• FCA (Opt 082 / 083): Configure | Calibrate | Embedded LO | Segment Sweep

• Noise Figure App (Opt 028 / 029): Setup | Cal | SNP | ENR files  | NFX

• GCA (Opt 086): Setup | Cal | Analysis | GCX

• Swept IMD (Opt 087): Setup | Cal | Swept IMDx

• IMSpectrum (Opt 087):  Setup | IMxSpectrum

• Diff IQ (Opt 089): Meas | Setup | Range Settings | Parameters | X-Axis

• SA (Opt 090): SA Setup | Source: Setup | Coherence | Advanced Settings | IF Setup | Trigger Setup | Processing Setup | ADC & LO Setup | Data | SA Markers

• iTMSA (Opt 460):  Setup | Phase Sweep

• Common Mixer Setup commands

• Pulse (PNA-X):  Setup | Generators | Trigger

• Frequency Offset (Opt 080)

• Active (Hot) Parameters (Opt 111)

Description

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

CALC:CUST:DEF

App.CreateCustomMeasurementEx

Change an FCA measurement

CALC:CUST:MOD

Meas.ChangeParameter

Sweep type

SENS:SWE:TYPE

Sweep Type Property

Map DUT ports to PNA ports

SENS:MIX:PMAP

SetDutPorts

Read Input port map

SENS:MIX:PMAP:INPut

DeviceInputPort

Read Output port map

SENS:MIX:PMAP:OUTPut

DeviceOutputPort

Avoid Spurs

SENS:MIX:AVOidspurs

AvoidSpurs

Minimum required FCA (SMC and VMC) Cal commands

SCPI and COM examples.

Create Cal object

None

CreateCustomCal

Begin Cal

GUID:INITiate

Initialize

Set connector type for each port

GUID:CONN:PORT:SEL

ConnectorType

Set Cal Kit for each port

GUID:CKIT:PORT:SEL

CalKitType

Returns the number of steps required by the Calibration

GUID:STEPs?

GenerateSteps

Returns the step description.

GUID:DESC?

GetStepDescription

Measure a standard

GUID:ACQ

AcquireStep

Generate Error Terms

GUID:SAVE

GenerateErrorTerms

Optional FCA (SMC and VMC) commands

See SMC and VMC specific optional commands

Set THRU method

SENS:CORR:COLL:GUID:PATH:TMEThod

PathThruMethod

Sets ECAL auto-orientation ON or OFF

SENS:CORR:PREF:ECAL:ORI

AutoOrient

Sets ECAL port map when orientation is off.

SENS:CORR:PREF:ECAL:PMAP

EcalOrientation

Perform or Omit Isolation

SENS:CORR:COLL:GUID:ISOL

OmitIsolation

SMC Optional commands

SMC network embed/deembed

GUID:SMC:FSIM:NETW:MODE

smc.NetworkMode

SMC filename

GUID:SMC:FSIM:NETW:FIL

smc.NetworkFilename

Import existing Phase Ref Cal or Source Power Cal

SENS:CORR:COLL:GUID:SMC:IMPort

ImportDataSet

Use Thru or perform separate power cals

SENS:CORR:COLL:GUID:SMC:PWRC:SEP

SeparatePowerCal

Include Reverse SC12 sweep

SENS:MIX:REVerse

IncludeReverseSweep

Include input/output match correction

CALC:CORR:TYPE

meas.CalibrationTypeID

Use Nominal Incident Power

SENS:MIX:INP:POW:USEN

NominalIncidentPowerState

Enable LO Power Cal

SENS:CORR:COLL:GUID:SMC:LO:PCAL

EnableLOPowerCal Property

Save to s2p and s2px file

MMEM:STOR

None

Load Power Table (used with mmWave)

SENS:CORR:COLL:GUID:PSEN:POWTable

None

SMC Include Phase

Enable Phase

SENS:MIX:PHASe

EnablePhase

Set normalize point

SENS:MIX:NORMalize

NormalizePoint

Choose known delay or S2P

SENS:CORR:COLL:GUID:SMC:PHASe:METHod

DelayCalculationMethod

Set known delay

SENS:CORR:COLL:GUID:SMC:PHASe:DELay

FixedDelay

Set Cal Mixer Char S2P filename

SENS:CORR:COLL:GUID:SMC:PHASe:MIXer

MixerCharacterizationFile

Use Phase Ref Cal Set

SENS:CORR:COLL:GUID:SMC:IMPort

ImportDataSet

Perform SMC Phase Reference Cal

Reset

SYST:CAL:ALL:PHAS:RES

Reset

Start Freq

SYST:CAL:PHAS:FREQ:STAR

StartFrequency

Stop Freq

SYST:CAL:PHAS:FREQ:STOP

StopFrequency

Read channel number

SYST:CAL:PHAS:GUID:CHAN?

N/A

Read all Phase Reference IDs

SYST:CAL:PHAS:REF:CAT?

GetConnectedPhaseReferences

Set Phase Reference

SYST:CAL:PHAS:REF

PhaseReference

Set Source Attenuator

SYST:CAL:PHAS:POW:ATT

SourceAttenuator

Set Cal Set name

N/A

CalSet

Perform Cal

Guided Cal commands

Guided Cal commands

Use Phase Ref Cal Set

SENS:CORR:COLL:GUID:SMC:IMPort

ImportDataSet

Unknown Mixer calibration state

SYST:CAL:PHAS:UNKN:INCLude

IncludeUnknownMixer

Unknown mixer LO frequency

SYST:CAL:PHAS:UNKN:LO:FREQuency

UnknownMixerLOFrequency

Unknown mixer LO power

SYST:CAL:PHAS:UNKN:LO:POWer

UnknownMixerLOPower

Input power level to the unknown mixer

SYST:CAL:PHAS:UNKN:INPut:POWer

UnknownMixerInputPower

Connector type and gender of your Cal Kit.

SYST:CAL:PHAS:CONNector

ConnectorType PhaseRef

Cal Kit to be used to perform the S-parameter Cal

SYST:CAL:PHAS:CKIT

CalKitType PhaseRef

Set the ports to be calibrated.

SYST:CAL:PHAS:PORT[X]

IncludePort

Reverse Port2 Coupler

SYST:CAL:PHAS:DEEMbed

DeembedCoupler

VMC Optional commands

VMC network embed/deembed

GUID:VMC:FSIM:NETW:MODE

vmc.NetworkMode

VMC filename

GUID:VMC:FSIM:NETW:FIL

vmc.NetworkFilename

Enable LO Power Cal

SENS:CORR:COLL:GUID:VMC:LO<n>:PCAL

EnableLOPowerCal Property

Perform VMC Mixer characterization ONLY

Perform full calibration or mixer characterization only

GUID:VMC:OPERation

CharacterizeMixerOnly

Specify direction of mixer characterization

GUID:VMC:MIX:CHAR:CAL:REV

CharMixerReverse

Set and read mixer char filename.

GUID:VMC:MIX:CHAR:CAL:FIL

CharFileName

Sets ECAL auto-orientation ON or OFF

SENS:CORR:PREF:ECAL:ORI

AutoOrient Property

Sets the port mapping for the mixer characterization.

GUID:VMC:MIX:ECAL:PORT

EcalOrientation1Port

Load Mixer characterization

GUID:VMC:MIX:CHAR:CAL:OPT

LoadCharFromFile

FCA Segment Sweep

SCPI and COM examples.

Recalculate

SENS:MIX:RECalculate

ReCalculate

Segment Calculate

SENS:MIX:SEGM<n>:CALC

SegmentCalculate

Query Count

SENS:MIX:SEGM:COUNt?

SegmentCount

Add Segments

SENS:MIX:SEGM<n>:ADD

AddSegment

Delete Segments

SENS:MIX:SEGM<n>DEL

DeleteSegment

Remove All Segments

SENS:MIX:SEGM:DEL:ALL

DeleteAllSegments

State

SENS:MIX:SEGM<n>[:STATe]

SegmentState

Number Of Points

SENS:MIX:SEGM<n>:POINts

SegmentPoints

IFBW

SENS:MIX:SEGM<n>:BWIDth

SegmentIFBandwidth

Input Fixed Freq

SENS:MIX:SEGM<n>:INP:FREQ:FIXed

SegmentFixedFrequency

Input Start Freq

SENS:MIX:SEGM<n>:INP:FREQ:STARt

SegmentStartFrequency

Input Stop Freq

SENS:MIX:SEGM<n>:INP:FREQ:STOP

SegmentStopFrequency

Input Fixed/Swept

SENS:MIX:SEGM<n>:INP:FREQ:MODE

SegmentRangeMode

Input Power

SENS:MIX:SEGM<n>:INP:POWer

SegmentFixedPower

Output Fixed Freq

SENS:MIX:SEGM<n>:OUTP:FREQ:FIXed

SegmentFixedFrequency

Output Start Freq

SENS:MIX:SEGM<n>:OUTP:FREQ:STARt

SegmentStartFrequency

Output Stop Freq

SENS:MIX:SEGM<n>:OUTP:FREQ:STOP

SegmentStopFrequency

Output Fixed/Swept

SENS:MIX:SEGM<n>:OUTP:FREQ:MODE

SegmentRangeMode

Output (+/-)

SENS:MIX:SEGM<n>:OUTP:FREQ:SIDeband

SegmentMixingMode

Output Power

SENS:MIX:SEGM<n>:OUTP:POWer

SegmentFixedPower

LO Fixed Freq

SENS:MIX:SEGM<n>:LO<x>:FREQ:FIXed

SegmentFixedFrequency

LO Start Freq

SENS:MIX:SEGM<n>:LO<x>:FREQ:STARt

SegmentStartFrequency

LO Stop Freq

SENS:MIX:SEGM<n>:LO<x>:FREQ:STOP

SegmentStopFrequency

LO Fixed/Swept

SENS:MIX:SEGM<n>:LO<x>:FREQ:MODE

SegmentRangeMode

Input >LO

SENS:MIX:SEGM<n>:LO<x>:FREQ:ILTI

SegmentIsInputGreaterThanLO

LO Power

SENS:MIX:SEGM<n>:LO<x>:POWer

SegmentFixedPower

IF (+/-)

SENS:MIX:SEGM<n>:IF:FREQ:SIDeband

SegmentMixingMode

Embedded LO (used with FCA, NFX, GCX, and Swept IMDx)

Embedded LO ON | OFF

SENS:MIX:ELO:STAT

IsOn

Select  tuning point

SENS:MIX:ELO:NORMalize:POINT

NormalizePoint

Set tuning mode

SENS:MIX:ELO:TUNing:MODE

TuningMode

Set broadband sweep span

SENS:MIX:ELO:TUNing:SPAN

BroadbandTuningSpan

Set precise tuning  tolerance

SENS:MIX:ELO:TUNing:TOL

PreciseTuningTolerance

Set precise tuning iterations

SENS:MIX:ELO:TUNing:ITER

MaxPreciseTuningIterations

LO delta frequency

SENS:MIX:ELO:LO:DELTA

LOFrequencyDelta

Resets tuning parameters

SENS:MIX:ELO:TUNing:RESet

ResetTuningParameters

Reset LO Delta frequency

SENS:MIX:ELO:LO:RESET

ResetLOFrequency

Embedded LO Diagnostics (Available with Swept IMDx using COM ONLY)

Clear current diagnostic information

SENS:MIX:ELO:DIAG:CLEAr

Clear

Get result of the last tuning sweeps.

SENS:MIX:ELO:DIAG:STATus?

StatusAsString

Get number of tuning sweeps.

SENS:MIX:ELO:DIAG:SWE:COUNt?

NumberOfSweeps

Was a marker was used for a tuning sweep?

SENS:MIX:ELO:DIAG:SWE:MARK:STATe?

IsMarkerOn

Get the marker X-axis position.

SENS:MIX:ELO:DIAG:SWE:MARK:POS?

MarkerPosition

Get the marker annotation.

SENS:MIX:ELO:DIAG:SWE:MARK:ANN?

MarkerAnnotation

Get the tuning sweep X axis annotation.

SENS:MIX:ELO:DIAG:SWE:X:ANN?

XAxisAnnotation

Get the tuning sweep Y axis annotation.

SENS:MIX:ELO:DIAG:SWE:Y:ANN?

YAxisAnnotation

Get the Start sweep value.

SENS:MIX:ELO:DIAG:SWE:X:STARt?

XAxisStart

Get the Stop sweep value.

SENS:MIX:ELO:DIAG:SWE:X:STOP?

XAxisStop

Returns the tuning sweep parameter name.

SENS:MIX:ELO:DIAG:SWE:PAR?

Parameter

Returns the tuning sweep title.

SENS:MIX:ELO:DIAG:SWE:TITL?

StepTitle

Returns the LO frequency delta from this tuning sweep

SENS:MIX:ELO:DIAG:SWE:LO:DELT?

LODeltaFound

Gain Compression Setup

Create a GCA Meas

CALC:CUST:DEF

App.CreateCustomMeasurementEx

Change a GCA Parameter

CALC:CUST:MOD

Meas.ChangeParameter

Sweep Type

SENS:SWE:TYPE

SweepType

Number of frequency points

SENS:GCS:SWE:FREQ:POIN

NumberOfFrequencyPoints

Number of power points

SENS:GCS:SWE:POW:POIN

NumberOfPowerPoints

Maximum number of points

None

MaximumNumberOfPoints

Total number of points

None

TotalNumberOfPoints

Acquisition mode

SENS:GCS:AMOD

AcquisitionMode

Smart tolerance

SENS:GCS:SMAR:TOL

SmartSweepTolerance

Smart Iterations

SENS:GCS:SMAR:MIT

SmartSweepMaximumIterations

Smart settling time

SENS:GCS:SMAR:STIM

SmartSweepSettlingTime

Smart show iterations

SENS:GCS:SMAR:SIT

SmartSweepShowIterations

Read DC at compression point

SENS:GCS:SMAR:CDC

ReadDCAtCompression

Read compression failures

SENS:GCS:SFA?

SearchFailures

Write port map

SENS:GCS:PMAP

SetPortMap

Read Port Map (Input)

SENS:GCS:PMAP:INP

DeviceInputPort

Read Port Map (Output)

SENS:GCS:PMAP:OUTP

DeviceOutputPort

End of Sweep

SENS:GCS:EOS

EndOfSweepOperation

Linear input power

SENS:GCS:POW:LIN:INP:LEV

InputLinearPowerLevel

Reverse Power

SENS:GCS:POW:REV:LEV

ReverseLinearPowerLevel

Start power

SENS:GCS:POW:STAR:LEV

chan.Start Power

Stop power

SENS:GCS:POW:STOP:LEV

chan.Stop Power

Compression algorithm

SENS:GCS:COMP:ALG

CompressionAlgorithm

Compression Level

SENS:GCS:COMP:LEV

CompressionLevel

Backoff Level

SENS:GCS:COMP:BACK:LEV

CompressionBackoff

X Delta

SENS:GCS:COMP:DELT:X

CompressionDeltaX

Y Delta

SENS:GCS:COMP:DELT:Y

CompressionDeltaY

Saturation level

SENS:GCS:COMP:SAT:LEV

SaturationLevel

Interpolation

SENS:GCS:COMP:INT

CompressionInterpolation

Safe Sweep enable

SENS:GCS:SAFE:ENAB

SafeSweepEnable

Safe Sweep coarse

SENS:GCS:SAFE:CPAD

SafeSweepCoarsePowerAdjustment

Safe Sweep fine

SENS:GCS:SAFE:FPAD

SafeSweepFinePowerAdjustment

Safe Sweep threshold

SENS:GCS:SAFE:FTHR

SafeSweepFineThreshold

Safe Sweep max power

SENS:GCS:SAFE:MLIM

SafeSweepMaximumLimit

Read GCA Data

Read all GCA data

CALC:GCData:DATA

GetRaw2DData

Read real GCA data

CALC:GCData:REAL

GetDataRe

Read imaginary GCA data

CALC:GCData:IMAG

GetDataIm

Read number of iterations

CALC:GCD:ITER

TotalIterations

Gain Compression Analysis

Enable a compression analysis trace

CALC:GCM:ANAL:ENAB

AnalysisEnable

Set CW frequency

CALC:GCM:ANAL:CWFR

AnalysisCWFreq

Set to discrete or interpolated CW frequencies

CALC:GCM:ANAL:ISD

AnalysisIsDiscreteFreq

Sets X-axis display

CALC:GCM:ANAL:XAX

AnalysisXAxis

GCA Cal

Read about GCA Cal

Gain Compression Cal

GainCompressionCal

Set power for source power cal

SENS:CORR:GCS:POW

PowerLevel

Set connector type for power sensor.

SENS:CORR:GCS:SENS:CONN

PowerSensorConnectorType

Set cal kit for power sensor connector.

SENS:CORR:GCS:SENS:CKIT

PowerSensorCalKitType

Guided Cal commands

Sens:Corr:Coll: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

Calc:Cust:Def

CreateCustomMeasurementEx

Change Noise Figure meas

CALC:CUST:MOD

meas.Change Parameter

Sets the number of impedance states to use

 SENS:NOIS:IMP:COUN

ImpedanceStates

Select Noise Receiver

SENSe:NOISe:RECeiver

NoiseReceiver

Noise averaging ON and OFF

 SENS:NOIS:AVER:STAT

NoiseAverageState

Set averaging of noise receiver.

 SENS:NOIS:AVER

NoiseAverageFactor

Set narrowband state

SENS:NOIS:NARR

NarrowBand

Set bandwidth of noise receiver.

 SENS:NOIS:BWID

NoiseBandwidth

Set gain state of noise receiver.

 SENS:NOIS:GAIN

NoiseGain

Sets the port identifier of the ECal noise tuner that is connected to the PNA Source.

 SENS:NOIS:TUN:INP

NoiseTunerIn

Sets the port identifier of the ECal noise tuner that is connected to the DUT.

 SENS:NOIS:TUN:OUTP

NoiseTunerOut

Set the excess noise source ON or OFF.

 CONTrol:NOISe:SOURce or

 OUTPut:MANual:NOISe[:STATe]

NoiseSourceState

Set mechanical switches

 SENS:PATH:CONF:ELEM

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

 SENS:NOIS:CAL:METH

CalMethod

Set Noise Tuner identifier

SENS:NOIS:TUN:ID

NoiseTuner

Set Noise Recvr Method

SENS:NOIS:CAL:RMET

RcvCharMethod

Noise source ENR filename

 SENS:NOIS:ENR:FIL

ENRFile

Set noise source Cal Kit type

 SENS:NOIS:SOUR:CKIT

NoiseSourceCalKitType

Set ambient temperature

 SENS:NOIS:TEMP:AMB

AmbientTemperature

Sets noise source connector type

 SENS:NOIS:SOUR:CONN

NoiseSourceConnectorType

Set noise source connector temp

SENS:CORR:TCOL:USER:VAL

NoiseSourceCold

Get/Save Noise Parameters SNP Data

Read noise parameter SNP data

SENS:NOISe:SNP?

GetSnPData

Write noise parameters to SNP file

SENS: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

SENS:CORR:COLL:GUID:PSEN:CONN

PowerSensorConnectorType

Sets the power sensor calkit

SENS:CORR:COLL:GUID:PSEN:CKIT

PowerSensorCalKitType

Sets power level for source power cal

SENS:CORR:COLL:GUID:PSEN:POW:LEV

PowerCalibrationLevel

Sets auto orientation state for noise tuner

SENS:NOISe:TUNer:ORIent

AutoOrientTuner

Sets LO power calibration state

SENS:CORR:COLL:NOIS:LO:PCAL:STATe

EnableLOPowerCal

Sets the source pull technique to compute DUT S-parameters

SENS:NOISe:PULL

SourcePullForSParameters

Sets the state of ENR adapter de-embedding.

SENS:CORR:COLL:NOIS:ENR:ADAP:DEEM

ForceDeEmbedENRAdapter

Sets the state of Power Sensor adapter de-embedding.

SENS:CORR:COLL:NOIS:PSEN:ADAP:DEEM

ForceDeEmbedSensorAdapter

Noise Figure ENR File Data Management

Set ENR calibration data.

SENS:CORR:ENR:CAL:TABL:DATA

PutENRData

Read ENR calibration data.

SENS:CORR:ENR:CAL:TABL:DATA?

GetENRData

Get/set ID of ENR table.

SENS:CORR:ENR:CAL:TABL:ID:DATA

ENRID

Get/set serial number of noise source.

SENS:CORR:ENR:CAL:TABL:SERial:DATA

ENRSN

Load ENR table from file.

MMEMory:LOAD:ENR

LoadENRFile

Save ENR table to file.

MMEMory:STORe:ENR

SaveENRFile

Swept IMD

Create a measurement

Calc:Custom:Define

CreateCustomMeasurementEx

Change a measurement

CALC:CUST:MOD

meas.Change Parameter

Frequency Tab

Set sweep type

SENS:IMD:SWE:TYPE

SweepType

Set DeltaF

SENS:IMD:DFR

DeltaFrequency

Set center freq

SENS:IMD:FREQ:FCEN

FrequencyCenter

Start for center freq sweep

SENS:IMD:FREQ:FCEN:STAR

FrequencyCenterStart

Stop for center freq sweep

SENS:IMD:FREQ:FCEN:STOP

FrequencyCenterStop

Center for center freq sweep

SENS:IMD:FREQ:FCEN:CENT

FrequencyCenterCenter

Span for center freq sweep

SENS:IMD:FREQ:FCEN:SPAN

FrequencyCenterSpan

Start for DeltaF sweep

SENS:IMD:FREQ:DFR:STAR

DeltaFrequencyStart

Stop for DeltaF sweep

SENS:IMD:FREQ:DFR:STOP

DeltaFrequencyStop

Set F1 for CW and Power sweep

SENS:IMD:FREQ:F1

F1Frequency

Set F2 for CW and Power sweep

SENS:IMD:FREQ:F2

F2Frequency

Set main tone IFBW

SENS:IMD:IFBW:MAIN

MainToneIFBandwidth

Set product tones IFBW

SENS:IMD:IFBW:IMT

IMToneIFBandwidth

Power Tab

Enables power coupling for F1 and F2

SENS:IMD:TPOW:COUP

CoupleTonePower

Set power level for F1 tone

SENS:IMD:TPOW:F1

TonePower

Set power level for F2 tone

SENS:IMD:TPOW:F2

TonePower

F1 start for power sweep

SENS:IMD:TPOW:F1:STAR

TonePowerStart

F1 stop for power sweep

SENS:IMD:TPOW:F1:STOP

TonePowerStop

F2 start for power sweep

SENS:IMD:TPOW:F2:STAR

TonePowerStart

F2 stop for power sweep

SENS:IMD:TPOW:F2:STOP

TonePowerStop

Set power leveling mode

SENSe:IMD:TPOW:LEV

LevelingMethod

Set source attenuation

SOUR:POWer:ATT

Attenuator

Set receiver attenuation

SENS:POWer:ATT

ReceiverAttenuator

Configure Tab

Set external source for f2

SENS:ROLE:DEVice “RF2”

RoleDevice “RF2”

For CTB, CSO, and XMod parameters

Normalization Mode

SENS:IMD:NORM:MODE

CompositeNormalizationMode

Normalized CSO power

SENS:IMD:CSO:NORM:POW

CompositeNormalizedCSOPower

CSO Offset

SENS:IMD:CSO:OFFS

CSOOffset

CSO Number of Distortion products

SENS:IMD:CSO:NDPR

CSONumDistortionProducts

Normalized CTB power

SENS:IMD:CTB:NORM:POW

CompositeNormalizedCTBPower

CTB and XMod Number of carriers

SENS:IMD:CTB:NCAR

CTBXMODNumCarriers

CTB Offset

SENS:IMD:CTB:OFFS

CTBOffset

Swept IMD Calibration

Set Cal Mode

SENS:CORR:IMD:CAL:METHod

CalMethod

Set Cal frequencies

SENS:CORR:IMD:CAL:FREQ

CalibrationFrequencies

Max Products

SENS:CORR:IMD:MPR

MaxProduct

Set power

SENS:CORR:IMD:POW

PowerLevel

Sensor Cal Kit

SENS:CORR:IMD:SENS:CKIT

PowerSensorCalKitType

Sensor connector

SENS:CORR:IMD:SENS:CONN

PowerSensorConnectorType

Include 2nd order

SENS:CORR:IMD:SORD:INCL

Include2ndOrderProduct

IMD ECal Extrapolate

SYST:PREF:ITEM:EEXT

IMDECalExtrapolation

IMDx Cal

Enable LO Power Cal

SENS:CORR: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

Calc:Custom:Define

CreateCustomMeasurementEx

Change a measurement

Calc:Cust:Mod

meas.Change Parameter

Enable tracking with IMD

SENS:IMS:TRAC:STAT

TrackingEnable

Set IMD channel to track

SENS:IMS:TRAC:CHAN

TrackingChannel

Set sweep type

SENS:IMS:SWE:TYPE

SweepType ims

Set product to view

SENS:IMS:SWE:ORD

SweepOrder

Set step sweep

SENS:IMS:TRAC:MSEN

TrackingManualStepEnable

Set step index

SENS:IMS:TRAC:SIND

TrackingStepIndex

Set Res Bandwidth

SENS:IMS:RBW

ResolutionBW

Stimulus settings

Set DeltaF

SENS:IMS:STIM:DFR

DeltaFrequency

Set center freq

SENS:IMS:STIM:FCEN

FrequencyCenter

Set F1 Freq

SENS:IMS:STIM:F1FR

F1Frequency

Set F2 Freq

SENS:IMS:STIM:F2FR

F2Frequency

Set F1 Power

SENS:IMS:STIM:TPOW:F1

TonePower

Set F2 Power

SENS:IMS:STIM:TPOW:F2

TonePower

Set F1/F2 power coupling

SENS:IMS:TPOW:COUP

CoupleTonePower

Set power leveling mode

SENSe:IMS:TPOW:LEV

LevelingMethod

Response (receiver) settings

Set receiver start frequency

SENS:IMS:RESP:STAR

SpectrumStartFrequency

Set receiver stop frequency

SENS:IMS:RESP:STOP

SpectrumStopFrequency

Set receiver center frequency

SENS:IMS:RESP:CENT

SpectrumCenterFrequency

Set receiver frequency span

SENS:IMS:RESP: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.

Create/Change DIQ Measurement

Calc:Custom:Define

CreateCustomMeasurementEx

Calc:Cust:Mod

meas.Change Parameter

Diff IQ Setup Dialog

SENSe:DIQ:FREQ:RANGe:ADD

AddRange Method

SENSe:DIQ:FREQ:RANGe:DELete

DeleteRange Method

DIQ Range Settings Dialog

Frequency

SENSe:DIQ:FREQ:RANGe:STARt

RangeStartFrequency

SENSe:DIQ:FREQ:RANGe:STOP

RangeStopFrequency

SENSe:DIQ:FREQ:RANGe:IFBW

RangeIFBW Property

Coupling

SENSe:DIQ:FREQ:RANGe:COUPle:STATe

RangeCoupleState Property

SENSe:DIQ:FREQ:RANGe:COUPle:ID

RangeCoupleId Property

SENSe:DIQ:FREQ:RANGe:COUPle:OFFSet

RangeOffset Property

SENSe:DIQ:FREQ:RANGe:COUPle:UCONvert

RangeOffsetUp Property

SENSe:DIQ:FREQ:RANGe:COUPle:MULTiplier

RangeMultiplier Property

SENSe:DIQ:FREQ:RANGe:COUPle:DIvisor

RangeDivisor Property

DIQ Source Configuration Dialog

SENSe:DIQ:PORT:STATe

SourceState Property

SENSe:DIQ:PORT:RANGe

SourceRange Property

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:ATT

PortAttenuator Property

SENSe:DIQ:PORT:POWer:ATT: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:REF

PortReference Property

SENSe:DIQ:PORT:PHASe:PAR

PortPhaseParameter Property

Match Correction

SENSe:DIQ:PORT:MATCh:STATe

MatchState Property

SENSe:DIQ:PORT:MATCh:TREC

MatchTestReceiver Property

SENSe:DIQ:PORT:MATCh:RREC

MatchRefReceiver Property

SENSe:DIQ:PORT:MATCh:RANG

MatchFrequencyRange Property

DIQ Edit Parameters Dialog

SENSe:DIQ:PARameter:DEFine

DefineParameter Method

SENSe:DIQ:PARameter:DELete

DeleteParameter Method

SENSe:DIQ: PARameter:CATalog?

ParameterList Property

DIQ Select X-Axis Dialog

CALC:X:AXIS:DOMain

XAxisDomain

CALC:X:AXIS

XAxis

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

CALC:CUST:DEF

App.CreateCustomMeasurementEx

Change a custom measurement

CALC:CUST:MOD

meas.Change Parameter

Return handle to a converter object

None

Converter

Mixer Bottom Buttons and X-Axis display

Load a mixer setup

SENS:MIX:LOAD

LoadFile

Save a mixer setup

SENS:MIX:SAVE

SaveFile

Apply mixer settings

SENS:MIX:APPLy

Apply

Discard Changes

SENS:MIX:DISCard

DiscardChanges

X-axis display

CALC:MIX:XAXis

ActiveXAxisRange

Mixer Frequency Tab

Calculate Input and Output frequencies

SENS:MIX:CALC

Calculate

Input to swept or fixed

SENS:MIX:INP:FREQ:MODE

InputRangeMode

Input start frequency

SENS:MIX:INP:FREQ:STAR

InputStartFrequency

Input stop frequency

SENS:MIX:INP:FREQ:STOP

InputStopFrequency

Input power level

SENS:MIX:INP:POW

InputPower

Input fixed frequency

SENS:MIX:INP:FREQ:FIXed

InputFixedFrequency

Set LO

LO freq fixed or swept

SENS:MIX:LO:FREQ:MODE

LORangeMode

LO fixed frequency

SENS:MIX:LO:FREQ:FIX

LOFixedFrequency

LO start frequency

SENS:MIX:LO:FREQ:STARt

LOStartFrequency

LO stop frequency

SENS:MIX:LO:FREQ:STOP

LOStopFrequency

Input Greater / Less that LO

SENS:MIX:LO:FREQ:ILTI

IsInputGreaterThanLO

Set IF

Sideband (high or low)

SENS:MIX:IF:FREQ:SIDE

IFSideband

IF start frequency

SENS:MIX:IF:FREQ:STARt

IFStartFrequency

IF stop frequency

SENS:MIX:IF:FREQ:STOP

IFStopFrequency_Property

Set Output

Sideband (high or low)

SENS:MIX:OUTP:FREQ:SIDE

OutputSideband

Output start frequency

SENS:MIX:OUTP:FREQ:STAR

OutputStartFrequency

Output stop frequency

SENS:MIX:OUTP:FREQ:STOP

OutputStopFrequency

Output to swept or fixed

SENS:MIX:OUTP:FREQ:MODE

OutputRangeMode

Output fixed frequency

SENS:MIX:OUTP:FREQ:FIXed

OutputFixedFrequency

Mixer (LO)Power tab

LO power

SENS:MIX:LO:POW

LOPower

LO power start

SENS:MIX:LO:POW:STARt

LOStartPower

LO power stop

SENS:MIX:LO:POW:STOP

LOStopPower

Source Attenuator

SOUR:POW:ATT

chan.Attenuator

Receiver Attenuator

SENS:POW:ATT

chan.ReceiverAttenuator

Leveling Mode

Mixer Setup tab

Number of LOs (1 or 2)

SENS:MIX:STAG

LOStage

Recall a previously-configured external source.

SENS:MIX:LO:NAME

LOName

Assign a source to mixer input or LO.

SENS:MIX:ROLE:DEVice

AssignSourceToRole

Read all assigned roles

SENS:MIX:ROLE:CATalog?

GetSourceByRole

Read the source assigned to a role.

SENS:MIX:ROLE:DEVice

GetSourceRoles

Input Numerator Frac.Mult

SENS:MIX:INP:FREQ:NUM

InputNumerator

Input Denominator Frac.Mult

SENS:MIX:INP:FREQ:DEN

InputDenominator

LO Numerator Frac. Mult.

SENS:MIX:LO:FREQ:NUM

LONumerator

LO Denominator Frac.Mult

SENS:MIX:LO:FREQ:DEN

LODenominator

IMD and IMS Limited Port Mapping

Set port map

SENS:IMD:PMAP

SENS:IMS:PMAP

SetPortMap

Read Input

SENS:IMD:PMAP:INP?

SENS:IMS:PMAP:INP?

DeviceInputPort

Read Output

SENS:IMD:PMAP:OUTP?

SENS:IMS:PMAP:OUTP?

DeviceOutputPort

iTMSA - all other settings (including calibration) use standard commands

Set Stimulus Mode

CALC: FSIM:BAL:STIM:MOD

Mode

Set Phase Offset

CALC: FSIM:BAL:BPOR:OFFS:PHAS

BalPort1PhaseOffset

BalPort2PhaseOffset

Set Phase Offset as fixture

CALC: FSIM:BAL:FIXT:OFFS:PHAS

PhaseAsFixture

Set Power Offset

CALC: FSIM:BAL:BPOR:OFFS:POW

BalPort1PowerOffset

BalPort2PowerOffset

Set Power Offset as fixture

CALC: FSIM:BAL:FIXT:OFFS:POW

PowerAsFixture

Set Source power for balanced ports

SOUR:POW

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

CALC:FSIM:BAL:PHAS:SWE:STAT

PhaseSwpState

Start Phase port 1

CALC:FSIM:BAL:BPOR:SWE:PHAS:STAR

BalPort1StartPhase

Start Phase port 2

CALC:FSIM:BAL:BPOR:SWE:PHAS:STAR

BalPort2StartPhase

Stop Phase port 1

CALC:FSIM:BAL:BPOR:SWE:PHAS:STOP

BalPort1StopPhase

Stop Phase port 2

CALC:FSIM:BAL:BPOR:SWE:PHAS:STOP

BalPort2StopPhase

Enable as fixture offset

CALC:FSIM:BAL:FIXT:PHAS

PhaseSwpAsFixture

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