SCPI
COM
File | Instrument | Response | Stimulus | Utility | Cal | Apps | Remote ONLY
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Description |
SCPI |
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Create an FCA measurement |
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Change an FCA measurement |
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Sweep type |
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Map DUT ports to PNA ports |
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Read Input port map |
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Read Output port map |
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Avoid Spurs |
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Minimum required FCA (SMC and VMC) Cal commands SCPI and COM examples. |
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Create Cal object |
None |
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Begin Cal |
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Set connector type for each port |
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Set Cal Kit for each port |
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Returns the number of steps required by the Calibration |
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Returns the step description. |
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Measure a standard |
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Generate Error Terms |
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Optional FCA (SMC and VMC) commands |
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Set THRU method |
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Sets ECAL auto-orientation ON or OFF |
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Sets ECAL port map when orientation is off. |
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Perform or Omit Isolation |
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SMC network embed/deembed |
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SMC filename |
SENSe:CORRection:COLLect:GUIDed:SMC:FSIMulator:NETWork:FILename |
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Import existing Phase Ref Cal or Source Power Cal |
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Use Thru or perform separate power cals |
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Include Reverse SC12 sweep |
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Include input/output match correction |
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Use Nominal Incident Power |
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Enable LO Power Cal |
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Save to s2p and s2px file |
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Load Power Table (used with mmWave) |
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Enable Phase |
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Enable Absolute Phase |
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Set normalize point |
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Choose known delay or S2P |
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Set known delay |
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Set Cal Mixer Char S2P filename |
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Use Phase Ref Cal Set |
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Perform SMC Phase Reference Cal |
SCPI |
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Reset |
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Start Freq |
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Stop Freq |
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Read channel number |
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Read all Phase Reference IDs |
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Set Phase Reference |
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Set Source Attenuator |
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Set Cal Set name |
None |
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Perform Cal |
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Use Phase Ref Cal Set |
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Unknown Mixer calibration state |
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Unknown mixer LO frequency |
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Unknown mixer LO power |
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Input power level to the unknown mixer |
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Connector type and gender of your Cal Kit. |
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Cal Kit to be used to perform the S-parameter Cal |
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Set the ports to be calibrated. |
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Reverse Port2 Coupler |
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VMC network embed/deembed |
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VMC filename |
SENSe:CORRection:COLLect:GUIDed:VMC:FSIMulator:NETWork:FILename |
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Enable LO Power Cal |
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SCPI examples. |
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Recalculate |
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Segment Calculate |
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Query Count |
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Add Segments |
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Delete Segments |
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Remove All Segments |
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State |
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Number Of Points |
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IFBW |
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Input Fixed Freq |
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Input Start Freq |
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Input Stop Freq |
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Input Fixed/Swept |
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Input Power |
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Output Fixed Freq |
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Output Start Freq |
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Output Stop Freq |
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Output Fixed/Swept |
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Output (+/-) |
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Output Power |
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LO Fixed Freq |
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LO Start Freq |
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LO Stop Freq |
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LO Fixed/Swept |
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Input >LO |
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LO Power |
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IF (+/-) |
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Embedded LO (used with FCA, NFX, GCX, MODX, and Swept IMDx) |
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Embedded LO ON | OFF |
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Select tuning point |
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Set tuning mode |
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Set broadband sweep span |
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Set precise tuning tolerance |
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Set precise tuning iterations |
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LO delta frequency |
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Resets tuning parameters |
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Reset LO Delta frequency |
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Resets the LO Frequency Delta and Tuning parameters to their default settings. |
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Sets and returns the Noise Bandwidth for Broadband and Precise tuning sweeps. |
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Embedded LO Diagnostics (Available with Swept IMDx using COM ONLY) |
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Clear current diagnostic information |
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Get result of the last tuning sweeps. |
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Get number of tuning sweeps. |
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Was a marker was used for a tuning sweep? |
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Get the marker X-axis position. |
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Get the marker annotation. |
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Get the tuning sweep X axis annotation. |
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Get the tuning sweep Y axis annotation. |
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Get the Start sweep value. |
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Get the Stop sweep value. |
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Returns the tuning sweep parameter name. |
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Returns the tuning sweep title. |
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Returns the LO frequency delta from this tuning sweep |
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Create a GCA Meas |
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Change a GCA Parameter |
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Sweep Type |
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Number of frequency points |
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Number of power points |
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Maximum number of points |
None |
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Total number of points |
None |
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Acquisition mode |
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Smart tolerance |
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Smart Iterations |
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Smart settling time |
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Smart show iterations |
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Read DC at compression point |
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Read compression failures |
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Write port map |
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Read Port Map (Input) |
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Read Port Map (Output) |
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Remaps the source port to Port 1. |
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End of Sweep |
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Linear input power |
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Reverse Power |
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Start power |
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Stop power |
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Compression algorithm |
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Compression Level |
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Backoff Level |
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X Delta |
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Y Delta |
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Saturation level |
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Interpolation |
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Set and read the desired phase to measure compression. |
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Set and read compression format to be either magnitude, phase, or magnitude and phase. |
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Safe Sweep enable |
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Safe Sweep coarse |
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Safe Sweep fine |
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Safe Sweep threshold |
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Safe Sweep max power |
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Set and read the name of the external DC device. |
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Set and read the maximum limit of the external DC device. |
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Set and read the DC readings at the compression point in the last iteration of a smart sweep |
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GCA/GCX Phase Commands |
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Set and read the state of the mixer reference. |
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Set and read the aperture to use when computing the linear input power. |
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Set and read the state of the power smoothing. |
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Set and read the power smoothing aperture in percent. |
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Read all GCA data |
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Read real GCA data |
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Read imaginary GCA data |
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Read number of iterations |
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Enable a compression analysis trace |
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Set CW frequency |
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Set to discrete or interpolated CW frequencies |
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Sets X-axis display |
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Read about GCA Cal |
Gain Compression Cal |
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Set power for source power cal |
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Set connector type for power sensor. |
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Set cal kit for power sensor connector. |
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Guided Cal commands |
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Create Noise Figure meas |
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Change Noise Figure meas |
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Sets the number of impedance states to use |
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Select Noise Receiver |
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Noise averaging ON and OFF |
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Set averaging of noise receiver. |
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Set narrowband state |
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Set bandwidth of noise receiver. |
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Set gain state of noise receiver. |
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Sets the port identifier of the ECal noise tuner that is connected to the PNA Source. |
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Sets the port identifier of the ECal noise tuner that is connected to the DUT. |
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Set and read a custom noise tuner file to be used instead of the one generated automatically based on the state. |
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Sets the state of the custom noise tuner file. |
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Set the excess noise source ON or OFF. |
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Set mechanical switches |
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Write port mapping |
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Read input port mapping |
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Read output port mapping |
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SCPI |
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Read noise parameter SNP data |
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Write noise parameters to SNP file |
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Set and read the state of the thru adapter de-embedding. |
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Set ENR calibration data. |
PutENRData |
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Read ENR calibration data. |
GetENRData |
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Get/set ID of ENR table. |
ENRID |
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Get/set serial number of noise source. |
ENRSN |
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Sets/Returns the value of the temperature in the ENR file in Kelvin. |
NoiseCalTemperature |
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Load ENR table from file. |
LoadENRFile |
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Save ENR table to file. |
SaveENRFile |
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SCPI |
COM |
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SCPI |
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Frequency |
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Coupling |
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SCPI |
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Power |
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Phase |
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Match Correction |
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SCPI |
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SCPI |
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| SENSe:SA:COHerence:VECTor:AVERage:VALue | |
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SENSe:SA:LO:FREQ:FORCe (obsolete) |
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SENSe:SA:LO:FREQ:VALue (obsoliete) |
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Sets and reads the bandwidth of the band density marker. |
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Returns the band density level in dBm/Hz from the band density marker. |
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Marker to SA |
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Read Band Power |
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Read/Set Band Power Span |
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Read/Set Band Power State |
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Sets and reads the state of the band density noise marker. |
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Sets and reads the bandwidth of the band power density marker. |
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Sets and reads the state of the band power density marker. |
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Sets and reads the bandwidth of the band tone density marker. |
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Sets and reads the state of the band tone density marker. |
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Sets and reads the spacing of the band tone density marker. |
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Sets and reads the frequency span used by Power Density to normalize the power. |
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Read occupied bandwidth center frequency |
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Set and read occupied bandwidth percentage of span |
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Read the occupied bandwidth power. |
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Read occupied bandwidth span |
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Set occupied bandwidth state |
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Zooms in on signal within a SA sweep. |
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Mixer Setup commandsUsed for FCA, Swept IMDx, IMx Spectrum, NFx, and GCx applications. See the Mixer / Converter Setup topic |
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Create or Change a Custom (Application) Measurement |
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Create a custom measurement |
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Change a custom measurement |
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Return handle to a converter object |
None |
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Mixer Bottom Buttons and X-Axis display |
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Load a mixer setup |
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Save a mixer setup |
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Apply mixer settings |
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Discard Changes |
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X-axis display |
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Calculate Input and Output frequencies |
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Input to swept or fixed |
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Input start frequency |
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Input stop frequency |
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Input power level |
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Input fixed frequency |
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Set LO |
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LO freq fixed or swept |
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LO fixed frequency |
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LO start frequency |
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LO stop frequency |
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Input Greater / Less that LO |
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Set IF |
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Sideband (high or low) |
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IF start frequency |
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IF stop frequency |
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Set Output |
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Sideband (high or low) |
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Output start frequency |
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Output stop frequency |
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Output to swept or fixed |
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Output fixed frequency |
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LO power |
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LO power start |
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LO power stop |
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Source Attenuator |
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Receiver Attenuator |
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Leveling Mode |
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Number of LOs (1 or 2) |
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Recall a previously-configured external source. |
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Assign a source to mixer input or LO. |
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Read all assigned roles |
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Read the source assigned to a role. |
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Input Numerator Frac.Mult |
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Input Denominator Frac.Mult |
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LO Numerator Frac. Mult. |
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LO Denominator Frac.Mult |
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Setup and execution of TDR measurement Commands |
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Sets the type of parameter and format allocation for each trace. |
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Sets the DUT topology. |
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Sets the emphasis post1 level. |
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Sets the emphasis post2 level. |
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Sets the emphasis pre1 level. |
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Turns the emphasis function state ON or OFF. |
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Sets the equalization CTLE DC gain parameter. |
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Sets the equalization CTLE Pole1 parameter. |
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Sets the equalization CTLE Pole2 parameter. |
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Sets the equalization CTLE zero parameter. |
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Sets the filename of the equalization equation user file. |
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Turns the equalization function state ON or OFF. |
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Sets the equalization type. |
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Executes the calculation for the simulated eye diagram for the active trace. |
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Sets the bits' power of 2 for a PRBS pattern. |
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Sets the bit pattern type for the simulated eye function. |
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Sets the bit rate in bits/sec for the simulated eye function. |
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Sets the display limit value. |
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Sets the periodic jitter frequency. |
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Sets the periodic jitter magnitude in rms. |
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Sets the random jitter magnitude in rms |
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Turns the jitter function state with simulated eye ON or OFF. |
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Sets the jitter function type for the simulated eye function. |
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Sets the voltage level for bit "1" for the simulated eye function. |
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Sets the rise time value for the simulated eye function. |
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Sets the rise time threshold for the simulated eye. |
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Sets the voltage level for bit "0" for the simulated eye function. |
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Returns the mask test result. |
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Turns the mask test function state with simulated eye ON or OFF. |
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Returns the results of the eye measurement. |
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Turns the overlay ON or OFF. |
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Sets the rise time threshold level for the results of eye measurement. |
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Turns the Eye/Mask window ON or OFF. |
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Sets active marker number. |
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Returns the delta time result value. |
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Sets delta time reference position. |
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Turns the delta time marker in the marker search ON or OFF. |
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Sets the target trace number for the delta time function. |
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Sets the trace format. |
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Sets the measurement parameter. |
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Sets state for the peeling function. |
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Sets state for the smoothing function. |
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Sets the impulse width value for the transform function. |
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Sets rise time value for the transform function. |
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Sets the rise time threshold level for the results of eye measurement. |
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Sets the stimulus type for the transform function. |
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Returns the rise time result value for marker search. |
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Displays the rise time marker. |
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Sets the rise time threshold for the rise time in the marker search function. |
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Display TDR Commands |
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Turns the continuous auto-scale mode for the eye y-axis ON or OFF. |
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Sets the value of the y-axis scale per division for eye diagram. |
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Sets the value of the eye diagram y-axis reference line. |
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Sets the value of the eye diagram y-axis reference position. |
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Changes the background color of the screen. |
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Sets the display to off, data type, memory type, or data and memory type. |
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Executes x-axis auto scaling. |
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Sets the value of the x-axis scale per division. |
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Sets the value of the x-axis reference line. |
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Executes y-axis auto scaling. |
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Sets the x-axis reference position for the time domain measurement. |
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Selects the view point for waveform analysis either before or after the DUT. |
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Sets or gets the minimize state. |
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Memory TDR Commands |
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Loads the specified user bit pattern file. |
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Loads eye-mask file. |
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Stores the user bit pattern file. |
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Stores the eye-mask file. |
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Correction TDR Commands |
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Executes load measurement. |
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Executes open measurement. |
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Saves the result of the Loss Compensation sequence. |
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Executes a thru measurement. |
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Executes fixture compensation after ECAL. |
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Executes full calibration using the ECal module. |
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Sets the dielectric constant value. |
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Executes deskew (auto port extension). |
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Sets the standard type for auto port extension. |
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Enable Loss Compensation in Fixture Compensation |
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Set start frequency in Fixture Compensation |
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Set stop frequency in Fixture Compensation |
SENSe:CORRection:EXTension:AUTO:STOP
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Sets the reference impedance value. |
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Bandwidth, DUT information, avoid spurious function, and sweep TDR Commands |
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Sets the IF bandwidth value. |
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Executes auto DUT length setting. |
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Sets the DUT length value. |
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Executes avoid spurious. |
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Queries the avoid spurious state. |
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Sets the value of input bit rate for avoid spurious. |
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Queries the Hot TDR mode status. |
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Sets the TDR averaging trigger state on/off. |
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Sets trigger mode. |
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Executes single trigger. |
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Enables/disables the Reduce IF BW at Low Frequencies feature in segments with IFBW arbitrary. |
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Source Power Level TDR Command |
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Sets the source power level. |
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Preset TDR Command |
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Executes a TDR preset. |
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Sets whether or not interpolation is on for display. |
DisplayInterpolationState |
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Set and read a fixed input power level. |
DisplayInputPower |
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Set and read the number of phase points. |
PhaseSweepPoints |
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Set and read the start power level for a 3D sweep. |
StartPowerIn3DSweep |
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Set and read the number of power steps for a 3D sweep. |
PowerStepsIn3DSweep |
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Set and read the stop power level for a 3D sweep. |
StopPowerIn3DSweep |
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Set and read the sweep type. |
SweepType |
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Set and read the tuning tone mode. |
ExtractionToneMode |
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Set and read the absolute tone power level. |
AbsoluteExtractionToneLevel |
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Set and read the tone power relative to the input power (dBc). |
RelativeExtractionToneLevel |
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Set and read the X-axis domain type. |
DisplayDomain |
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Sets and returns the noise bandwidth. |
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Enable or disable setting the noise bandwidth to its maximum possible value. |
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Selects between a narrow and wide IF filter anti-aliasing path. |
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This command launches the Receiver IF Cal. |
SENSe<cnum>:DISTortion:CORRection:COLLect:IF:ACQuire [SYNChronous | ASYNchronous] |
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Identifies the normalization used for the EVM measurements. |
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Sets and returns the frequency span window used for modeling the DUT's gain and distortion. |
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Enable or disable automatic calculation of the frequency span window used for modeling the DUT's gain and distortion. |
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Sets and returns the integration bandwidth (IBW) of the lower ACP measurement. |
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Sets and returns the lower ACP measurement offset. |
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Sets and returns the integration bandwidth (IBW) of the upper ACP measurement. |
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Sets and returns the upper ACP measurement offset. |
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Adds a new distortion measurement band. |
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Automatically fills in the measurement settings for all bands from the currently active modulation file loaded in the source. |
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Sets and returns the carrier (Signal) integration bandwidth (IBW) for the distortion measurement. |
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Sets and returns the carrier offset (Signal). |
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Queries the total number of distortion measurement bands. |
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Deletes the specified distortion measurement band. |
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Deletes all existing bands and adds a single default band back into the Measurement Band Table. |
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Assigns a name to the specified distortion measurement band. |
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Sets and returns the notch integration bandwidth (IBW) for an NPR Notch modulation measurement. |
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Sets and returns the notch offset for an NPR Notch modulation measurement. |
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Set and read the modulation distortion type. |
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Sets the measurement filter to either None (default) or RRC (root-raised-cosine filter) |
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Sets and returns the Alpha factor of the measurement filter. |
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Sets and returns the Symbol Rate of the filter. |
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Enables or disables using the symbol rate from the file. |
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Sets and returns the distortion modulation source name. |
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Sets and returns the VNA port number connected to the DUT input. |
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Sets and returns the nominal DUT gain. |
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Sets and returns the nominal DUT noise figure. |
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Include or exclude the NF nominal value. |
None |
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Sets and returns the VNA port number connected to the DUT output. |
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Enables or disables the external modulated source to pass through the attenuator of the specified PNA source |
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Sets and returns the nominal gain of an external source amplifier. |
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Enables or disables receiver timing auto generation from the source pulse timing. |
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Sets and returns the carrier center frequency. |
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Selects between a ramp type power sweep or a list of power values to define a power sweep. |
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Adds a new row to the power sweep list table. |
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Deletes the specified row from the power sweep list table. |
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Sets and returns the power level used for the specified row in the power sweep list table. |
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Specifies the file path to recall a previous power sweep list file. |
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Sets and returns the noise bandwidth setting used for the specified row in the power sweep list table. |
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Selects the noise bandwidth mode in the power sweep list table. |
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Sets and returns the number of power points to measure for the power sweep list measurement. |
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Sets and returns the receiver attenuation for the specified row in the power sweep list table. |
SENSe:DISTortion:SWEep:POWer:CARRier:LIST:RECeiver:ATTenuation |
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Selects the receiver attenuation mode in the power sweep list table. |
SENSe:DISTortion:SWEep:POWer:CARRier:LIST:RECeiver:ATTenuation:MODE |
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Specifies the file path to save a power sweep list file. |
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Sets and returns the source attenuation for the specified row in the power sweep list table. |
SENSe:DISTortion:SWEep:POWer:CARRier:LIST:SOURce:ATTenuation |
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Selects the source attenuation mode in the power sweep list table. |
SENSe:DISTortion:SWEep:POWer:CARRier:LIST:SOURce:ATTenuation:MODE |
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Sets and returns the starting power level for the power sweep ramp measurement. |
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Sets and returns the stop power level for the power sweep ramp measurement. |
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Enable or disable increasing noise bandwidth at high powers automatically for faster measurements. |
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Sets and returns the number of power points to measure for the power sweep ramp measurement. |
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Enable or disable the re-use of the previous linear S-parameter measurements if available and skip sweep. |
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Enable or disable noise sweep used for the distortion test. |
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Enables or disables S-parameter sweep. |
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Sets and returns the power level used to measure the DUT gain when operating in its linear region. |
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Sets and returns the IF bandwidth for the linear S21 sweep. |
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Sets and returns the step size for the linear S21 sweep. |
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Selects between a chirp signal from the external signal generator or an internal CW signal in the VNA for measuring S-parameters. |
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Sets and returns the power level used for the distortion test at either the input or output of the DUT. |
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Set and read where to apply power to the DUT (input or output). |
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Keeps RF power ON at the End of Sweep. |
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Sets and returns the delay in seconds before the test signal to allow the RF source to settle. |
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Selects between a fixed or power sweep type of sweep. |
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Specifies the file path to save a modulation distortion table file. |
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Sort distortion table by band or power. |
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LO Feedthru Monitor Commands |
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Return the last monitor result of LO feedthru monitor. |
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Return the last monitor value of LO feedthru monitor. |
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Set and read the target receiver for LO Feedthru monitor. |
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Set and read the LO feedthru monitoring state. |
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Set and read the threshold level for warning. |
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Set and read the monitoring method for LO feedthru monitor. |
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Calibrate Source Modulation Commands |
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Set and read the ACP modulation calibration state. |
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Sets and reads the maximum number of iterations for the lower ACP modulation calibration. |
SOURce:MODulation:CORRection:COLLection:ACP:LOWer:ITERations |
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Sets and reads the receiver for the lower ACP modulation calibration. |
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Sets and reads the calibration span for a lower ACP modulation calibration. |
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Sets and reads the desired ACP calibration tolerance for the lower ACP modulation calibration. |
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Enables or disables the upper ACP (ACPUp) modulation calibration. |
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Sets and reads the maximum number of iterations for the upper ACP modulation calibration. |
SOURce:MODulation:CORRection:COLLection:ACP:UPPer:ITERations |
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Sets and reads the receiver for the upper ACP modulation calibration. |
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Sets and reads the calibration span for an upper ACP modulation calibration. |
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Sets and reads the desired ACP calibration tolerance for the upper ACP modulation calibration. |
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Setsand reads the ACP lower frequency delta from the edge of the carrier to the beginning of the Cal Span. |
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Sets and reads the ACP upper frequency delta from the edge of the carrier to the beginning of the calibration span. |
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Enable or disable the distortion calibration state. |
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Sets and reads the maximum number of iterations used by the calibration routine. |
SOURce:MODulation:CORRection:COLLection:DISTortion:ITERations |
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Sets and reads the receiver for distortion calibration. |
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Sets and reads the calibration span for a distortion calibration. |
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Sets and reads the desired distortion calibration tolerance. |
SOURce:MODulation:CORRection:COLLection:DISTortion:TOLerance |
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Enable or disable the equalization calibration state. |
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Sets and reads the maximum number of iterations used by the calibration routine. |
SOURce:MODulation:CORRection:COLLection:EQUalization:ITERations |
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Sets and reads the receiver for equalization calibration. |
SOURce:MODulation:CORRection:COLLection:EQUalization:RECeiver |
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Sets and reads the calibration span for a equalization calibration. |
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Sets and reads the desired equalization calibration tolerance. |
SOURce:MODulation:CORRection:COLLection:EQUalization:TOLerance |
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Returns a list of the calibrations stored in the .mdx file. |
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Deletes any of the calibration files stored in the .mdx file. |
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Returns the frequency of the specified source modulation calibration file. |
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Returns the power level of the specified source modulation calibration file. |
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Append source modulation calibration files stored in the .mdx file. |
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Sets and reads a fixed frequency. |
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Sets and reads the number of frequency measurement points. |
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Sets and reads the start frequency to use for a swept frequency source modulation calibration. |
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Sets and reads the stop frequency to use for a swept frequency calibration. |
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Sets and reads the calibration frequency type to fixed or swept. |
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Enable or disable the LO feedthru calibration state. |
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Sets and reads the maximum number of iterations used by the calibration routine. |
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Sets and reads the receiver for LO feedthru modulation calibration. |
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Sets and reads the calibration span for a LO feedthru modulation calibration. |
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Sets and reads the desired LO feedthru modulation calibration tolerance. |
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Sets and reads a fixed power level. |
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Sets and reads the number of power measurement points. |
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Sets and reads the start power level to use for a swept calibration. |
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Sets and reads the stop power level to use for a swept calibration. |
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Sets and reads the calibration power type to fixed or swept. |
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Create/Edit Modulation File |
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Sets and reads the source sample rate. |
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Specifies the file path to recall a previous modulation file. |
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Sets and reads the source sample rate. |
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Sets and reads the Carrier offset value. |
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Sets and reads the number of compact modulation files to create. |
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Sets and reads the compact modulation file selection. |
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Specifies the file path to recall a previous modulation file from which to create a compact signal. |
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Returns the peak-to-average value of the original signal. |
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Returns the peak-to-average value of the signal created from the original signal. |
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Sets and reads the Peak-to-Avg priority for Compact signals. |
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Allows setup of multiple carriers when defining a multicarrier signal. |
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Sets and reads the offset of the selected subcarrier. |
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Sets and reads the span of the selected subcarrier. |
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Sets and reads where to start the compact signal within the original signal. |
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Returns the calculated start time of the signal created from the original signal. |
SOURce:MODulation:FILE:SIGNal:COMPact:TIME:STARt:CALCulated? |
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Sets and reads the start time priority for Compact signals. |
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Sets and reads the DAC scale as a percentage of full scale. |
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Sets the NPR notch location type for the selected NPR Notch modulation type. |
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Sets and reads the number of NPR notches for NPR Notch modulation type. |
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Sets and reads the NPR notch offset frequency of the selected notch. |
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Sets and reads the span of the selected notch. |
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Enables or disables signal optimization settings. |
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Sets and reads the number of decimal digits limit for calculated frequencies. |
SOURce:MODulation:FILE:SIGNal:OPTimize:FREQuency:LIMit:DDIGits |
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Enables or disables the number of decimal digits limit for calculated frequencies. |
SOURce:MODulation:FILE:SIGNal:OPTimize:FREQuency:LIMit:ENABle |
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Sets and reads the frequency tolerance value (in percent). |
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Sets and reads the number of test signal harmonics you want to be protected against. |
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Sets and reads the maximum distance between each tone. |
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Sets and reads the minimum number of tones. |
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Sets and reads theminimum waveform period. |
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Enables or disables the rejection of Nyquist frequencies. |
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Sets the optimize signal type. |
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Returns the calculated peak-to-average value. |
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Sets and reads the phase when Fixed phase is the Phase Type. |
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Sets and reads the phase seed when Random phase is the Phase Type. |
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Sets the phase type. |
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Sets and reads the signal span. |
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Returns the calculated signal span. |
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Sets and reads the signal span priority. |
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Sets and reads the source sample rate. |
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Returns the calculated sampling rate of the signal created from the original signal. |
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Set and read the auto sample rate. |
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Sets and reads the number of tones. |
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Returns the calculated number of tones. |
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Sets and reads the tone number priority. |
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Sets and reads the tone spacing. |
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Returns the calculated spacing between the tones. |
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Sets and reads the tone spacing priority. |
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Returns the number of tones. |
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Returns the tone frequency in Hz relative to the carrier. |
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Sets and reads the power in dBm of the specified tone number. |
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Sets and reads the phase in degrees of the specified tone number. |
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Set specified tone state to on or off. |
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Set all tone states to on or off. |
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Saves the specified multitone file. |
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Loads the specified multitone file. |
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Sets the modulation type. |
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Distortion Table Commands |
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Returns the currently displayed Distortion Table parameters. |
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Deletes the specified parameter from the Distortion Table. |
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Adds the specified parameter to the Distortion Table. |
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Returns a list of existing band names from the Measurement Band Table. |
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Returns a list of data parameter names corresponding to the currently specified Measurement Type. |
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Returns a list of data values from the Distortion Table for the specified band and parameter name. |
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Modulation Distortion Marker Commands |
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Set and read the SA marker function type. |
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Sets and reads the integration bandwidth marker. |
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Sets and reads the ACPR density marker. |
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Sets and reads the NPR density marker. |
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Executes the search ACPR density marker. |
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Executes the search NPR density marker. |
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Measurement Data |
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Retrieves trace data (Y data) from the modulation distortion measurement. |
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Retrieves frequency tone data from the modulation distortion measurement. |
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