Enter instrument GPIB address. Output instrument GPIB address

<NRf>

<NR1>

Enter power meter GPIB address. Output power meter GPIB address.

<NRf>

<NR1>

Enter external source 1 GPIB address.Output external source 1 GPIB address.

<NRf>

<NR1>

Enter external source 2 GPIB address. Output external source 2 GPIB address.

<NRf>

<NR1>

Measure all Frequency List segments. No Query

NA

Set reference attenuator value on port 1.Output reference attenuator value on port 1.

<NRf>

<NR1>

Set reference attenuator value on port 2. Output reference attenuator value on port 2.

<NRf>

<NR1>

Autoscale the active trace display. No Query

NA

Query only. Output averaging status on/off.

<NR1>: 0|1

Turn averaging off. No query.

NA

Turn averaging on. Output averaging count.

<NR1>

Perform flat test port power calibration. No query.

NA

Select full 2-port calibration

NA

Select one path two port forward calibration. No query.

NA

Selects response and isolation calibration. No query.

NA

Selects response calibration. No query.

NA

Select S11 1-Port Calibration. No query.

NA

Select S22 1-Port Calibration. No query.

NA

Enter center frequency. Output center frequency

<NRf>

<NR3>

Select trace 1 as active trace. No query.

NA

Select trace 2 as active trace. No query.

NA

Measure the forward CLASSA reflection standard. No query.

NA

Measure the forward CLASSB reflection standard. No query.

NA

Measure the forward CLASSC reflection standards. No query.

NA

Measure the reverse CLASSA reflection standard. No query.

NA

Measure the reverse CLASSB reflection standard. No query.

NA

Measure the reverse CLASSC reflection standards. No query.

NA

Clear all segments of the Frequency List. No query.

NA

Clear Analyzer Status Bytes. No query.

NA

Enter CW frequency for multiple source equation being defined. No query.

<NRf>

NA

Return to normal sweep mode. No query.

NA

Convert active trace parameter to 1/S. No query.

NA

Convert active trace parameter to S. No query.

NA

Convert active trace parameter to Y. No query.

NA

Convert active trace parameter to Z. No query.

NA

Query only. Output RF correction on/off status.

<NR1>

Turn RF Correction Off. No query.

NA

Turn RF Correction On. Output RF Correction On/Off status.

<NR1>

Enter CW frequency and turn CW on. Output CW frequency.

<NRf>

<NR3>

Trace math uses data from Channel 1. No query.

NA

Trace math uses data from Channel 2. No query.

NA

Transfer selected channel corrected data array to the selected memory location. No query.

NA

Default multiple source equations. No query.

NA

Multiple source define receiver equation. No query.

NA

Multiple source define RF (source 1) equation. No query.

NA

Multiple source define LO (source 2) equation. No query.

NA

Selects memory location 1 as the active memory for memory operations. No query.

NA

Selects memory location 1 as the active memory for memory operations. No query.

NA

Selects memory location 3 as the active memory for memory operations. No query.

NA

Selects memory location 4 as the active memory for memory operations. No query.

NA

Selects memory location 5 as the active memory for memory operations. No query.

NA

Selects memory location 6 as the active memory for memory operations. No query.

NA

Selects memory location 7 as the active memory for memory operations. No query.

NA

Selects memory location 8 as the active memory for memory operations. No query.

NA

Set the display type to Group Delay for the active trace. No query.

NA

Select a1 as denominator for active trace parameter being defined. No query.

NA

Select a2 as denominator for active trace parameter being defined. No query.

NA

Select b1 as denominator for active trace parameter being defined. No query.

NA

Select Unity as denominator for active trace parameter being defined. No query.

NA

Display current data only. No query.

NA

Display current data and memory. No query.

NA

Display current data with math. No query.

NA

Display memory only. No query.

NA

Select complex divide trace math. No query.

NA

Done with response calibration or loads in 1 port reflection cal. No query.

NA

Select no port for active trace parameter being redefined. No query.

NA

Select port 1 for active trace parameter being redefined. No query.

NA

Select port 2 for active trace parameter being redefined. No query.

NA

Edit multiple source equations. No query.

NA

Set active function entry off. No query.

NA

Set current active function equal to current active marker value. No query.

NA

Perform a factory preset. No query.

NA

Turn OFF flatness correction calibration. No query.

NA

Turn ON flatness correction calibration. No query.

NA

Select IEEE754 32 bit data transfer format. No query.

NA

Select IEEE754 64 bit data transfer format. No query.

NA

Select ASCII data transfer format. No query.

NA

Free Run selected sweep mode. No query.

NA

Measure forward isolation response. No query.

NA

Measure forward match. No query.

NA

Measure forward thru response. No query.

NA

Put sweep into hold mode. Output the sweep hold status.

<NR1>

Set the display type to Imaginary for the active trace. No query.

NA

Enter Calibration Coefficient number 1. No query.

NA

Enter Calibration Coefficient number 2. No query.

NA

Enter Calibration Coefficient number 3. No query.

NA

Enter Calibration Coefficient number 4. No query.

NA

Enter Calibration Coefficient number 5. No query.

NA

Enter Calibration Coefficient number 6. No query.

NA

Enter Calibration Coefficient number 7. No query.

NA

Enter Calibration Coefficient number 8. No query.

NA

Enter Calibration Coefficient number 9. No query.

NA

Enter Calibration Coefficient number 10. No query.

NA

Enter Calibration Coefficient number 11. No query.

NA

Enter Calibration Coefficient number 12. No query.

NA

Enter frequency values. No query.

NA

Set the display type to Inverted Smith Chart for the active trace. No query.

NA

Done measuring isolation. No query.

NA

Measure isolation. No query.

NA

Set the display type to Linear Magnitude for the active trace. No query.

NA

Set the display type to Polar with Linear Magnitude marker readout for the active trace. No query.

NA

Set the sweep mode to Frequency List. No query.

NA

Select a1 as Phase Lock for active trace parameter being defined. No query.

NA

Select a2 as Phase Lock for active trace parameter being defined. No query.

NA

Select no Phase Lock for active trace parameter being defined. No query.

NA

Set the display type to Log Magnitude for the active trace. No query.

NA

Set the display type to Polar with Log Magnitude marker readout for the active trace. No query.

NA

Enter marker 1 frequency distance or time and turn on. Output marker 1 frequency distance or time.

<NRf>

<NR3>

Enter marker 2 frequency distance or time and turn on. Output marker 2 frequency distance or time.

<NRf>

<NR3>

Enter marker 3 frequency distance or time and turn on. Output marker 3 frequency distance or time.

<NRf>

<NR3>

Enter marker 4 frequency distance or time and turn on.Output marker 4 frequency distance or time.

<NRf>

<NR3>

Enter marker 5 frequency distance or time and turn on. Output marker 5 frequency distance or time.

<NRf>

<NR3>

Set markers to continuous (linear interpolated). No query.

NA

Set markers to discrete (only measured points). No query.

NA

Move active marker to maximum trace value. No query.

NA

Move active marker to minimum trace value. No query.

NA

Turn all markers off. No query.

NA

Complex subtraction trace math for selected channel. No query.

NA

Set denominator multiplier for multiple source equation being defined. No query.

<NRf>

NA

Set numerator multiplier for multiple source equation being defined. No query.

<NRf>

NA

Turn multiple source off and save definition. No query.

NA

Turn multiple source on and save definition. No query.

NA

Select multiplication as trace math for active trace. No query.

NA

Select a1 as numerator for active trace parameter being defined. No query.

NA

Select a2 as numerator for active trace parameter being defined. No query.

NA

Select b1 as numerator for active trace parameter being defined. No query.

NA

Select b2 as numerator for active trace parameter being defined. No query.

NA

Execute a number of groups of sweeps, then hold. No query.

<NRf>

NA

Set offset frequency for multiple source equation being defined. No query.

<NRf>

NA

Omit isolation. No query.

NA

Output current active function value. No query.

<NR3>

Output Correction coefficient number 1. No query.

<block>

Output Correction coefficient number 2. No query.

<block>

Output Correction coefficient number 3. No query.

<block>

Output Correction coefficient number 4. No query.

<block>

Output Correction coefficient number 5. No query.

<block>

Output Correction coefficient number 6. No query.

<block>

Output Correction coefficient number 7. No query.

<block>

Output Correction coefficient number 8. No query.

<block>

Output Correction coefficient number 9. No query.

<block>

Output Correction coefficient number 10. No query.

<block>

Output Correction coefficient number 11. No query.

<block>

Output Correction coefficient number 12. No query.

<block>

Output selected channel corrected data array real/imaginary pairs. No query.

<block>

Output selected channel formatted data array pairs. No query.

<block>

Output frequency values. No query.

<block>

Output Analyzer ASCII String. No query.

<char>

Outputs the active marker response value. No query.

<NR3> | <NR3>, <NR3>

Outputs the contents of the active memory location. No query.

<block>

Output Raw data for trace 1. No query.

<block>

Output Raw data for trace 2. No query.

<block>

Output Raw data for trace 3. No query.

<block>

Output Raw data for trace 4. No query.

<block>

Output Status Bytes and Clear them. No query.

<NR1>, <NR1>

Enter the phase offset of the active trace. No query.

<NRf>

NA

Set the display type to Phase for the active trace. No query.

NA

Select addition as trace math for active trace. No query.

NA

Set number of sweep data points. Output number of points currently being measured.

<NRf>

<NR1>

Set data points to 101. No query.

NA

Set data points to 201. No query.

NA

Set data points to 401. No query.

NA

Set data points to 51. No query.

NA

Set data points to 801. No query.

NA

Sets the Reference Plane extension for port1. Output the Reference Plane extension for port1.

<NRf>

<NR3>

Sets the Reference Plane extension for port2. Output the Reference Plane extension for port2.

<NRf>

<NR3>

Sets the power level of the 2nd external source. No query.

<NRf>

NA

Sets the power level of the 1st external source. No query.

<NRf>

NA

Instrument reset. No query.

NA

Done with response and isolation calibration. No query.

NA

Measure the isolation standard for the response calibration. No query.

NA

Measure response calibration standards. No query.

NA

Set the display type to Real for the active trace. No query.

NA

Recall previously stored Instrument State from internal memory1. No query.

NA

Recall previously stored Instrument State from internal memory2. No query.

NA

Recall previously stored Instrument State from internal memory3. No query.

NA

Recall previously stored Instrument State from internal memory4. No query.

NA

Recall previously stored Instrument State from internal memory5. No query.

NA

Recall previously stored Instrument State from internal memory6. No query.

NA

Recall previously stored Instrument State from internal memory7. No query.

NA

Recall previously stored Instrument State from internal memory8. No query.

NA

Active trace parameter redefinition done. No query.

NA

Done measuring reflections. No query.

NA

Measure reflections. No query.

NA

Enter the position of the reference on the display of the active trace. No query.

<NRf>

NA

Enter the offset value of the reference on the display of the active trace. No query.

<NRf>

NA

Set the display type to Polar with Real/Imaginary marker readout for the active trace. No query.

NA

Resume calibration at point where it was left. No query.

NA

Measurement restart at beginning of group. No query.

NA

Measure reverse isolation response. No query.

NA

Measure reverse match. No query.

NA

Measure reverse thru response. No query.

NA

Measure S11 on active trace. No query.

NA

Measure S12 on active trace. No query.

NA

Measure S21 on active trace. No query.

NA

Measure S22 on active trace. No query.

NA

Add a segment to the Frequency List. No query.

NA

Done with 1-Port calibration. No query.

NA

Done with 2-Port calibration. No query.

NA

Save current Instrument State into internal memory1. No query.

NA

Save current Instrument State into internal memory2. No query.

NA

Save current Instrument State into internal memory3. No query.

NA

Save current Instrument State into internal memory4. No query.

NA

Save current Instrument State into internal memory5. No query.

NA

Save current Instrument State into internal memory6. No query.

NA

Save current Instrument State into internal memory7. No query.

NA

Save current Instrument State into internal memory8. No query.

NA

Enter the scale of display of the active trace. No query.

<NRf>

NA

Delete segment or active segment of the Frequency List. No query.

{<NRf>}

NA

Finished editing the current segment of the Frequency List. No query.

NA

Edit segment or active segment of the Frequency List. No query.

{<NRf>}

NA

Select segment to Edit (sets active segment) in the Frequency List. No query.

<NRf>

NA

Execute a single group of sweeps, then hold. No query.

NA

Done measuring sliding load. No query.

NA

Measure the current sliding load position. No query.

NA

Set the display type to Smith Chart for the active trace. No query.

NA

Query only. Output smoother on/off status.

<NR1>

Turn smoothing off. No query.

NA

Enter smoothing value and turn on. Output smoothing value.

<NRf>

<NR3>

Enter frequency span. Output frequency span.

<NRf>

<NR3>

Set Status Byte masks. No query.

<NRf>

NA

Measure a single Frequency List segment. No query.

{<NRf>}

NA

Measures the STANA standard. No query.

NA

Measures the STANB standard. No query.

NA

Measures the STANC standard. No query.

NA

Enter start frequency. Output start frequency.

<NRf>

<NR3>

Set the sweep mode to Step Sweep. No query.

NA

Enter stop frequency. Output stop frequency.

<NRf>

<NR3>

Set the frequency step size for the current segment in the Frequency List. No query.

NA

Select SWR display for the active trace

NA

Output S-Parameter or User defined parameter on active trace

<NR1>

Done measuring transmissions. No query.

NA

Measure transmission. No query.

NA

Trim source and receiver sweep response. No query.

NA

Measure User Parameter 1 on active trace. No query.

NA

Measure User Parameter 2 on active trace. No query.

NA

Measure User Parameter 3 on active trace. No query.

NA

Measure User Parameter 4 on active trace. No query.

NA

Hold off execution of next instruction until current instruction is complete. No query.

NA