Returns the measurement data in comma separated values depending upon the measurement type and the measurement format. If no signal is detected, query returns a blank string.

To fetch the VVM measurement data:

Returns the absolute or relative data at a specified measurement location in the table display format. Data must be memorized to that location before it can be returned. If no signal is detected, query returns a blank string.

To fetch the absolute data memorized at measurement location 2:

Replace ’#’ with the required measurement number in the table.

Returns the reference data in comma separated values depending upon the measurement type and the measurement format. If no reference was saved, query returns a blank string.

To fetch the VVM reference data:

Command sets the sweep state between run and hold. This command is ignored in external trigger mode.

Query returns the sweep state, run or hold. Query returns 1 for hold mode, and returns 0 for run mode.

OFF|ON|0|1

OFF|0

To set the sweep state to hold:

Command sets the source power level. Default is high.

Query returns the source power level, LOW or HIGH.

To set source power to low:

Queries sweep status. This is used in combination with :INITiate[:IMMediate]. Sweep complete bit is the bit 8. Query returns 256 if sweep has completed. Otherwise, it returns 0.

To query sweep status:

Clears and restarts averaging of the measurement data.

To clear and restart averaging of the measurement data:

Command sets number of sweeps to be averaged. When number of sweep averaging is set to be greater than 1, averaging is turned on.

Query returns the number of sweeps to be averaged.

1 to 100

1

To set the number of sweep averaging to 10:

Query returns the state of calibrated measurements depending on the calibration collection type. 0 means no calibration was done. For calibration types RFP1 & RRP1, return value is 1. For calibration types TRFP & TRES, return value is 4. For calibration types 2PFP & 2PES, return value is 5.

To query state after calibration is completed:

Query returns the available calibration kits for the selected port. The available ports depend on the calibration collection type.

Integer

Optional Param: Port number

1|2

To get the available cal-kits for port 1:

In Cable & Antenna Analyzer and Vector Volt Meter modes, only port 1 is available for calibration. In Vector Network Analyzer mode, port 1 and port 2 are available for calibration.

Query returns the calibration kit data as a comma-delimited string with description-value pairs for the selected port. The available ports depend on the calibration collection type.

Integer

Optional Param: Port number, default is 1.

1|2

To get the cal-kit data for port 1:

In Cable & Antenna Analyzer and Vector Volt Meter modes, only port 1 is available for calibration. In Vector Network Analyzer mode, port 1 and port 2 are available for calibration.

Command sets the calibration kit for the selected port. The available ports depend on the calibration collection type. Before setting the calibration kit, make sure the device is set to the appropriate connector type (refer [:SENSe]:CORRection:COLLect:CONNector#). A mismatch between the connector type and the given calibration kit will result in a command error.

Query returns the calibration kit for the selected port.

String

Calibration kit name

To set the cal-kit for the connector at port 1:

Replace ’#’ with the required port number. Advanced/Classic Cable & Antenna Analyzer and Vector Volt Meter modes support only one port. Vector Network Analyzer mode supports two ports.

Command sets the user calibration kit thru offset value in Distance or Time.

Query returns the user calibration kit thru offset value.

Param1: DISTance|TIME, Param2: value (DISTance:mm, TIME:s)

To set the thru offset in distance for the second user cal-kit:

Replace ’#’ with the required kit number. Ten user calibration kits are supported.

Command sets the waveguide user calibration kit frequency cutoff value.

Query returns the waveguide user calibration kit Cutoff Frequency.

Param1: FCUToff: GHz

GHz

To set the Cutoff Frequency of SSLT Waveguide kit to 5GHz:

Replace ’#’ with the required kit number. Ten user calibration kits are supported.

Command sets the user calibration kit capacitance or offset value for OPEN.

Query returns the user calibration kit capacitance or offset value for OPEN.

Param1: C0|C1|C2|C3|OFFSet, Param2: value (C0:e-15F, C1:e-27F, C2:e-36F, C3:e-45F, OFFSet:mm)

To set the capacitance 1 for the second user cal-kit of WGUid line type and SOLT cal method:

Replace ’#’ with the required kit number. Ten user calibration kits are supported.

Command sets the user calibration kit Inductance or offset value for SHORT.

Query returns the user calibration kit inductance or offset value for SHORt.

Param1: L0|L1|L2|L3|OFFSet, Param2: value (L0:e-12H, L1:e-24H, L2:e-33H, L3:e-42H, OFFSet:mm)

To set the inductance 1 for the second user cal-kit of Coax line type and SOLT cal method:

Replace ’#’ with the required kit number. Ten user calibration kits are supported.

Command sets the user calibration kit name.

Query returns the user calibration kit name.

String

Calibration kit name

To set the name for the second user cal-kit:

Replace ’#’ with the required kit number. Ten user calibration kits are supported.

Command sets the user calibration kit inductance or offset value for SHORT1 or SHORT2.

Query returns the user calibration kit inductance or offset value for SHORT.

Param1: L0|L1|L2|L3|OFFSet, Param2: value (L0:e-12H, L1:e-24H, L2:e-33H, L3:e-42H, OFFSet:mm)

To set the inductance 1 for the second user cal-kit of Coax line type and SOLT cal method:

Replace ’#’ with the required kit number. Ten user calibration kits are supported.

Aborts all steps of the RF calibration.

To abort RF calibration:

Query returns 1 if a specified cal step is completed. Otherwise, query returns 0. If no query parameters are provided, then the last cal step status is returned. If no cal was performed, then the query returns 0. For cal step OPEN|SHORT|SHORT1|SHORT2|LOAD|ZERo, use port numbers 1 and 2. For cal step THRu|ISOLation, use 1 for forward path, 2 for reverse path, and 3 for both forward and reverse paths.

Character, Integer

Param1: Cal step to perform, Param2: Port number or forward/reverse path

OPEN|SHORT|SHORT1|SHORT2|LOAD|THRu|ISOLation|ZERo, 1|2|3

To query calibration step ’Open’ status at port 1:

Command sets connector type.

Query returns connector type.

NMALe|NFEMale|KMALe|KFEMale|716Male|716Female|TNCMale|TNCFemale|SMAMale|SMAFemale|USR1|USR2|USR3|USR4|USR5|USR6|USR7|USR8|USR9|USR10 for Coax; WG11|WG12|WG13|WG14|WG15|WG16|WG17|WG18|WG20|WG22|USR1|USR2|USR3|USR4|USR5|USR6|USR7|USR8|USR9|USR10 for Waveguide

NMAL for S820E with option 708 or 714. KFEM for S820E with option 720, 730 or 740.

To set connector type for port 1 to 716 female:

Replace ’#’ with the required port number. Advanced/Classic Cable & Antenna Analyzer and Vector Volt Meter modes support only one port. Vector Network Analyzer mode supports two ports.

Query returns 0 if calibration is not in progress, 1 if calibration is in progress, 2 if calibration was aborted, 3 if cal-coefficients are being calculated, or 4 if calibration has completed.

To query calibration progress status:

Perform ’Load’ step of calibration.

To measure load:

Command sets calibration medium type.

Query returns calibration medium type.

COAX|WGUide

COAX

To set medium type to WGUide:

Perform ’Open’ step of calibration.

To measure open:

Complete an RF Cal and perform coefficient calculation.

To complete a RF calibration and perform coefficient calculation:

Perform ’Short’ step of calibration.

To measure short:

Command sets calibration collection type.

Query returns calibration collection type.

RFP1|2PFP|RRP1|TRFP

RFP1

To set collection type to RFP1:

Command performs a calibration step with the given two parameters. For cal step OPEN|SHORT|SHORT1|SHORT2|LOAD|ZERo, use port numbers 1 and 2. For cal step THRu|ISOLation, use 1 for forward path, 2 for reverse path, and 3 for both forward and reverse paths.

Query returns the last measurement performed, which includes cal step and port number. If no cal step was done, query returns "NONE, 0".

Character, Integer

Param1: Cal step to perform, Param2: Port number or forward/reverse path

OPEN|SHORT|SHORT1|SHORT2|LOAD|THRu|ISOLation|ZERo, 1|2|3

To measure short on port 1:

Command sets correction status.

Query returns correction status. Query returns 1 if RF cal is on. Otherwise, it returns 0.

ON|OFF|1|0

OFF|0

To turn calibration correction on:

Command sets the RF power output state when the sweep is in Hold mode.

Query returns the RF power output state when the sweep is in Hold mode.

ON|OFF|1|0

ON|1

To set RF power output state off:

Command sets the IF bandwidth. The permissible values are 10Hz, 100Hz, 1kHz, 2kHz, and 100kHz.

Query returns the IF bandwidth.

Float

Bandwidth frequency

Hz

To set IFBW to 1000Hz:

Clear the data at a specified measurement location for the table display format.

1 to 12

To clear the data at measurement location 2:

Memorize the data at a specified measurement location for the table display format.

1 to 12

To memorize the data at measurement location 2:

Sets the VVM display format.

Query returns the VVM display format.

CW|TABLe

To set the VVM display format to table:

Sets the VVM display resolution.

Query returns the VVM display resolution.

1|2

To set the VVM display resolution to 2:

Sets the VVM measurement format.

Query returns the VVM measurement format.

LMP|LNMP|VSWR|IMPedance

To set the VVM measurement format to VSWR:

Command sets the measurement frequency.

Query returns the measurement frequency in Hertz.

Float

Measurement frequency

Model-dependent

Hz

To set the Measurement frequency to 2 GHz:

Command sets the reference impedance in Ohms.

Query returns the reference impedance in Ohms.

50|75

To set the reference impedance to 75 Ohms:

Clears the reference data for the current measurement type.

To clear the Reference:

Sets the reference data for the current measurement type.

To set the new Reference:

Sets the VVM measurement type.

Query returns the VVM measurement type.

REFLection|TRANsmission|A/B|B/A

To set the VVM measurement type to transmission: