or OFF.	CALCulate:TDR:EMPHasis:STATe	None
Sets the equalization CTLE DC gain parameter.	CALCulate:TDR:EQUalization:CTLE:DC	None
Sets the equalization CTLE Pole1 parameter.	CALCulate:TDR:EQUalization:CTLE:POLE1	None
Sets the equalization CTLE Pole2 parameter.	CALCulate:TDR:EQUalization:CTLE:POLE2	None
Sets the equalization CTLE zero parameter.	CALCulate:TDR:EQUalization:CTLE:ZERO1	None
Sets the filename of the equalization equation user file.	CALCulate:TDR:EQUalization:FILename	None
Turns the equalization function state ON or OFF.	CALCulate:TDR:EQUalization:STATe	None
Sets the equalization type.	CALCulate:TDR:EQUalization:TYPE	None
Executes the calculation for the simulated eye diagram for the active trace.	CALCulate:TDR:EYE:EXECute	None
Sets the bits' power of 2 for a PRBS pattern.	CALCulate:TDR:EYE:INPut:BPATtern:LENGth	None
Sets the bit pattern type for the simulated eye function.	CALCulate:TDR:EYE:INPut:BPATtern:TYPE	None
Sets the bit rate in bits/sec for the simulated eye function.	CALCulate:TDR:EYE:INPut:DRATe	None
Sets the display limit value.	CALCulate:TDR:EYE:INPut:JITTer:DLIMit	None
Sets the periodic jitter frequency.	CALCulate:TDR:EYE:INPut:JITTer:PERiodic:FREQuency	None
Sets the periodic jitter magnitude in rms.	CALCulate:TDR:EYE:INPut:JITTer:PERiodic:MAGNitude	None
Sets the random jitter magnitude in rms	CALCulate:TDR:EYE:INPut:JITTer:RANDom:MAGNitude	None
Turns the jitter function state with simulated eye ON or OFF.	CALCulate:TDR:EYE:INPut:JITTer:STATe	None
Sets the jitter function type for the simulated eye function.	CALCulate:TDR:EYE:INPut:JITTer:TYPE	None
Sets the voltage level for bit "1" for the simulated eye function.	CALCulate:TDR:EYE:INPut:OLEVel	None
Sets the rise time value for the simulated eye function.	CALCulate:TDR:EYE:INPut:RTIMe:DATA	None
Sets the rise time threshold for the simulated eye.	CALCulate:TDR:EYE:INPut:RTIMe:THReshold	None
Sets the voltage level for bit "0" for the simulated eye function.	CALCulate:TDR:EYE:INPut:ZLEVel	None
Returns the mask test result.	CALCulate:TDR:EYE:MASK:FAIL?	None
Turns the mask test function state with simulated eye ON or OFF.	CALCulate:TDR:EYE:MASK:STATe	None
Returns the results of the eye measurement.	CALCulate:TDR:EYE:RESults:DATA?	None
Turns the overlay ON or OFF.	CALCulate:TDR:EYE:RESults:DISPlay:STATe	None
Sets the rise time threshold level for the results of eye measurement.	CALCulate:TDR:EYE:RESults:THReshold	None
Turns the Eye/Mask window ON or OFF.	CALCulate:TDR:EYE:STATe	None
Sets active marker number.	CALCulate:TDR:MEASure[1-16]:ACTive:MARKer	None
Returns the delta time result value.	CALCulate:TDR:MEASure[1-16]:DTIMe:DATA?	None
Sets delta time reference position.	CALCulate:TDR:MEASure[1-16]:DTIMe:POSition	None
Turns the delta time marker in the marker search ON or OFF.	CALCulate:TDR:MEASure[1-16]:DTIMe:STATe	None
Sets the target trace number for the delta time function.	CALCulate:TDR:MEASure[1-16]:DTIMe:TARGet	None
Sets the trace format.	CALCulate:TDR:MEASure[1-16]:FORMat	None
Sets the measurement parameter.	CALCulate:TDR:MEASure[1-16]:PARameter	None
Sets state for the peeling function.	CALCulate:TDR:MEASure[1-16]:PEELing:STATe	None
Sets state for the smoothing function.	CALCulate:TDR:MEASure[1-16]:SMOothing:STATe	None
Sets the impulse width value for the transform function.	CALCulate:TDR:MEASure[1-16]:TIME:IMPulse:WIDTh	None
Sets rise time value for the transform function.	CALCulate:TDR:MEASure[1-16]:TIME:STEP:RTIMe	None
Sets the rise time threshold level for the results of eye measurement.	CALCulate:TDR:MEASure[1-16]:TIME:STEP:RTIMe:THReshold	None
Sets the stimulus type for the transform function.	CALCulate:TDR:MEASure[1-16]:TIME:TYPE	None
Returns the rise time result value for marker search.	CALCulate:TDR:MEASure[1-16]:TTIMe:DATA?	None
Displays the rise time marker.	CALCulate:TDR:MEASure[1-16]:TTIMe:STATe	None
Sets the rise time threshold for the rise time in the marker search function.	CALCulate:TDR:MEASure[1-16]:TTIMe:THReshold	None
Display TDR Commands
Turns the continuous auto-scale mode for the eye y-axis ON or OFF.	DISPlay:TDR:EYE:Y:SCALe:AUTO:STATe	None
Sets the value of the y-axis scale per division for eye diagram.	DISPlay:TDR:EYE:Y:SCALe:PDIVision	None
Sets the value of the eye diagram y-axis reference line.	DISPlay:TDR:EYE:Y:SCALe:RLEVel	None
Sets the value of the eye diagram y-axis reference position.	DISPlay:TDR:EYE:Y:SCALe:RPOSition	None
Changes the background color of the screen.	DISPlay:TDR:IMAGe	None
Sets the display to off, data type, memory type, or data and memory type.	DISPlay:TDR:MEASure[1-16]:DMEMory:TYPE	None
Executes x-axis auto scaling.	DISPlay:TDR:MEASure[1-16]:X:SCALe:AUTO	None
Sets the value of the x-axis scale per division.	DISPlay:TDR:MEASure[1-16]:X:SCALe:PDIVision	None
Sets the value of the x-axis reference line.	DISPlay:TDR:MEASure[1-16]:X:SCALe:RLEVel	None
Executes y-axis auto scaling.	DISPlay:TDR:SCALe:AUTO	None
Sets the x-axis reference position for the time domain measurement.	DISPlay:TDR:SCALe:RPOSition	None
Selects the view point for waveform analysis either before or after the DUT.	DISPlay:TDR:VIEW	None
Sets or gets the minimize state.	DISPlay:TDR:MINimize:STATe	None
Memory TDR Commands
Loads the specified user bit pattern file.	MMEMory:TDR:LOAD[:EYE]:BPATtern	None
Loads eye-mask file.	MMEMory:TDR:LOAD[:EYE][:MASK]	None
Stores the user bit pattern file.	MMEMory:TDR:STORe[:EYE]:BPATtern	None
Stores the eye-mask file.	MMEMory:TDR:STORe[:EYE][:MASK]	None
Correction TDR Commands
Executes load measurement.	SENSe:CORRection:TDR:COLLection:DLComp:LOAD	None
Executes open measurement.	SENSe:CORRection:TDR:COLLection:DLComp:OPEN	None
Saves the result of the Loss Compensation sequence.	SENSe:CORRection:TDR:COLLection:DLComp:SAVE	None
Executes a thru measurement.	SENSe:CORRection:TDR:COLLection:DLComp:THRU	None
Executes fixture compensation after ECAL.	SENSe:CORRection:TDR:COLLection:ECAL:FCOMp:IMMediate	None
Executes full calibration using the ECal module.	SENSe:CORRection:TDR:COLLection:ECAL:IMMediate	None
Sets the dielectric constant value.	SENSe:CORRection:TDR:DCONstant	None
Executes deskew (auto port extension).	SENSe:CORRection:TDR:EXTension:AUTO:IMMediate	None
Sets the standard type for auto port extension.	SENSe:CORRection:TDR:EXTension:AUTO:STANdard	None
Enable Loss Compensation in Fixture Compensation	SENSe:CORRection:EXTension:AUTO:LOSS	None
Set start frequency in Fixture Compensation	SENSe:CORRection:EXTension:AUTO:STARt	None
Set stop frequency in Fixture Compensation	SENSe:CORRection:EXTension:AUTO:STOP	None
Sets the reference impedance value.	SENSe:CORRection:TDR:RIMPedance	None
Bandwidth, DUT information, avoid spurious function, and sweep TDR Commands
Sets the IF bandwidth value.	SENSe:TDR:BWIDth[:RESolution]	None
Executes auto DUT length setting.	SENSe:TDR:DLENgth:AUTO:IMMediate	None
Sets the DUT length value.	SENSe:TDR:DLENgth:DATA	None
Executes avoid spurious.	SENSe:TDR:SPURious:AVOid:IMMediate	None
Queries the avoid spurious state.	SENSe:TDR:SPURious:AVOid:STATe?	None
Sets the value of input bit rate for avoid spurious.	SENSe:TDR:SPURious:INPut:DRATe	None
Queries the Hot TDR mode status.	SENSe:TDR:SPURious:STATe?	None
Sets the TDR averaging trigger state on/off.	SENSe:TDR:SWEep:AVERage	None
Sets trigger mode.	SENSe:TDR:SWEep:MODE	None
Executes single trigger.	SENSe:TDR:SWEep:SINGle	None
Enables/disables the Reduce IF BW at Low Frequencies feature in segments with IFBW arbitrary.	SENSe:TDR:BWIDth:TRACk:FORCe	None
Source Power Level TDR Command
Sets the source power level.	SOURce:TDR:POWer[:LEVel][:IMMediate][:AMPLitude]	None
Preset TDR Command
Executes a TDR preset.	SYSTem:TDR:PRESet	None

Active (Hot) Parameters
Sets whether or not interpolation is on for display.	SENSe:ACTive:DISP:INTerpolate[:STATe]	DisplayInterpolationState
Set and read a fixed input power level.	SENSe:ACTive:DISPlay:TRACe:IPWer	DisplayInputPower
Set and read the number of phase points.	SENSe:ACTive:SWEep:PHASe:POINt	PhaseSweepPoints
Set and read the start power level for a 3D sweep.	SENSe:ACTive:SWEep:POWer:STARt	StartPowerIn3DSweep
Set and read the number of power steps for a 3D sweep.	SENSe:ACTive:SWEep:POWer:STEP	PowerStepsIn3DSweep
Set and read the stop power level for a 3D sweep.	SENSe:ACTive:SWEep:POWer:STOP	StopPowerIn3DSweep
Set and read the sweep type.	SENSe:ACTive:SWEep:TYPE	SweepType
Set and read the tuning tone mode.	SENSe:ACTive:TTONe:MODE	ExtractionToneMode
Set and read the absolute tone power level.	SENSe:ACTive:TTONe:ABSolute	AbsoluteExtractionToneLevel
Set and read the tone power relative to the input power (dBc).	SENSe:ACTive:TTONe:RELative	RelativeExtractionToneLevel
Set and read the X-axis domain type.	CALC:X:AXIS:DOMain	DisplayDomain

Modulation Distortion Commands
Sets and returns the noise bandwidth.	SENSe:SA:BANDwidth:NOISe	None
Enable or disable setting the noise bandwidth to its maximum possible value.	SENSe:SA:BANDwidth:NOISe:AUTO	None
Selects between a narrow and wide IF filter anti-aliasing path.	SENSe:DISTortion:ADC:FILTer:TYPE	None
This command launches the Receiver IF Cal.	SENSe<cnum>:DISTortion:CORRection:COLLect:IF:ACQuire [SYNChronous \| ASYNchronous]	None
Identifies the normalization used for the EVM measurements.	SENSe:DISTortion:EVM:NORMalize	None
Sets and returns the frequency span window used for modeling the DUT's gain and distortion.	SENSe:DISTortion:MEASure:CORRelation:APERture	None
Enable or disable automatic calculation of the frequency span window used for modeling the DUT's gain and distortion.	SENSe:DISTortion:MEASure:CORRelation:APERture:AUTO[:STATe]	None
Sets and returns the integration bandwidth (IBW) of the lower ACP measurement.	SENSe:DISTortion:MEASure:BAND:ACP:LOWer:IBW	None
Sets and returns the lower ACP measurement offset.	SENSe:DISTortion:MEASure:BAND:ACP:LOWer:OFFSet	None
Sets and returns the integration bandwidth (IBW) of the upper ACP measurement.	SENSe:DISTortion:MEASure:BAND:ACP:UPPer:IBW	None
Sets and returns the upper ACP measurement offset.	SENSe:DISTortion:MEASure:BAND:ACP:UPPer:OFFSet	None
Adds a new distortion measurement band.	SENSe:DISTortion:MEASure:BAND:ADD	None
Automatically fills in the measurement settings for all bands from the currently active modulation file loaded in the source.	SENSe:DISTortion:MEASure:BAND:AUTofill	None
Sets and returns the carrier (Signal) integration bandwidth (IBW) for the distortion measurement.	SENSe:DISTortion:MEASure:BAND:CARRier:IBW	None
Sets and returns the carrier offset (Signal).	SENSe:DISTortion:MEASure:BAND:CARRier:OFFSet	None
Queries the total number of distortion measurement bands.	SENSe:DISTortion:MEASure:BAND:COUNt?	None
Deletes the specified distortion measurement band.	SENSe:DISTortion:MEASure:BAND:DELete	None
Deletes all existing bands and adds a single default band back into the Measurement Band Table.	SENSe:DISTortion:MEASure:BAND:INITialize	None
Assigns a name to the specified distortion measurement band.	SENSe:DISTortion:MEASure:BAND:NAME	None
Sets and returns the notch integration bandwidth (IBW) for an NPR Notch modulation measurement.	SENSe:DISTortion:MEASure:BAND:NOTCh:IBW	None
Sets and returns the notch offset for an NPR Notch modulation measurement.	SENSe:DISTortion:MEASure:BAND:NOTCh:OFFSet	None
Set and read the modulation distortion type.	SENSe:DISTortion:MEASure:BAND:TYPE	None
Sets the measurement filter to either None (default) or RRC (root-raised-cosine filter)	SENSe:DISTortion:MEASure:FILTer	None
Sets and returns the Alpha factor of the measurement filter.	SENSe:DISTortion:MEASure:FILTer:ALPHa	None
Sets and returns the Symbol Rate of the filter.	SENSe:DISTortion:MEASure:FILTer:SRATe	None
Enables or disables using the symbol rate from the file.	SENSe:DISTortion:MEASure:FILTer:SRATe:AUTO[:STATe]	None
Sets and returns the distortion modulation source name.	SENSe:DISTortion:MODulate:SOURce	None
Sets and returns the VNA port number connected to the DUT input.	SENSe:DISTortion:PATH:DUT:INPut	None
Sets and returns the nominal DUT gain.	SENSe:DISTortion:PATH:DUT:NOMinal:GAIN	None
Sets and returns the nominal DUT noise figure.	SENSe:DISTortion:PATH:DUT:NOMinal:NF	None
Include or exclude the NF nominal value.	SENSe:DISTortion:PATH:DUT:NOMinal:NF:INCLude	None
Sets and returns the VNA port number connected to the DUT output.	SENSe:DISTortion:PATH:DUT:OUTPut	None
Enables or disables the external modulated source to pass through the attenuator of the specified PNA source	SENSe:DISTortion:PATH:SOURce:ATTenuation:INCLude	None
Sets and returns the nominal gain of an external source amplifier.	SENSe:DISTortion:PATH:SOURce:NOMinal:AMPLifier	None
Enables or disables receiver timing auto generation from the source pulse timing.	SENSe:DISTortion:PULSe:RECeiver:AUTO	None
Sets and returns the carrier center frequency.	SENSe:DISTortion:SWEep:CARRier:FREQuency	None
Selects between a ramp type power sweep or a list of power values to define a power sweep.	SENSe:DISTortion:SWEep:POWer:CARRier:LEVel:TYPE	None
Adds a new row to the power sweep list table.	SENSe:DISTortion:SWEep:POWer:CARRier:LIST:ADD	None
Deletes the specified row from the power sweep list table.	SENSe:DISTortion:SWEep:POWer:CARRier:LIST:DELete	None
Sets and returns the power level used for the specified row in the power sweep list table.	SENSe:DISTortion:SWEep:POWer:CARRier:LIST:LEVel	None
Specifies the file path to recall a previous power sweep list file.	SENSe:DISTortion:SWEep:POWer:CARRier:LIST:LOAD	None
Sets and returns the noise bandwidth setting used for the specified row in the power sweep list table.	SENSe:DISTortion:SWEep:POWer:CARRier:LIST:NBW	None
Selects the noise bandwidth mode in the power sweep list table.	SENSe:DISTortion:SWEep:POWer:CARRier:LIST:NBW:MODE	None
Sets and returns the number of power points to measure for the power sweep list measurement.	SENSe:DISTortion:SWEep:POWer:CARRier:LIST:POINts	None
Sets and returns the receiver attenuation for the specified row in the power sweep list table.	SENSe:DISTortion:SWEep:POWer:CARRier:LIST:RECeiver:ATTenuation	None
Selects the receiver attenuation mode in the power sweep list table.	SENSe:DISTortion:SWEep:POWer:CARRier:LIST:RECeiver:ATTenuation:MODE	None
Specifies the file path to save a power sweep list file.	SENSe:DISTortion:SWEep:POWer:CARRier:LIST:SAVE	None
Sets and returns the source attenuation for the specified row in the power sweep list table.	SENSe:DISTortion:SWEep:POWer:CARRier:LIST:SOURce:ATTenuation	None
Selects the source attenuation mode in the power sweep list table.	SENSe:DISTortion:SWEep:POWer:CARRier:LIST:SOURce:ATTenuation:MODE	None
Sets and returns the starting power level for the power sweep ramp measurement.	SENSe:DISTortion:SWEep:POWer:CARRier:RAMP:LEVel:STARt	None
Sets and returns the stop power level for the power sweep ramp measurement.	SENSe:DISTortion:SWEep:POWer:CARRier:RAMP:LEVel:STOP	None
Enable or disable increasing noise bandwidth at high powers automatically for faster measurements.	SENSe:DISTortion:SWEep:POWer:CARRier:RAMP:NBW:AUTO	None
Sets and returns the number of power points to measure for the power sweep ramp measurement.	SENSe:DISTortion:SWEep:POWer:CARRier:RAMP:POINts	None
Enable or disable the re-use of the previous linear S-parameter measurements if available and skip sweep.	SENSe:DISTortion:SWEep:SPARam:REUSe	None
Enable or disable noise sweep used for the distortion test.	SENSe:DISTortion:SWEep:NOISe	None
Enables or disables S-parameter sweep.	SENSe:DISTortion:SWEep:SPARam[:STATe]	None
Sets and returns the power level used to measure the DUT gain when operating in its linear region.	SENSe:DISTortion:SWEep:POWer:SPARam:LEVel	None
Sets and returns the IF bandwidth for the linear S21 sweep.	SENSe:DISTortion:SWEep:SPARam:BWIDth	None
Sets and returns the step size for the linear S21 sweep.	SENSe:DISTortion:SWEep:SPARam:STEP	None
Selects between a chirp signal from the external signal generator or an internal CW signal in the VNA for measuring S-parameters.	SENSe:DISTortion:SWEep:SPARam:TYPE	None
Sets and returns the power level used for the distortion test at either the input or output of the DUT.	SENSe:DISTortion:SWEep:POWer:CARRier:LEVel	None
Set and read where to apply power to the DUT (input or output).	SENSe:DISTortion:SWEep:POWer:CARRier:LEVel:PORT	None
Keeps RF power ON at the End of Sweep.	SENSe:DISTortion:SWEep:RETRace:POWer	None
Sets and returns the delay in seconds before the test signal to allow the RF source to settle.	SENSe:DISTortion:SWEep:DWELl	None
Selects between a fixed or power sweep type of sweep.	SENSe:DISTortion:SWEep:TYPE	None
Specifies the file path to save a modulation distortion table file.	SENSe:DISTortion:TABLe:DISPlay:SAVE	None
Sort distortion table by band or power.	SENSe:DISTortion:TABLe:DISPlay:SORT	None
LO Feedthru Monitor Commands
Return the last monitor result of LO feedthru monitor.	SENSe:SA:COHerance:LO:FTHRu:MONitor:LAST:FAILed	None
Return the last monitor value of LO feedthru monitor.	SENSe:SA:COHerance:LO:FTHRu:MONitor:LAST:VALue	None
Set and read the target receiver for LO Feedthru monitor.	SENSe:SA:COHerance:LO:FTHRu:MONitor:RECeiver	None
Set and read the LO feedthru monitoring state.	SENSe:SA:COHerence:LO:FTHRu:MONitor[:STATe]	None
Set and read the threshold level for warning.	SENSe:SA:COHerence:LO:FTHRu:MONitor:TOLerance	None
Set and read the monitoring method for LO feedthru monitor.	SENSe:SA:COHerence:LO:FTHRu:MONitor:TYPE	None
Calibrate Source Modulation Commands
Set and read the ACP modulation calibration state.	SOURce:MODulation:CORRection:COLLection:ACP:ENABle	None
Sets and reads the maximum number of iterations for the lower ACP modulation calibration.	SOURce:MODulation:CORRection:COLLection:ACP:LOWer:ITERations	None
Sets and reads the receiver for the lower ACP modulation calibration.	SOURce:MODulation:CORRection:COLLection:ACP:LOWer:RECeiver	None
Sets and reads the calibration span for a lower ACP modulation calibration.	SOURce:MODulation:CORRection:COLLection:ACP:LOWer:SPAN	None
Sets and reads the desired ACP calibration tolerance for the lower ACP modulation calibration.	SOURce:MODulation:CORRection:COLLection:ACP:LOWer:TOLerance	None
Enables or disables the upper ACP (ACPUp) modulation calibration.	SOURce:MODulation:CORRection:COLLection:ACP:UPPer:ENABle	None
Sets and reads the maximum number of iterations for the upper ACP modulation calibration.	SOURce:MODulation:CORRection:COLLection:ACP:UPPer:ITERations	None
Sets and reads the receiver for the upper ACP modulation calibration.	SOURce:MODulation:CORRection:COLLection:ACP:UPPer:RECeiver	None
Sets and reads the calibration span for an upper ACP modulation calibration.	SOURce:MODulation:CORRection:COLLection:ACP:UPPer:SPAN	None
Sets and reads the desired ACP calibration tolerance for the upper ACP modulation calibration.	SOURce:MODulation:CORRection:COLLection:ACP:UPPer:TOLerance	None
Setsand reads the ACP lower frequency delta from the edge of the carrier to the beginning of the Cal Span.	SOURce:MODulation:CORRection:COLLection:ACP:LOWer:GBANd	None
Sets and reads the ACP upper frequency delta from the edge of the carrier to the beginning of the calibration span.	SOURce:MODulation:CORRection:COLLection:ACP:UPPer:GBANd	None
Enable or disable the distortion calibration state.	SOURce:MODulation:CORRection:COLLection:DISTortion:ENABle	None
Sets and reads the maximum number of iterations used by the calibration routine.	SOURce:MODulation:CORRection:COLLection:DISTortion:ITERations	None
Sets and reads the receiver for distortion calibration.	SOURce:MODulation:CORRection:COLLection:DISTortion:RECeiver	None
Sets and reads the calibration span for a distortion calibration.	SOURce:MODulation:CORRection:COLLection:DISTortion:SPAN	None
Sets and reads the desired distortion calibration tolerance.	SOURce:MODulation:CORRection:COLLection:DISTortion:TOLerance	None
Enable or disable the equalization calibration state.	SOURce:MODulation:CORRection:COLLection:EQUalization:ENABle	None
Sets and reads the maximum number of iterations used by the calibration routine.	SOURce:MODulation:CORRection:COLLection:EQUalization:ITERations	None
Sets and reads the receiver for equalization calibration.	SOURce:MODulation:CORRection:COLLection:EQUalization:RECeiver	None
Sets and reads the calibration span for a equalization calibration.	SOURce:MODulation:CORRection:COLLection:EQUalization:SPAN	None
Sets and reads the desired equalization calibration tolerance.	SOURce:MODulation:CORRection:COLLection:EQUalization:TOLerance	None
Returns a list of the calibrations stored in the .mdx file.	SOURce:MODulation:FILE:CORRection:CATalog?	None
Deletes any of the calibration files stored in the .mdx file.	SOURce:MODulation:FILE:CORRection:DELete?	None
Returns the frequency of the specified source modulation calibration file.	SOURce:MODulation:FILE:CORRection:FREQuency?	None
Returns the power level of the specified source modulation calibration file.	SOURce:MODulation:FILE:CORRection:POWer?	None
Append source modulation calibration files stored in the .mdx file.	SOURce:MODulation:CORRection:COLLection:APPend	None
Sets and reads a fixed frequency.	SOURce:MODulation:CORRection:COLLection:FREQuency[:FIXed]	None
Sets and reads the number of frequency measurement points.	SOURce:MODulation:CORRection:COLLection:FREQuency:POINts	None
Sets and reads the start frequency to use for a swept frequency source modulation calibration.	SOURce:MODulation:CORRection:COLLection:FREQuency:STARt	None
Sets and reads the stop frequency to use for a swept frequency calibration.	SOURce:MODulation:CORRection:COLLection:FREQuency:STOP	None
Sets and reads the calibration frequency type to fixed or swept.	SOURce:MODulation:CORRection:COLLection:FREQuency:TYPE	None
Enable or disable the LO feedthru calibration state.	SOURce:MODulation:CORRection:COLLection:LO:FTHRu:ENABle	None
Sets and reads the maximum number of iterations used by the calibration routine.	SOURce:MODulation:CORRection:COLLection:LO:FTHRu:ITERations	None
Sets and reads the receiver for LO feedthru modulation calibration.	SOURce:MODulation:CORRection:COLLection:LO:FTHRu:RECeiver	None
Sets and reads the calibration span for a LO feedthru modulation calibration.	SOURce:MODulation:CORRection:COLLection:LO:FTHRu:SPAN	None
Sets and reads the desired LO feedthru modulation calibration tolerance.	SOURce:MODulation:CORRection:COLLection:LO:FTHRu:TOLerance	None
Sets and reads a fixed power level.	SOURce:MODulation:CORRection:COLLection:POWer[:FIXed]	None
Sets and reads the number of power measurement points.	SOURce:MODulation:CORRection:COLLection:POWer:POINts	None
Sets and reads the start power level to use for a swept calibration.	SOURce:MODulation:CORRection:COLLection:POWer:STARt	None
Sets and reads the stop power level to use for a swept calibration.	SOURce:MODulation:CORRection:COLLection:POWer:STOP	None
Sets and reads the calibration power type to fixed or swept.	SOURce:MODulation:CORRection:COLLection:POWer:TYPE	None
Create/Edit Modulation File
Sets and reads the source sample rate.	SOURce:MODulation:FILE:INITialize	None
Specifies the file path to recall a previous modulation file.	SOURce:MODulation:FILE:LOAD	None
Sets and reads the source sample rate.	SOURce:MODulation:FILE:SAVE	None
Sets and reads the Carrier offset value.	SOURce:MODulation:FILE:SIGNal:CARRier:OFFSet	None
Sets and reads the number of compact modulation files to create.	SOURce:MODulation:FILE:SIGNal:COMPact:FILE:NUMBer	None
Sets and reads the compact modulation file selection.	SOURce:MODulation:FILE:SIGNal:COMPact:FILE:NUMBer:SELect	None
Specifies the file path to recall a previous modulation file from which to create a compact signal.	SOURce:MODulation:FILE:SIGNal:COMPact:OFILe	None
Returns the peak-to-average value of the original signal.	SOURce:MODulation:FILE:SIGNal:COMPact:PAVG?	None
Returns the peak-to-average value of the signal created from the original signal.	SOURce:MODulation:FILE:SIGNal:COMPact:PAVG:CALCulated?	None
Sets and reads the Peak-to-Avg priority for Compact signals.	SOURce:MODulation:FILE:SIGNal:COMPact:PAVG:PRIority	None
Allows setup of multiple carriers when defining a multicarrier signal.	SOURce:MODulation:FILE:SIGNal:COMPact:SUBCarrier:NUMBer	None
Sets and reads the offset of the selected subcarrier.	SOURce:MODulation:FILE:SIGNal:COMPact:SUBCarrier:OFFSet	None
Sets and reads the span of the selected subcarrier.	SOURce:MODulation:FILE:SIGNal:COMPact:SUBCarrier:SPAN	None
Sets and reads where to start the compact signal within the original signal.	SOURce:MODulation:FILE:SIGNal:COMPact:TIME:STARt	None
Returns the calculated start time of the signal created from the original signal.	SOURce:MODulation:FILE:SIGNal:COMPact:TIME:STARt:CALCulated?	None
Sets and reads the start time priority for Compact signals.	SOURce:MODulation:FILE:SIGNal:COMPact:TIME:STARt:PRIority	None
Sets and reads the DAC scale as a percentage of full scale.	SOURce:MODulation:FILE:SIGNal:DAC:SCALing	None
Sets the NPR notch location type for the selected NPR Notch modulation type.	SOURce:MODulation:FILE:SIGNal:NPR:NOTCh:LOCation	None
Sets and reads the number of NPR notches for NPR Notch modulation type.	SOURce:MODulation:FILE:SIGNal:NPR:NOTCh:NUMBer	None
Sets and reads the NPR notch offset frequency of the selected notch.	SOURce:MODulation:FILE:SIGNal:NPR:NOTCh:OFFSet	None
Sets and reads the span of the selected notch.	SOURce:MODulation:FILE:SIGNal:NPR:NOTCh:SPAN	None
Enables or disables signal optimization settings.	SOURce:MODulation:FILE:SIGNal:OPTimize:ENABle	None
Sets and reads the number of decimal digits limit for calculated frequencies.	SOURce:MODulation:FILE:SIGNal:OPTimize:FREQuency:LIMit:DDIGits	None
Enables or disables the number of decimal digits limit for calculated frequencies.	SOURce:MODulation:FILE:SIGNal:OPTimize:FREQuency:LIMit:ENABle	None
Sets and reads the frequency tolerance value (in percent).	SOURce:MODulation:FILE:SIGNal:OPTimize:FREQuency:TOLerance	None
Sets and reads the number of test signal harmonics you want to be protected against.	SOURce:MODulation:FILE:SIGNal:OPTimize:HREJect	None
Sets and reads the maximum distance between each tone.	SOURce:MODulation:FILE:SIGNal:OPTimize:MAX:TONE:SPacing	None
Sets and reads the minimum number of tones.	SOURce:MODulation:FILE:SIGNal:OPTimize:MIN:TONE:NUMBer	None
Sets and reads theminimum waveform period.	SOURce:MODulation:FILE:SIGNal:OPTimize:MIN:WAVeform:PERiod	None
Enables or disables the rejection of Nyquist frequencies.	SOURce:MODulation:FILE:SIGNal:OPTimize:NYQReject:ENABle	None
Sets the optimize signal type.	SOURce:MODulation:FILE:SIGNal:OPTimize:TYPE	None
Returns the calculated peak-to-average value.	SOURce:MODulation:FILE:SIGNal:PAVG:CALCulated?	None
Sets and reads the phase when Fixed phase is the Phase Type.	SOURce:MODulation:FILE:SIGNal:PHASe:FIXed	None
Sets and reads the phase seed when Random phase is the Phase Type.	SOURce:MODulation:FILE:SIGNal:PHASe:RANDom:SEED	None
Sets the phase type.	SOURce:MODulation:FILE:SIGNal:PHASe:TYPE	None
Sets and reads the signal span.	SOURce:MODulation:FILE:SIGNal:SPAN	None
Returns the calculated signal span.	SOURce:MODulation:FILE:SIGNal:SPAN:CALCulated?	None
Sets and reads the signal span priority.	SOURce:MODulation:FILE:SIGNal:SPAN:PRIority	None
Sets and reads the source sample rate.	SOURce:MODulation:FILE:SIGNal:SRATe	None
Returns the calculated sampling rate of the signal created from the original signal.	SOURce:MODulation:FILE:SIGNal:SRATe:CALCulated?	None
Set and read the auto sample rate.	SOURce:MODulation:FILE:SIGNal:SRATe:AUTO	None
Sets and reads the number of tones.	SOURce:MODulation:FILE:SIGNal:TONE:NUMBer	None
Returns the calculated number of tones.	SOURce:MODulation:FILE:SIGNal:TONE:NUMBer:CALCulated?	None
Sets and reads the tone number priority.	SOURce:MODulation:FILE:SIGNal:TONE:NUMBer:PRIority	None
Sets and reads the tone spacing.	SOURce:MODulation:FILE:SIGNal:TONE:SPACing	None
Returns the calculated spacing between the tones.	SOURce:MODulation:FILE:SIGNal:TONE:SPACing:CALCulated?	None
Sets and reads the tone spacing priority.	SOURce:MODulation:FILE:SIGNal:TONE:SPACing:PRIority	None
Returns the number of tones.	SOURce:MODulation:FILE:TONE:NUMBer?	None
Returns the tone frequency in Hz relative to the carrier.	SOURce:MODulation:FILE:TONE:FREQuency?	None
Sets and reads the power in dBm of the specified tone number.	SOURce:MODulation:FILE:TONE:POWer	None
Sets and reads the phase in degrees of the specified tone number.	SOURce:MODulation:FILE:TONE:PHASe	None
Set specified tone state to on or off.	SOURce:MODulation:FILE:TONE[:STATe]	None
Set all tone states to on or off.	SOURce:MODulation:FILE:TONE:ALL[:STATe]	None
Saves the specified multitone file.	SOURce:MODulation:FILE:TONE:SAVE	None
Loads the specified multitone file.	SOURce:MODulation:FILE:TONE:LOAD	None
Sets the modulation type.	SOURce:MODulation:FILE:TYPE	None
Distortion Table Commands
Returns the currently displayed Distortion Table parameters.	SENSe:DISTortion:TABLe:DISPlay:CATalog?	None
Deletes the specified parameter from the Distortion Table.	SENSe:DISTortion:TABLe:DISPlay:DELete	None
Adds the specified parameter to the Distortion Table.	SENSe:DISTortion:TABLe:DISPlay:FEED	None
Returns a list of existing band names from the Measurement Band Table.	SENSe:DISTortion:TABLe:CATalog?	None
Returns a list of data parameter names corresponding to the currently specified Measurement Type.	SENSe:DISTortion:TABLe:DATA:CATalog?	None
Returns a list of data values from the Distortion Table for the specified band and parameter name.	SENSe:DISTortion:TABLe:DATA:VALue?	None

Modulation Distortion Marker Commands
Set and read the SA marker function type.	CALCulate:MEASure:SA:MARKer:BAND:FUNCtion	None
Sets and reads the integration bandwidth marker.	CALCulate:MEASure:SA:MARKer:BAND:IBW	None
Sets and reads the ACPR density marker.	CALCulate:MEASure:SA:MARKer:BDENsity:ACPR[:STATe] CALCulate:SA:MARKer:BDENsity:ACPR[:STATe]	BandDensityACPRState
Sets and reads the NPR density marker.	CALCulate:MEASure:SA:MARKer:BDENsity:NPR[:STATe] CALCulate:SA:MARKer:BDENsity:NPR[:STATe]	BandDensityNPRState
Executes the search ACPR density marker.	CALCulate:MEASure:SA:MARKer:SEARch:ACPR	None
Executes the search NPR density marker.	CALCulate:MEASure:SA:MARKer:SEARch:NPR	None

Measurement Data
Retrieves trace data (Y data) from the modulation distortion measurement.	CALCulate:MEASure:DATA:BUFFer:Y?	GetDataBuffer GetDataBufferCompact
Retrieves frequency tone data from the modulation distortion measurement.	CALCulate:MEASure:DATA:BUFFer:X?	GetXDataBuffer GetXDataBufferCompact

Phase Noise Application Commands	SCPI	COM
Returns the calculated Allan deviation.	CALCulate:MEASure:PN:AVARiance:DEViation	None
Returns the calculated Jitter.	CALCulate:MEASure:PN:AVARiance:JITTer	None
Returns the calculated Allan variance.	CALCulate:MEASure:PN:AVARiance:VARiance	None
Returns the measured carrier frequency.	CALCulate:MEASure:PN:CARRier:FREQuency?	None
Returns the measured carrier power level.	CALCulate:MEASure:PN:CARRier:LEVel?	None
Sets and returns the dBc data array for the selected measurement.	CALCulate:MEASure:PN:DATA:PDATa	None
Sets and returns the dBc memory data for the selected measurement.	CALCulate:MEASure:PN:DATA:PMEMory	None
Returns the spurious data (0 or 1) for the selected measurement.	CALCulate:MEASure:PN:DATA:SPData	None
Returns the spurious memory data (0 or 1) for the selected measurement.	CALCulate:MEASure:PN:DATA:SPMemory	None
Returns the specified data for the selected range number.	CALCulate:MEASure:PN:INTegral:RANGe:DATA	None
Sets and returns the start frequency of the selected integration range.	CALCulate:MEASure:PN:INTegral:RANGe:STARt	None
Sets and returns the stop frequency of the selected integration range.	CALCulate:MEASure:PN:INTegral:RANGe:STOP	None
Sets and returns the integration range type of the selected integration range.	CALCulate:MEASure:PN:INTegral:RANGe:TYPE	None
Sets and returns the weighting filter of the selected integration range.	CALCulate:MEASure:PN:INTegral:RANGe:WEIGhting	None
Enables and disables the spot noise calculation on every decade offset frequency.	CALCulate:MEASure:PN:SNOise:DECades[:STATe]	None
Returns the spot noise x-axis array of all decade offset frequencies.	CALCulate:MEASure:PN:SNOise:DECades:X	None
Returns the spot noise y-axis array of all decade offset frequencies.	CALCulate:MEASure:PN:SNOise:DECades:Y	None
Enables and disables spot noise calculation for the selected measurement number.	CALCulate:MEASure:PN:SNOise[:STATe]	None
Enables and disables spot noise calculation for the specified user-defined offset frequency.	CALCulate:MEASure:PN:SNOise:USER[:STATe]	None
Sets and returns the offset frequency on which the spot noise is calculated.	CALCulate:MEASure:PN:SNOise:USER:X	None
Returns the spot noise y-axis value of the specified offset frequency.	CALCulate:MEASure:PN:SNOise:USER:Y	None
Enables and disables spurious analysis.	CALCulate:MEASure:PN:SPURious:ANALysis[:STATe]	None
Returns a list of detected spurs.	CALCulate:MEASure:PN:SPURious:DATA	None
Enables and disables spur omission.	CALCulate:MEASure:PN:SPURious:OMISsion[:STATe]	None
Sets and returns the User Spur Table data which defines spurs to omit.	CALCulate:MEASure:PN:SPURious:OSSPur:DATA	None
Deletes the User Spur Table data which defines spurs to omit.	CALCulate:MEASure:PN:SPURious:OSSPur:DELete	None
Enables and disables user specified spur omission.	CALCulate:MEASure:PN:SPURious:OSSPur[:STATe]	None
Sets and returns the spurious sensibility number.	CALCulate:MEASure:PN:SPURious:SENSibility	None
Sets and returns the spurious table sorting order.	CALCulate:MEASure:PN:SPURious:SORT	None
Sets and returns the minimum spurious threshold level.	CALCulate:MEASure:PN:SPURious:THReshold:LEVel:MINimum	None
Sets and returns the spurious threshold table data.	CALCulate:MEASure:PN:SPURious:THReshold:TABle:DATA	None
Deletes the spurious threshold table.	CALCulate:MEASure:PN:SPURious:THReshold:TABle:DELete	None
Enable or disable displaying the integrated noise table.	DISPlay:WINDow:TABLe:INOise:ENABle	None
Enable or disable displaying the spot noise table.	DISPlay:WINDow:TABLe:SNOise:ENABle	None
Enable or disable displaying the spurious table.	DISPlay:WINDow:TABLe:SPURious:ENABle	None
Load user specified spurious frequency list of the active trace of the active channel.	MMEMory:LOAD:PN:SPURious:OSSPur	None
Load the threshold table of the active trace of the active channel.	MMEMory:LOAD:PN:SPURious:THReshold	None
Enables and disables check for carrier.	SENSe:PN:ADJust:CONFigure:FREQuency:CHECk	None
Sets and returns the high frequency limit to use during a broadband carrier search.	SENSe:PN:ADJust:CONFigure:FREQuency:LIMit:HIGH	None
Sets and returns the low frequency limit to use during a broadband carrier search.	SENSe:PN:ADJust:CONFigure:FREQuency:LIMit:LOW	None
Enables and disables a broadband carrier search.	SENSe:PN:ADJust:CONFigure:FREQuency:SEARch[:STATe]	None
Sets and returns the threshold to use during a carrier search.	SENSe:PN:ADJust:CONFigure:LEVel:THReshold	None
Sets and returns the FFT average factor number.	SENSe:PN:FAVerage:FACTor	None
Sets and returns the resolution bandwidth ratio.	SENSe:PN:BWIDth[:RESolution]:RATio	None
Sets and returns the noise type to phase or residual noise.	SENSe:PN:NTYPe	None
Sets and returns the receiver for the phase noise measurement.	SENSe:PN:RECeiver	None
Sets and returns receiver at the DUT input for residual phase noise measurements.	SENSe:PN:RESidual:INPut	None
Sets and returns receiver at the DUT output for residual phase noise measurements.	SENSe:PN:RESidual:OUTput	None
Sets and returns the carrier frequency.	SENSe:PN:SWEep:CARRier:FREQuency	None
Sets and returns the sweep noise mode.	SENSe:PN:SWEep:NOISe:MODE	None
Marker Search Commands
Spurious Search	CALCulate:MEASure:MARKer:FUNCtion:EXECute SPURious	None
Spurious Right >> Search	CALCulate:MEASure:MARKer:FUNCtion:EXECute RSPurious	None
<< Spurious Left Search	CALCulate:MEASure:MARKer:FUNCtion:EXECute LSPurious	None
Multi Spurious Search	CALCulate:MEASure:MARKer:FUNCtion:MULTi:EXECute SPURious	None
		None

Digital Predistortion Commands	SCPI	COM
Sets the collection acquire.	SOURce:DPD:CORRection:COLLection:ACQuire	None
Returns a message indicating if the calibration was successful or not.	SOURce:DPD:CORRection:COLLection:ACQuire:STATus?	None
Enable or disable the distortion calibration state.	SOURce:DPD:CORRection:COLLection:DISTortion:ENABle	None
Sets and reads the maximum number of distortion correction iterations used by the calibration routine.	SOURce:DPD:CORRection:COLLection:DISTortion:ITERations	None
Sets and reads the calibration span for a distortion calibration.	SOURce:DPD:CORRection:COLLection:DISTortion:SPAN	None
Sets and reads the desired distortion calibration tolerance.	SOURce:DPD:CORRection:COLLection:DISTortion:TOLerance	None
Sets and reads the linear or nonlinear distortion correction of the source at the DUT input.	SOURce:DPD:CORRection:COLLection:DISTortion:TYPE	None
Set and read the ACP modulation calibration state.	SOURce:DPD:CORRection:COLLection:DUT:ACP:ENABle	None
Sets and reads the frequency delta from the edge of the carrier to the beginning of the ACP Span.	SOURce:DPD:CORRection:COLLection:DUT:ACP:GBANd	None
Sets and reads the maximum number of iterations used by the calibration routine.	SOURce:DPD:CORRection:COLLection:DUT:ACP:ITERations	None
Sets and reads the calibration span for the ACP calibration.	SOURce:DPD:CORRection:COLLection:DUT:ACP:SPAN	None
Sets and reads the desired ACP calibration tolerance for the ACP modulation calibration.	SOURce:DPD:CORRection:COLLection:DUT:ACP:TOLerance	None
Sets and reads the maximum number of iterations used by the calibration routine.	SOURce:DPD:CORRection:COLLection:DUT:EVM:ITERations	None
Sets and reads the calibration span of the EVM calibration.	SOURce:DPD:CORRection:COLLection:DUT:EVM:SPAN	None
Sets and reads the desired EVM calibration tolerance for the modulation calibration.	SOURce:DPD:CORRection:COLLection:DUT:EVM:TOLerance	None
Enable or disable the LO feedthru calibration state.	SOURce:DPD:CORRection:COLLection:LO:FTHRu:ENABle	None
Sets and reads the maximum number of iterations used by the calibration routine.	SOURce:DPD:CORRection:COLLection:LO:FTHRu:ITERations	None
Sets and reads the desired LO feedthru modulation calibration tolerance.	SOURce:DPD:CORRection:COLLection:LO:FTHRu:TOLerance	None
Set and read the power modulation calibration state.	SOURce:DPD:CORRection:COLLection:POWer:ENABle	None
Sets and reads a fixed power level to use for the source modulation calibration.	SOURce:DPD:CORRection:COLLection:POWer[FIXed]	None
Sets and reads the maximum number of iterations used by the calibration routine.	SOURce:DPD:CORRection:COLLection:POWer:ITERations	None
Sets and reads the receiver for a power modulation calibration.	SOURce:DPD:CORRection:COLLection:POWer:RECeiver	None
Sets and reads the calibration span for a power modulation calibration.	SOURce:DPD:CORRection:COLLection:POWer:SPAN	None
Sets and reads the desired power calibration tolerance for the power modulation calibration.	SOURce:DPD:CORRection:COLLection:POWer:TOLerance	None
Sets and reads the scaling factor used for the waveform.	SOURce:DPD:DAC:SCALing	None
Specifies the file path to recall an ideal modulation waveform file.	SOURce:DPD:FILE:LOAD:IDEal	None
Specifies a DPD Model from a pre-existing file (*.mdpd).	SOURce:DPD:FILE:LOAD:MODel	None
Specifies the file path and file name to save the DPD Model as a *.mdpd file type.	SOURce:DPD:FILE:SAVE	None
Creates the Modeled DPD Waveform from a user-supplied Ideal Waveform file and a DPD Model file.	SOURce:DPD:MODel:APPLy	None
Calibrate the DPD model from the setting define using the model commands.	SOURce:DPD:MODel:CALibrate	None
Creates the DPD Model from the settings defined using the model commands.	SOURce:DPD:MODel:CREate	None
Sets and reads the interpolation type used in the AM/AM and AM/PM segments for the Dynamic Gain model.	SOURce:DPD:MODel:DYNGain:INTerpolate:TYPE	None
Sets and reads the number of input future time samples to use for calculating the current output sample.	SOURce:DPD:MODel:DYNGain:MEMory:FUTure	None
Sets and reads the number of memory operators used for characterizing the device in the Dynamic Gain model.	SOURce:DPD:MODel:DYNGain:MEMory:OPERator:M[1-4]:ENABle	None
Sets and reads the number of input past time samples to use for calculating the current output sample in the Dynamic Gain model.	SOURce:DPD:MODel:DYNGain:MEMory:PAST	None
Sets and reads the number of Memory Stepsize.	SOURce:DPD:MODel:DYNGain:MEMory:STEP	None
Enable or disable the DPD model optimization.	SOURce:DPD:MODel:DYNGain:OPTimize:ENABle	None
Enable or disable automatic waveform compaction. Compacting the waveform enables faster optimization.	SOURce<cnum>:DPD<GuiActiveSourcePort>:MODel:DYNGain:OPTimize:COMPact:AUTO	None
Sets the waveform compaction level. Compacting the waveform enables faster optimization.	SOURce<cnum>:DPD<GuiActiveSourcePort>:MODel:DYNGain:OPTimize:COMPact:LEVel	None
Sets the NMSE Optimization Goal in dB. If enabled, the optimizer attempts to minimize parameters while still resulting in an NMSE less than the value entered.	SOURce<cnum>:DPD<GuiActiveSourcePort>:MODel:DYNGain:OPTimize:NMSE:GOAL	None
Enable or disable the NMSE Optimization Goal. If enabled, the optimizer attempts to minimize parameters while still resulting in an NMSE less than the value entered.	SOURce<cnum>:DPD<GuiActiveSourcePort>:MODel:DYNGain:OPTimize:NMSE:INCLude	None
Include or exclude memory operators when optimizing the DPD model.	SOURce:DPD:MODel:DYNGain:OPTimize:MEMory:OPERator:INCLude	None
Enable or disable the DUT Linear Gain measurement during the DPD Direct.	SOURce:DPD:MEASure:LINGain:ENABle	None
Sets and reads the backoff power level used during the linear gain S21 measurement for the DPD Dynamic Gain model.	SOURce:DPD:MEASurel:LINGain:POWer:BACKoff	None
Sets and reads the number of power segments.	SOURce:DPD:MODel:DYNGain:POWer:SEGMent:COUNt	None
Sets and reads the minimum points per power segment	SOURce:DPD:MODel:DYNGain:POWer:SEGMent:POINt:COUNt:MINimum	None
Sets and reads whether or not to perform crossterm calculations using default values for the crossterm equation.	SOURce:DPD:MODel:MEMPoly:CROSsterm	None
Sets and reads the number of input future time samples to use for calculating the current output sample.	SOURce:DPD:MODel:MEMPoly:MEMory:FUTure	None
Sets and reads the number of input past time samples to use for calculating the current output sample.	SOURce:DPD:MODel:MEMPoly:MEMory:PAST	None
Sets and reads the order of the polynomial equation used to model the DUT nonlinearity.	SOURce:DPD:MODel:MEMPoly:ORDer	None
Returns a message indicating if the calibration was successful or not.	SOURce:DPD:MODel:STATus?	None
Sets and reads DPD Model type.	SOURce:DPD:MODel:TYPE	None
Create the model using Direct DPD from file or Direct DPD measurement.	SOURce:DPD:MODel:USE:DIRect	None
Sets and reads the maximum PAPR Expansion.	SOURce:DPD:PAPR:EXPansion:MAXimum	None
Sets and reads the type of DPD procedure to use.	SOURce:DPD:PROCedure	None

SA Application - SA Setup tab
	SENSe:SA:BANDwidth:RESolution:CATalog?	ResBWList
	SENSe:SA:BANDwidth:[RESolution]	ResolutionBW
	SENSe:SA:BANDwidth:[RESolution]:AUTO	ResolutionBWMode
	SENSe:SA:BANDwidth:RESolution MIN	ResolutionBWMin
	SENSe:SA:BANDwidth:RESolution MAX	ResolutionBWMax
	SENSe:SA:BANDwidth:VIDeo	VideoBW
	SENSe:SA:BANDwidth:VIDeo:AUTO	VideoBWMode
	SENSe:SA:BANDwidth:VIDeo MIN	VideoBWMin
	SENSe:SA:BANDwidth:VIDeo MAX	VideoBWMax
	SENSe:SA:DETector:FUNCtion	DetectorFunction
	SENSe:SA:DETector:BYPass:[STATe]	EnableDetectorBypass
	SENSe:SA:BANDwidth:VIDEO:AVERage:TYPE	VideoAveragingType
	SENSe:SA:BANDwidth:VIDEO:AVERage:COUNt?	VideoAveragingCount