Anritsu 37397D Quick Reference Guide

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Series 37XXXD Vector Network Analyzer

GPIB QUICK REFERENCE GUIDE

This manual supplements the 37XXXD Series Vector Network Analyzer Programming Manual. Insert it behind the tab marked Appendix B, GPIB Quick Reference Guide in that manual.

490 JARVIS DRIVE l MORGAN HILL, CA 95037-2809

P/N: 10410-00263

REVISION: A

PRINTED: SEPTEMBER 2004

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WARRANTY

The ANRITSU product(s) listed on the title page is (are) warranted against defects in materials and workmanship for one year from the date of shipment. ANRITSU's obligation covers repairing or replacing products which prove to be defective during the warranty period. Buyers shall prepay transportation charges for equipment returned to ANRITSU for warranty repairs. Obligation is limited to the original purchaser. ANRITSU is not liable for consequential damages.

LIMITATION OF WARRANTY

The foregoing warranty does not apply to ANRITSU connectors that have failed due to normal wear. Also, the warranty does not apply to defects resulting from improper or inadequate maintenance by the Buyer, unauthorized modification or misuse, or operation outside of the environmental specifications of the product. No other warranty is expressed or implied, and the remedies provided herein are the Buyer's sole and exclusive remedies.

TRADEMARK ACKNOWLEDGEMENTS

V Connector and K Connector are registered trademarks of ANRITSU Company. Windows and Excel are registered trademarks of Microsoft Corporation.

NOTICE

ANRITSU Company has prepared this manual for use by ANRITSU Company personnel and customers as a guide for the proper installation, operation and maintenance of ANRITSU Company equipment and computer programs. The drawings, specifications, and information contained herein are the property of ANRITSU Company, and any unauthorized use or disclosure of these drawings, specifications, and information is prohibited; they shall not be reproduced, copied, or used in whole or in part as the basis for manufacture or sale of the equipment or software programs without the prior written consent of ANRITSU Company.

UPDATES

Updates to this manual, if any, may be downloaded from the Anritsu Internet site at:

http://www.anritsu.com

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37XXXD VNA GPIB Quick Reference Guide

1. INTRODUCTION ..........................3

2. GENERAL ..............................3

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37XXXD VNA GPIB Quick Reference Guide

1. INTRODUCTION This appendix provides a quick reference to the 37XXXD GPIB Pro

gramming commands.

2. GENERAL This guide is divided into two listings: alphabetical and functional.

The alphabetical listing begins on page 5 and lists the commands al phabetically with a brief description. The functional listing begins on page 39 and lists the commands, a brief description, and the functional group with the list sorted alphabetically by the functional group.

All of these commands are described in detail in Chapter 10 of the 37XXXD Programming Manual.

37XXXD GPIB QRG 3

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ALPHABETICAL LISTING

Command Description

*CLS Clear status bytes and structures

*DDT Enter the 488.2 Define Device Trigger command string

*DDT? Output the 488.2 Define Device Trigger command string

*ESE Enter the 488.2 Standard Event Status Enable mask

*ESE? Output the 488.2 Standard Event Status Enable mask

*ESR? Output the 488.2 Standard Event Status Register value

*IDN? Output the 488.2 instrument identification string

*IST? Output the value of the ist message

*OPC Initiate the 488.2 Operation Complete sequence

*OPC? Initiate the 488.2 Operation Complete Query sequence

*OPT? Output the 488.2 options installed string

*PRE Enter the 488.2 Parallel Poll Register Enable mask

*PRE? Output the 488.2 Parallel Poll Register Enable mask

*RST Instrument reset

*SRE Enter the 488.2 Service Request Enable mask

*SRE? Output the 488.2 Service Request Enable mask

*STB? Output the 488.2 Status Byte value

*TRG Initiate a Group Execute Trigger sequence

*TST? Perform self test and output status

*WAI Wait to continue

A12 Simulate 12-term calibration

A8R Simulate 1-path 2-port calibration reverse path

A8T Simulate 1-path 2-port calibration forward path

ABORTCAL Abort calibration in progress and keep existing calibration data

ABT Simulate trans freq response calibration forward and reverse

ACAA Set AutoCal standard to assurance

ACADPL Enter AutoCal adapter length

ACADPL? Output AutoCal adapter length

ACADR Set AutoCal type to adapter removal

ACAL1R2 Set adapter removal port configuration to ADAPT & L=1 and R=2

ACAR1L2 Set adapter removal port configuration to ADAPT & R=1 and L=2

ACARP? Output AutoCal adapter removal port configuration

ACDEF Select default AutoCal isolation averaging factor

ACF2P? Output AutoCal full 2 port configuration

ACF2TC Set AutoCal 2 port thru type to calibrator

ACF2TT Set AutoCal 2 port thru type to true thru

ACF2TX? Output AutoCal 2 port thru type selection

ACHFD Save AutoCal characterization data to floppy disk

ACHHD Save AutoCal characterization data to hard disk

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ALPHABETICAL LISTING

Command Description

ACIAF Enter user AutoCal isolation averaging factor

ACIAF? Output user AutoCal isolation averaging factor

ACIAX? Output AutoCal isolation averaging factor omit/default/user selection

ACISO Enter AutoCal isolation averaging number

ACISO? Output AutoCal isolation averaging number

ACL1AR2 Set adapter removal port configuration to L=1 and ADAPT & R=2

ACL1R2 Set AutoCal full 2 port configuration to L=1 and R=2

ACLO Enter AutoCal load averaging number

ACLO? Output AutoCal load averaging number

ACLOAD Set AutoCal standard to load

ACOMIT Omit using AutoCal isolation averaging factor

ACOPEN Set AutoCal standard to open

ACP1? Output AutoCal S11 port configuration

ACP1L Set AutoCal S11 port configuration to left

ACP1R Set AutoCal S11 port configuration to right

ACP2? Output AutoCal S22 port configuration

ACP2L Set AutoCal S22 port configuration to left

ACP2R Set AutoCal S22 port configuration to right

ACPL Set AutoCal S11 port configuration to left

ACPR Set AutoCal S11 port configuration to right

ACR1AL2 Set adapter removal port configuration to R=1 and ADAPT & L=2

ACR1L2 Set AutoCal full 2 port configuration to R=1 and L=2

ACRFL Enter AutoCal reflection averaging number

ACRFL? Output AutoCal reflection averaging number

ACS11 Set AutoCal type to S11

ACS22 Set AutoCal type to S22

ACSF2P Set AutoCal type to full 2 port

ACSHORT Set AutoCal standard to short

ACSTD? Output AutoCal standard

ACSW Enter AutoCal switch averaging number

ACSW? Output AutoCal switch averaging number

ACTHRU Set AutoCal standard to thru

ACTU Enter AutoCal thru averaging number

ACTU? Output AutoCal thru averaging number

ACTUAVG Enter AutoCal thru update averaging number

ACTUAVG? Output AutoCal thru update averaging number

ACTULS Apply last thru update cal setup

ACX? Output AutoCal type

ADD Select addition as trace math for active channel

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ALPHABETICAL LISTING

Command Description

ADDFC Enter frequency counter GPIB address

ADDFC? Output frequency counter GPIB address

ADDHW? Output instrument NI hardware address

ADDIP Enter instrument network IP address

ADDIP? Output instrument network IP address

ADDPLT Enter plotter GPIB address

ADDPLT? Output plotter GPIB address

ADDPM Enter power meter GPIB address

ADDPM? Output power meter GPIB address

ADPL Enter electrical length for adapter removal

ADPL? Output electrical length for adapter removal

ADRIVE Select the floppy drive as the default drive

AFT Simulate transmission frequency response calibration forward path

AH0 Turn automatic DUT protection off

AH1 Turn automatic DUT protection on

AHX? Output automatic DUT protection on/off status

ALC Perform ALC loop internal calibration

AMKR Select active marker on all channels marker mode

ANNCOL Enter the color number for annotation and menu text

ANNCOL? Output the color number for annotation and menu text

AOF Turn averaging off

AOF? Output averaging on/off status

AON Turn averaging on

APR Enter group delay aperture setting on active channel

APR? Output group delay aperture setting on active channel

ARB Simulate reflection only calibration both ports

ARF Simulate reflection only calibration port 1

ARR Simulate reflection only calibration port 2

ART Simulate trans freq response calibration reverse path

ASC Autoscale the active channel display

ASP Enter polar stop sweep position angle

ASP? Output polar stop sweep position angle

AST Enter polar start sweep position angle

AST? Output polar start sweep position angle

ATTN Attach next segment and make the active segment

AVG Enter averaging count and turn on

AVG? Output averaging count

AVGCNT? Output the current sweep-by-sweep average sweep count

BBL Select broadband load for calibration

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ALPHABETICAL LISTING

Command Description

BBZ Enter broadband load impedance for calibration

BBZL Enter broadband load inductance for calibration

BC0 Turn CRT display off (disabled)

BC1 Turn CRT display on (disabled)

BCKCOL Enter the color number for background

BCKCOL? Output the color number for background

BCX? Output CRT display on/off status

BD1 Select band 1 for definition

BD2 Select band 2 for definition

BD3 Select band 3 for definition

BD4 Select band 4 for definition

BD5 Select band 5 for definition

BDMM Define Millimeter Wave band equations

BEEP0 Disable the instrument beeper on GPIB errors

BEEP1 Enable the instrument beeper on GPIB errors

BEEPX? Output GPIB beep on error enable/disable status

BEG Begin taking calibration data

BEGAC Start AutoCal

BEGCH Start AutoCal characterization

BEGN Begin next segment and make it the active segment

BEGTU Start AutoCal thru update

BH0 Turn bias off while in hold

BH1 Turn bias on while in hold

BHX? Output bias on/off during hold status

BMPB Select Black on White as bitmap type

BMPC Select Color on White as bitmap type

BMPT Select true color as bitmap type

BPF Enter break point frequency for 3 line LRL calibration

BRILL Activate color configuration Brilliant

BSP Enter band stop frequency

BSP? Output band stop frequency

BST Enter band start frequency

BST? Output band start frequency

BWL3 Set bandwidth loss value to 3 dB

BWLS Enter bandwidth loss value

BWLS? Output bandwidth loss value

C12 Select 12 term calibration

C8R Select 1-path 2-port calibration reverse path

C8T Select 1-path 2-port calibration forward path

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ALPHABETICAL LISTING

Command Description

CALR Perform receiver cal for gain compression testing

CAS Clear active segmented limit vertical/horizontal definitions

CBT Select trans freq response calibration forward and reverse

CC0 Enter capacitance coefficient 0 for open

CC1 Enter capacitance coefficient 1 for open

CC2 Enter capacitance coefficient 2 for open

CC3 Enter capacitance coefficient 3 for open

CCD Collect corrected data in an internal buffer

CD Change default directory

CDRIVE Select the hard disk as the default drive

CF1 Select female 1.0 mm connector for current port

CF2 Select female 2.4mm connector for current port

CF3 Select female GPC-3.5 connector for current port

CF716 Select female 7/16 connector for current port

CFC Select female TNC connector for current port

CFD Collect final data in an internal buffer

CFK Select female K connector for current port

CFN Select female Type N connector for current port

CFN75 Select Female type N 75-ohm connector for current port

CFS Select female SMA connector for current port

CFSP Select Special Female connector for current port

CFSPA Select Band A special female connector for current port

CFSPB Select Band B special female connector for current port

CFSPC Select Band C special female connector for current port

CFT Select trans freq response calibration forward path

CFV Select female V connector for current port

CH1 Make channel 1 the active channel

CH2 Make channel 2 the active channel

CH3 Make channel 3 the active channel

CH4 Make channel 4 the active channel

CHX? Output active channel number

CL0 Enter inductive coefficient 0 for short

CL1 Enter inductive coefficient 1 for short

CL2 Enter inductive coefficient 2 for short

CL3 Enter inductive coefficient 3 for short

CLASS Activate color configuration Classic

CLB Clear all multiple source band definitions

CLBMM Clear the new Millimeter Wave band definitions

CM Suffix sets distance data type and scales by 1E-2

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ALPHABETICAL LISTING

Command Description

CM1 Select male 1.0 mm connector for current port

CM2 Select male 2.4mm connector for current port

CM3 Select male GPC-3.5 connector for current port

CM716 Select male 7/16 connector for current port

CMC Select male TNC connector for current port

CMK Select male K connector for current port

CMN Select male N connector for current port

CMN75 Select Male type N 75-Ohm connector for current port

CMS Select male SMA connector for current port

CMSP Select Special Male connector for current port

CMSPA Select Band A special male connector for current port

CMSPB Select Band B special male connector for current port

CMSPC Select Band C special male connector for current port

CMT Suffix sets distance data type and scales by 1E-2

CMV Select male V connector for current port

CMX? Output calibration method

CND Select user specified connector for current port

CNG Select GPC-7 connector for current port

CNTR Enter center frequency

CNTR? Output center frequency

COF Turn error correction off

CON Turn error correction on

CON? Output error correction on/off status

COO Enter offset for open for user specified connector (Standard Calibration)

COPY Copy a files contents to another file

COS Enter offset for short for user specified connector

CRB Select reflection only calibration both ports

CRD Collect raw data in an internal buffer

CRF Select reflection only calibration port 1

CRR Select reflection only calibration port 2

CRT Select trans freq response calibration reverse path

CSB Clear status bytes and structures (same as *CLS)

CSF? Output cal start frequency

CSL Clear service log

CTF? Output cal stop frequency

CTN Continue sweeping from current point

CWC Select CW frequency calibration data points

CWD? Output current working directory string

CWDEC Subtract 1 from the current CW index

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ALPHABETICAL LISTING

Command Description

CWF Enter CW frequency and turn CW on

CWF2I? Output index for frequency given

CWF? Output CW frequency

CWI Enter index for CW frequency and turn CW on

CWI2F? Output frequency for index given

CWI? Output current index number

CWINC Add 1 to the current CW index

CWN2I Add N to the current CW index

CWON Turn CW on at current CW frequency

CWON? Output CW on/off status

CWP Enter number of points drawn in CW

CWP? Output number of points drawn in CW

CWSRT Set CW frequency to the start frequency

CWSTP Set CW frequency to the stop frequency

CXD? Output internal buffer data collection mode

CXX? Output calibration type

D13 Display channels 1 & 3

D14 Display all four channels

D24 Select dual channel display with channels 2 & 4

DA1 Select a1 = Ra as denominator for parameter being defined

DA2 Select a2 = Rb as denominator for parameter being defined

DAT Display data only on active channel

DAT? Output trace memory display mode

DATCOL Enter the color number for data

DATCOL? Output the color number for data

DATE Enter the system date

DATE? Output the system date

DB Suffix sets power data type

DB1 Select b1 = Ta as denominator for parameter being defined

DB2 Select b2 = Tb as denominator for parameter being defined

DBL Suffix sets power data type

DBM Suffix sets power data type

DBP Select distance bandpass mode for active channel

DC1 Display channel 1 and 2 operating parameters

DC3 Display channel 3 and 4 operating parameters

DCA Select automatic DC term calculation for lowpass

DCCTN Resume internal buffer data collection

DCCTN? Output internal buffer data collection resume/suspend status

DCHLD Suspend internal buffer data collection

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ALPHABETICAL LISTING

Command Description

DCMRK Inserts the mark value into the internal buffer

DCO Select open for DC term for lowpass

DCOFF Turn internal buffer data collection mode off

DCP Display calibration parameters 1st page

DCP1 Display calibration parameters 1st page

DCP2 Display calibration parameters 2nd page

DCPCUR? Outputs the current point count in the collect buffer

DCPMAX? Outputs the maximum number of points that can be collected in the collect buffer

DCS Select short for DC term for lowpass

DCV Enter value for DC term for lowpass

DCV? Output lowpass DC term value

DCX? Output lowpass DC term selection

DCZ Select line impedance for DC term for lowpass

DD0 Turn data drawing off

DD1 Turn data drawing on

DD1? Output data drawing on/off status

DDX? Output active channel domain parameter frequency distance or time

DE1 Select unity as denominator for parameter being defined

DEFGT Enter instrument default gateway IP address

DEFGT? Output instrument default gateway IP address

DEG Suffix sets phase data type

DEL Delete a file from disk

DEN? Output denominator selection for parameter being defined

DF1 Display 1.0 mm female connector information

DF2 Display 2.4mm female connector information

DF3 Display GPC-3.5 female connector information

DF716 Display 7/16 female connector information

DFC Select discrete frequency calibration data points

DFD Done specifying discrete frequency ranges

DFK Display K female connector information

DFN Display N female connector information

DFN75 Display N Female 75-Ohm connector information

DFP Display Front panel instrument state

DFQ Enter single discrete frequency

DFS Display SMA female connector information

DFSP Display Special Female connector information

DFT Display TNC female connector information

DFV Display V female connector information

DG7 Display GPC-7 Male connector information

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ALPHABETICAL LISTING

Command Description

DGS Display GPIB status information

DGT Display 1st CRT test pattern

DGT1 Display 1st CRT test pattern

DGT2 Display 2nd CRT test pattern

DGT3 Display 3rd CRT test pattern

DIA Select air as active dielectric

DIE Enter a dielectric value

DIM Select microporous teflon as active dielectric

DIP Select polyethylene as active dielectric

DIR Output a directory listing to the GPIB

DIS Display active segmented limit

DIS? Output active segmented limit on/off status

DISKRD Output disk file data to the GPIB

DISKWR Write GPIB data to a disk file

DIT Select Teflon as active dielectric

DIV Select division as trace math for active channel

DIX? Output dielectric constant

DLA Select group delay display for active channel

DLP Select distance lowpass mode for active channel

DM1 Display 1.0 mm male connector information

DM2 Display 2.4mm male connector information

DM3 Display GPC-3.5 male connector information

DM716 Display 7/16 male connector information

DMK Display K male connector information

DMN Display N male connector information

DMN75 Display N Male 75-Ohm connector information

DMS Display SMA male connector information

DMSP Display Special Male connector information

DMT Display TNC male connector information

DMV Display V male connector information

DNM Display data normalized to trace memory on active channel

DOASF Display band A special female connector offset-short information

DOASM Display band A special male connector offset-short information

DOBSF Display band B special female connector offset-short information

DOBSM Display band B special male connector offset-short information

DOCSF Display band C special female connector offset-short information

DOCSM Display band C special male connector offset-short information

DOF1 Display 1.0 mm female connector offset-short information

DOM1 Display 1.0 mm male connector offset-short information

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ALPHABETICAL LISTING

Command Description

DPI Select distance phasor impulse mode for active channel

DPN Enter pen number for data

DPN? Output pen number for data

DPR0 Visible data only OFD format

DPR1 Data pair always OFD format

DPRX? Output data pair mode visible only or pair always

DR1 Select Marker 1 as Delta Reference Marker

DR2 Select Marker 2 as Delta Reference Marker

DR3 Select Marker 3 as Delta Reference Marker

DR4 Select Marker 4 as Delta Reference Marker

DR5 Select Marker 5 as Delta Reference Marker

DR6 Select Marker 6 as Delta Reference Marker

DRF Turn delta reference mode on

DRL Diagnostic read latch

DRO Turn delta reference mode off

DRO? Output delta reference mode on/off status

DRX? Output delta reference marker number

DSF0 Disable filter shape factor calculation

DSF1 Enable filter shape factor calculation

DSFX? Output filter shape factor calculation enable/disable status

DSP Select single channel display

DSP? Output channel display mode

DSPS21 Select Gain Compression bottom graph displays S21

DSPS21? Output Gain Compression bottom graph selection Normalized/S2

DSQ0 Disable filter Q calculation

DSQ1 Enable filter Q calculation

DSQX? Output filter Q calculation enable/disable status

DTM Display measurement data and trace memory on active channel

DVM Enter DVM channel number

DWG Display waveguide parameters

DWL Diagnostic write latch

E12 Set Millimeter Wave band to E band (WR-12)

E12E Set Millimeter Wave band to E band (WR-12)

EANAIN Measure External Analog In on active channel

ECW Select CW operation for component being edited

ED1 Edit source 1 equation

ED2 Edit source 2 equation

EDED Select De-embedding as embedding/de-embedding method

EDEE Select Embedding as embedding/de-embedding method

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ALPHABETICAL LISTING

Command Description

EDEED? Output embedding/de-embedding method selection

EDENORM Normal port orientation of embedding/de-embedding network

EDEPORT1 Apply the embedding/de-embedding network to Port 1

EDEPORT2 Apply the embedding/de-embedding network to Port 2

EDEPORT? Output port receiving the embedding/de-embedding network

EDESWAP Swap port orientation of embedding/de-embedding network

EDESWAP? Output port orientation of embedding/de-embedding network swapped/normal

EDG End diagnostics mode

EDR Edit receiver equation

EDV Enter divisor value for equation being edited

EDV? Output divisor value for equation being edited

EKT Select external keyboard testing

EML Enter multiplier value for equation being edited

EML? Output multiplier value for equation being edited

EOS Enter offset frequency for equation being edited

EOS? Output offset frequency for equation being edited

ESW Select sweep operation for component being edited

EX1RF0 Turn external source 1 rf off

EX1RF1 Turn external source 1 rf on

EX2RF0 Turn external source 2 rf off

EX2RF1 Turn external source 2 rf on

EXD Display external A/D input

EXISTD? Output directory existence information

EXISTF? Output file existence information

EXW? Output multiple source sweep flag for equation being edited

F08 Set Millimeter Wave Band to F Band (WR-8)

FCW0 Turn fast CW measurement mode off

FCW1 Turn fast CW measurement mode on

FCW2 Turn Fast CW mode 2 on

FCWX? Output fast CW measurement mode on/off status

FDE0 Disable Output Data End Message

FDE1 Enable Output Data End Message

FDEX? Output Output Data End Message enable/disable status

FDH0 Select variable length arbitrary block headers

FDH1 Select fixed length arbitrary block headers

FDH2 Select zero length arbitrary block headers

FDHX? Output arbitrary block header length selection

FFD Send form feed to printer and stop print/plot

FGT Select frequency with time gate for active channel

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ALPHABETICAL LISTING

Command Description

FHI Set data points to 1601

FIL Fill defined discrete frequency range

FLC Source frequency linearity internal calibration

FLO Set data points to 101

FLTBW? Output filter bandwidth

FLTC? Output filter center frequency

FLTL? Output filter loss at reference value

FLTQ? Output filter Q

FLTS? Output filter shape factor

FMA Select ASCII data transfer format

FMB Select IEEE754 64 bit data transfer format

FMC Select IEEE754 32 bit data transfer format

FME Set data points to 401

FMKR Select filter parameters marker mode

FMT0 Select normal ascii data element delimiting

FMT1 Select enhanced ascii data element delimiting

FMTX? Output ascii data element delimiting mode

FMX? Output data output mode FMA FMB or FMC

FOF Blank frequency information

FON Display frequency information

FOX? Output frequency information on/off status

FP0 Turn flat power correction off

FP1 Turn flat power correction on

FPT Select front panel keypad testing

FPX? Output flat power correction on/off status

FQD Select frequency domain for active channel

FRC Clear all defined discrete frequency ranges

FRI Enter Discrete Fill increment frequency

FRP Enter Discrete Fill number of points

FRS Enter Discrete Fill start frequency

GCMP Enter gain compression point search value

GCMP? Output gain compression point search value

GCT Enter gate center value distance or time

GCT? Output gate center value

GDS Gate symbols displayed on active channel

GHZ Suffix sets frequency data type and scales by 1E9

GLS Select low sidelobe gate shape

GMS Select minimum sidelobe gate shape

GNM Select nominal gate shape

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ALPHABETICAL LISTING

Command Description

GOF Turn off gating on active channel

GOF? Output gating mode on active channel

GON Turn on gating on active channel

GPN Enter pen number for graticule

GPN? Output pen number for graticule

GRF? Output graph type for active channel

GRT Select Rectangular gate shape

GRTCOL Enter the color number for the graticule

GRTCOL? Output the color number for the graticule

GSN Enter gate span value distance or time

GSN? Output gate span value

GSP Enter gate stop value distance or time

GSP? Output gate stop value

GST Enter gate start value distance or time

GST? Output gate start value

GSX? Output gate shape

HC0 Disable internal IF calibration

HC1 Enable internal IF calibration and trigger an IF calibration

HCT Trigger an IF calibration

HCX? Output internal IF calibration enable/disable status

HD0 Turn off tabular data headers and page formatting

HD1 Turn on tabular data headers and page formatting

HID Hide active segmented limit

HIST0 Turns off GPIB history writing to disk

HIST1 Turns on GPIB history writing to disk

HISTX? Outputs the history writes to hard disk enable/disable status

HLD Put sweep into hold mode

HLD? Output the sweep hold status

HLDX? Output hold mode (continue, restart, or single sweep)

HPN Enter pen number for header

HPN? Output pen number for header

HZ Suffix sets frequency data type

IACCHAR Input AutoCal characterization data from the GPIB

IARF Enter adapter removal data from GPIB and calibrate

IC1 Enter calibration coefficient 1

IC10 Enter calibration coefficient 10

IC11 Enter calibration coefficient 11

IC12 Enter calibration coefficient 12

IC2 Input Calibration Coefficient 2

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ALPHABETICAL LISTING

Command Description

IC3 Enter calibration coefficient 3

IC4 Enter calibration coefficient 4

IC5 Enter calibration coefficient 5

IC6 Enter calibration coefficient 6

IC7 Enter calibration coefficient 7

IC8 Enter calibration coefficient 8

IC9 Enter calibration coefficient 9

ICA Enter calibration coefficient 10

ICB Enter calibration coefficient 11

ICC Enter calibration coefficient 12

ICD Enter corrected data for active channel parameter

ICF Enter front panel setup and calibration data

ICL Enter all applicable calibration coefficients for cal type

IEDEF Enter embedding/de-embedding files from GPIB and embed/de-embed

IEM Enter extended status byte mask

IF1 Select 10 Hz IF bandwidth

IF2 Select 100 Hz IF bandwidth

IF3 Select 1 KHz IF bandwidth

IF4 Select 10 KHz IF bandwidth

IFA Select 30 KHz IF bandwidth

IFB Select 1st IF bandpass testing

IFD Enter final data for active channel parameter

IFM Select 10 Hz IF bandwidth

IFN Select 1 KHz IF bandwidth

IFP Enter current front panel setup

IFPC Enter flat power coefficients

IFR Select 100 Hz IF bandwidth

IFV Enter frequency values

IFX? Output IF bandwidth

IHDW Enter hardware cal data from GPIB

IKIT Enter calkit data from GPIB

ILM Enter limits status byte mask

IMCF Enter merge calibration files from GPIB and combine

IMG Select imaginary display for active channel

IMU Suffix sets imaginary data type

IND Input Normalization data

INRM Enter normalization data from GPIB

INT Initialize (format) floppy disk

INVER Activate color configuration Inverse

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ALPHABETICAL LISTING

Command Description

INXNO1 Enter NxN data and send device1 data to GPIB

INXNO2 Enter NxN data and send device2 data to GPIB

INXNO3 Enter NxN data and send device3 data to GPIB

INXNSV1 Enter NxN data and save device1 data to disk

INXNSV2 Enter NxN data and save device2 data to disk

INXNSV3 Enter NxN data and save device3 data to disk

IODF Enter the optical file data from GPIB and calibrate

IPM Enter the 488.2 Service Request Enable mask

IPSC Enter power sweep linearity calibration coefficients

IS1 Enter front panel setup 1

IS10 Enter front panel setup 10

IS2 Enter front panel setup 2

IS3 Enter front panel setup 3

IS4 Enter front panel setup 4

IS5 Enter front panel setup 5

IS6 Enter front panel setup 6

IS7 Enter front panel setup 7

IS8 Enter front panel setup 8

IS9 Enter front panel setup 9

ISC Enter scale and select inverted compressed Smith Chart display

ISE Enter scale and select inverted expanded Smith Chart display

ISF Exclude isolation

ISM Select normal inverted Smith Chart for active channel

ISN Include isolation

KEC Keep existing calibration data

KHZ Suffix sets frequency data type and scales by 1E3

L1C Perform LO1 internal calibration

L2C Perform LO2 internal calibration

LA1 Select a1 = Ra as phase lock for parameter being defined

LA2 Select a2 = Rb as phase lock for parameter being defined

LAND Select landscape mode for output plot

LAX? Output phase lock selection for parameter being defined

LAYCOL Enter the color number for overlay data

LAYCOL? Output the color number for overlay data

LB0 Turn limits testing beep on failure off

LB1 Turn limits testing beep on failure on

LBX? Output limits testing beeper enable status

LCM Select LRL calibration method

LDARF Load adapter removal files from disk and calibrate

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ALPHABETICAL LISTING

Command Description

LDEDEF Load Embedding/De-embedding files from disk and embed/de-embed

LDMCF Load merge calibration files from disk and combine

LDNXNO1 Load NxN files from disk and send device1 data to GPIB

LDNXNO2 Load NxN files from disk and send device2 data to GPIB

LDNXNO3 Load NxN files from disk and send device3 data to GPIB

LDNXNSV1 Load NxN data from disk and save device1 data to disk

LDNXNSV2 Load NxN data from disk and save device2 data to disk

LDNXNSV3 Load NxN data from disk and save device3 data to disk

LDODF Load optical data files from disk and calibrate

LDT0 Disable printing date/time

LDT1 Enable printing date/time

LFD Enter limit frequency readout delta value

LFD2 Enter limit frequency readout delta value for bottom graph

LFD2? Output limit frequency readout delta value for bottom graph

LFD? Output limit frequency readout delta value

LFP Select limit frequency readout for phase displays

LFR Select limit frequency readout for active channel

LID Enter string for DUT identity

LID? Output string for DUT identity

LIN Select linear magnitude display for active channel

LKS0 Disable lock search mode

LKS1 Enable lock search mode

LKT Load calibration kit information from floppy disk

LL1 Enter length of line 1 for LRL calibration

LL2 Enter length of line 2 for LRL calibration

LL3 Enter length of line 3 for LRL calibration

LLM? Output limit line display mode single or segmented

LLO Enter lower limit value for top graph on active channel

LLO2 Enter lower limit value for bottom graph on active channel

LLO2? Output lower limit value for bottom graph on active channel

LLO? Output lower limit value for top graph on active channel

LLZ Enter line impedance for LRL calibration

LM2 Select a match for the second device during a LRM type calibration

LM3 Select a match for the third device during a LRM type calibration

LMS Enter string for DUT model/serial number

LMS? Output string for DUT model/serial number

LMZ Enter match impedance for LRM calibration

LMZ? Output match impedance for LRM calibration

LMZL Enter match inductance for LRM calibration

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Command Description

LMZL? Output match inductance for LRM calibration

LNM Enter string for operator name

LNM? Output string for operator name

LO11 Select LO1 phase lock voltage testing

LO12 Select LO1 D/A voltage testing

LO21 Select LO2 main phase lock voltage testing

LO22 Select LO2 offset phase lock voltage testing

LO23 Select LO2 DDS phase lock voltage testing

LO24 Select LO2 main D/A voltage testing

LO25 Select LO2 offset D/A voltage testing

LOC Enter string for operator comment

LOC? Output string for operator comment

LOF Limits display off

LOGO0 Turn hard copy logo off

LOGO1 Turn hard copy logo on

LOGO? Output hard copy logo selection standard/user defined

LOGOS Select standard hard copy logo

LOGOU Select user defined hard copy logo

LOGOX? Output hard copy logo on/off status

LOL0 Turn lower limit off

LOL1 Turn lower limit on at current value

LOL20 Turn lower limit off for bottom graph

LOL21 Turn lower limit on at current value for bottom graph

LOL2X? Output lower limit on/off status for bottom graph

LOLX? Output lower limit on/off status

LON Limits display on

LON? Output limits display on/off status

LPF1? Output limit test failure status on channel 1

LPF2? Output limit test failure status on channel 2

LPF3? Output limit test failure status on channel 3

LPF4? Output limit test failure status on channel 4

LPF? Output limit test failure status all channels

LPH Select linear magnitude and phase display for active channel

LPI Select lowpass impulse response for active channel

LPS Select lowpass step response for active channel

LPSX? Output lowpass response for active channel impulse or step

LR2 Specify 2 line LRL calibration

LR3 Specify 3 line LRL calibration

LS1 Set lower segmented limit 100 as the active segment

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Command Description

LS10 Select lower segmented limit 10 as the active segment

LS2 Select lower segmented limit 2 as the active segment

LS3 Select lower segmented limit 3 as the active segment

LS4 Select lower segmented limit 4 as the active segment

LS5 Select lower segmented limit 5 as the active segment

LS6 Select lower segmented limit 6 as the active segment

LS7 Select lower segmented limit 7 as the active segment

LS8 Select lower segmented limit 8 as the active segment

LS9 Select lower segmented limit 9 as the active segment

LSB Select least significant byte first binary transfer

LSEG Select segmented limit line display mode

LSNG Select single limit line display mode

LSX? Output active segmented limit

LT0 Turn limits testing off

LT1 Turn limits testing on

LT1? Output limits testing enable status

LTC Select coaxial transmission line for calibration

LTRD Output response data from the dedicated GPIB bus

LTST Display the limits testing menu

LTU Select microstrip transmission line for calibration

LTW Select waveguide transmission line for calibration

LTWRT Send program data to the dedicated GPIB bus

LTX? Output line type

LUP Enter upper limit value for top graph on active channel

LUP2 Enter upper limit value for bottom graph on active channel

LUP2? Output upper limit value for bottom graph on active channel

LUP? Output upper limit value for top graph on active channel

LVH Select high as limits testing TTL level

LVL Select low as limits testing TTL level

LVX? Output limits testing ttl level status

M Suffix sets distance data type

M1C Set CW mode at marker 1 frequency

M1E Set sweep/zoom end to marker 1 frequency distance or time

M1S Set sweep/zoom start to marker 1 frequency distance or time

M2C Set CW mode at marker 2 frequency

M2E Set sweep/zoom end to marker 2 frequency distance or time

M2S Set sweep/zoom start to marker 2 frequency distance or time

M3C Set CW mode at marker 3 frequency

M3E Set sweep/zoom end to marker 3 frequency distance or time

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Command Description

M3S Set sweep/zoom start to marker 3 frequency distance or time

M4C Set CW mode at marker 4 frequency

M4E Set sweep/zoom end to marker 4 frequency distance or time

M4S Set sweep/zoom start to marker 4 frequency distance or time

M5C Set CW mode at marker 5 frequency

M5E Set sweep/zoom end to marker 5 frequency distance or time

M5S Set sweep/zoom start to marker 5 frequency distance or time

M6C Set CW mode at marker 6 frequency

M6E Set sweep/zoom end to marker 6 frequency distance or time

M6S Set sweep/zoom start to marker 6 frequency distance or time

MAG Select log magnitude display for active channel

MAT Select matched reflective devices during cal

MD Create a new disk directory

MEASDLY Set Measurement Delay time

MEASDLY0 Disable Measurement Delay

MEASDLY1 Enable Measurement Delay

MEASDLY? Output Measurement Delay time

MEASDLYX? Output Measurement Delay on/off status

MEM Display trace memory on active channel

MFGCT Start multiple frequency swept power gain compression test

MHZ Suffix sets frequency data type and scales by 1E6

MIN Select subtraction as trace math for active channel

MIX Select mixed reflective devices during calibration

MK1 Enter marker 1 frequency distance or time and turn on

MK1? Output marker 1 frequency distance or time

MK2 Enter marker 2 frequency distance or time and turn on

MK2? Output marker 2 frequency distance or time

MK3 Enter marker 3 frequency distance or time and turn on

MK3? Output marker 3 frequency distance or time

MK4 Enter marker 4 frequency distance or time and turn on

MK4? Output marker 4 frequency distance or time

MK5 Enter marker 5 frequency distance or time and turn on

MK5? Output marker 5 frequency distance or time

MK6 Enter marker 6 frequency distance or time and turn on

MK6? Output marker 6 frequency distance or time

MKRC Select interpolated marker functionality

MKRCOL Enter the color number for the markers

MKRCOL? Output the color number for the markers

MKRD Select discrete marker functionality

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Command Description

MKRX? Output interpolated/discrete marker functionality

MKSL Marker search left

MKSR Marker search right

MKT0 Turn marker tracking off

MKT1 Turn marker tracking on

MKTX? Output marker tracking on/off status

MM Suffix sets distance data type and scales by 1E-3

MMBX? Output Millimeter Wave band selection

MMN Move active marker to minimum trace value

MMT Suffix sets distance data type and scales by 1E-3

MMX Move active marker to maximum trace value

MNUCOL Enter the color number for the menu headers

MNUCOL? Output the color number for the menu headers

MO1 Turn off marker 1

MO2 Turn off marker 2

MO3 Turn off marker 3

MO4 Turn off marker 4

MO5 Turn off marker 5

MO6 Turn off marker 6

MOF Turn marker display off

MON Turn marker display on

MON? Output marker display on/off status

MOSET Enter constant offset log magnitude for active channel

MOSET? Output constant offset log magnitude for active channel

MPH Select log magnitude and phase display for active channel

MPN Enter pen number for markers and limits

MPN? Output pen number for markers and limits

MR1 Turn marker 1 on and make it the active marker

MR1? Output marker 1 on/off status

MR2 Turn marker 2 on and make it the active marker

MR2? Output marker 2 on/off status

MR3 Turn marker 3 on and make it the active marker

MR3? Output marker 3 on/off status

MR4 Turn marker 4 on and make it the active marker

MR4? Output marker 4 on/off status

MR5 Turn marker 5 on and make it the active marker

MR5? Output marker 5 on/off status

MR6 Turn marker 6 on and make it the active marker

MR6? Output marker 6 on/off status

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Command Description

MRM Display the Marker Readout menu

MRR Restore original marker range

MRX? Output active marker number

MS Suffix sets time data type and scales by 1E-3

MS0 Turn multiple source mode off

MS1 Turn multiple source mode on

MSB Select most significant byte first binary transfer

MSD Select multiple source define mode

MSFH Enter high loss value for shape factor calculation

MSFH? Output high loss value for shape factor calculation

MSFL Enter low loss value for shape factor calculation

MSFL? Output low loss value for shape factor calculation

MSR0 Select 0 as reference for marker search and bandwidth calculation

MSRD Select delta reference marker as reference for marker search and bandwidth calculation

MSRM Select maximum as reference for marker search and bandwidth calculation

MSRX? Output reference selection for marker search and bandwidth calculation

MSX? Output multiple source mode on/off/define

MTH? Output trace math math type

MTR Suffix sets distance data type

MUL Select multiplication as trace math for active channel

MV Suffix sets voltage data type and scales by 1E-3

NA1 Select a1 as numerator for parameter being defined

NA2 Select a2 as numerator for parameter being defined

NB1 Select b1 as numerator for parameter being defined

NB2 Select b2 as numerator for parameter being defined

NCS Go to next calibration step

NEWCO Activate color configuration New

NMKR Select normal markers on active channel marker mode

NOC Select normal calibration data points

NOFST Enter nominal offset value for external gain

NOFST? Output nominal offset value for external gain

NP101 Set data points to 101

NP1601 Set data points to 1601

NP201 Set data points to 201

NP401 Set data points to 401

NP51 Set data points to 51

NP801 Set data points to 801

NRD Display non-ratioed parameters on 4 channels

NRMS Normalize S21 for gain compression testing

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Command Description

NRMS21 Select Gain Compression bottom graph displays Normalized S21

NS Suffix sets time data type and scales by 1E-9

NSC Suffix sets time data type and scales by 1E-9

NU1 Select unity as numerator for parameter being defined

NUM? Output numerator selection for parameter being defined

NXNL1 Enter length for NxN device 1

NXNL1? Output length for NxN device 1

NXNL2 Enter length for NxN device 2

NXNL2? Output length for NxN device 2

NXNL3 Enter length for NxN device 3

NXNL3? Output length for NxN device 3

O3CM Select Triple Offset Short calibration method

O4FD Output final data for all 4 channels to the GPIB

O4SC Output corrected data for all four S-parameters

O4SR Output raw data for all four S-parameters

OACCHAR Output AutoCal characterization data to the GPIB

OACSER Output auto-cal box serial number

OACTYPE Output auto-cal box type

OAM1 Output channel 1 active marker value

OAM2 Output channel 2 active marker value

OAM3 Output channel 3 active marker value

OAM4 Output channel 4 active marker value

OBMP Output the display as a bitmap

OC1 Output calibration coefficients 1

OC10 Output calibration coefficients 10

OC11 Output calibration coefficients 11

OC12 Output calibration coefficients 12

OC2 Output calibration coefficients 2

OC3 Output calibration coefficients 3

OC4 Output calibration coefficients 4

OC5 Output calibration coefficients 5

OC6 Output calibration coefficients 6

OC7 Output calibration coefficients 7

OC8 Output calibration coefficients 8

OC9 Output calibration coefficients 9

OCA Output calibration coefficient A

OCB Output calibration coefficient B

OCC Output calibration coefficient C

OCD Output corrected data for active channel parameter

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Command Description

OCF Output front panel setup and calibration data

OCL Output all applicable calibration coefficients for cal type

OCM Select offset short calibration method

OCS Output internal buffer collected data

ODAT Output hard copy tabular data to GPIB

ODR Output directory listing of the floppy drive

ODRH Output directory listing of the hard drive

ODV Output distance values for time domain

OEB Output extended status byte

OEL Output error list

OEM Output extended status byte mask

OFD Output final data for active channel parameter

OFD1 Output final data for channel 1 parameter

OFD2 Output final data for channel 2 parameter

OFD3 Output final data for channel 3 parameter

OFD4 Output final data for channel 4 parameter

OFF Enter offset value for top graph of active channel

OFF2 Enter offset value for bottom graph of active channel

OFF2? Output offset value for bottom graph of active channel

OFF? Output offset value for top graph of active channel

OFP Output current front panel setup

OFPC Output flat power coefficients

OFV Output frequency values

OGCFD Output gain compression final data to GPIB

OGCFV Output gain compression frequency values to GPIB

OGCTXT Output text format gain compression data to GPIB

OGE Output extended description of current GPIB error

OGL Output extended description of previous GPIB error

OHDR Output hard copy header information to GPIB

OHDW Output hardware cal data to GPIB

OHGL Output HPGL format data to GPIB

OHM Suffix sets impedance data type

OID Output instrument identification string

OLB Output limits status byte

OLM Output limits status byte mask

OM1 Output marker 1 value

OM2 Output marker 2 value

OM3 Output marker 3 value

OM4 Output marker 4 value

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Command Description

OM5 Output marker 5 value

OM6 Output marker 6 value

ONCP Output number of points for current calibration

ONCT Output number of cal terms for current calibration

OND Output Normalization data

ONDF Output number of discrete frequencies

ONE Output number of lines in the error list

ONP Output number of points currently being measured

ONPV Output the number of power sweep power values

ONRM Output stored normalization data to GPIB

OPB Output the 488.2 Status Byte value (same as *STB?)

OPSC Output power sweep linearity calibration coefficients

OPSV Output power sweep power values

ORD Output raw data for active channel parameter

OS1 Output front panel setup number 1

OS10 Output front panel setup number 10

OS11C Output corrected S11 data

OS11R Output raw S11 data

OS12C Output corrected S12 data

OS12R Output raw S12 data

OS2 Output front panel setup number 2

OS21C Output corrected S21 data

OS21R Output raw S21 data

OS22C Output corrected S22 data

OS22R Output raw S22 data

OS2P Output S2P format data to GPIB

OS3 Output front panel setup number 3

OS4 Output front panel setup number 4

OS5 Output front panel setup number 5

OS6 Output front panel setup number 6

OS7 Output front panel setup number 7

OS8 Output front panel setup number 8

OS9 Output front panel setup number 9

OSL Output service log

OTV Output time values for time domain

OTXT Output text format data to GPIB

P1C Select port 1 for connector specification

P1C? Output port 1 connector type

P1MMA Set Port 1 Millimeter Wave Head to Amplified (3742)

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Command Description

P1MMN Set Port 1 Millimeter Wave Head to None

P1MMR Set Port 1 Millimeter Wave Head to Receiver (3741)

P1MMT Set Port 1 Millimeter Wave Head to Transmit/Receiver (3740)

P1MMX? Output Port 1 Millimeter Wave Head type

P1P? Output approximate power level at port 1

P2ALC Perform Port 2 ALC loop internal calibration

P2C Select port 2 for connector specification

P2C? Output port 2 connector type

P2MMA Set Port 2 Millimeter Wave Head to Amplified (3742)

P2MMN Set Port 2 Millimeter Wave Head to none

P2MMR Set Port 2 Millimeter Wave Head to Receiver (3741)

P2MMT Set Port 2 Millimeter Wave Head to Transmit/Receiver (3740)

P2MMX? Output Port 2 Millimeter Wave Head type

PBL Select 1/4 size plot bottom left corner

PBR Select 1/4 size plot bottom right corner

PCP Select measurement phase polar chart mode

PCS Select sweep position polar chart mode

PCX? Output polar chart mode

PDR Print directory listing of the floppy drive

PDRH Print directory listing of the hard drive

PEL Print the error list

PFL Select full-size plot

PFS Print full screen image

PFSC Configure for printing entire screen graphic image

PGR Print graph area screen image

PGRC Configure for printing data area graphic image

PGT Plot graticule

PGTC Configure for plotting graticule

PHA Select phase display for active channel

PHO Enter phase offset for display channel

PHO? Output phase offset for display channel

PLD Plot data area only

PLDC Configure for plotting data area

PLG Select log polar display for active channel

PLH Plot header

PLHC Configure for plotting header

PLM Plot markers and limits

PLMC Configure for plotting markers and limits

PLO? Output plot mode portrait or landscape

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Command Description

PLR Select linear polar display for active channel

PLS Plot entire screen

PLSC Configure for plotting entire screen

PLT Plot data traces only

PLTC Configure for plotting data traces

PMK Print tabular data for Markers

PMKC Configure for printing tabular data for markers

PMN Plot menu

PMNC Configure for plotting menu

PMT Print tabular data for traces and markers

PMTC Configure for printing tabular data for traces and markers

PORT Select portrait mode for output plot

POSET Enter constant offset phase for active channel

POSET? Output constant offset phase for active channel

POW Select power out display for active channel

PRT? Perform printer test and output status

PS Suffix sets time data type and scales by 1E02

PSC Suffix sets time data type and scales by 1E02

PSCNFRQ? Output the power sweep linearity cal number of frequency poi

PSCNPWR? Output the power sweep linearity cal number of power points

PSCSTEP? Output the power sweep linearity cal power step size

PSL Print the service log

PSP Enter number of power sweeps for flat power correction (obsolete)

PSP? Output number of power sweeps for flat power correction (obsolete)

PSPWR Enter power sweep off power level

PSPWR? Output power sweep off power level

PST Stop print/plot

PSTEP Enter power sweep step size

PSTEP? Output power sweep step size

PSTOP Enter power sweep stop power

PSTOP? Output power sweep stop power

PSTRT Enter power sweep start power

PSTRT? Output power sweep start power

PSWC Perform power sweep linearity calibration

PSWC0 Turn power sweep linearity calibration off

PSWC1 Turn power sweep linearity calibration on

PSWCX? Output power sweep linearity calibration on/off status

PSWP0 Turn power sweep off

PSWP1 Turn power sweep on

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Command Description

PSWPX? Output power sweep on/off status

PT0 Set tabular printout points skipped to 0

PT1 Set tabular printout points skipped to 1

PT2 Set tabular printout points skipped to 2

PT3 Set tabular printout points skipped to 3

PT4 Set tabular printout points skipped to 4

PT5 Set tabular printout points skipped to 5

PT6 Set tabular printout points skipped to 6

PT7 Set tabular printout points skipped to 7

PT8 Set tabular printout points skipped to 8

PT9 Set tabular printout points skipped to 9

PTAVG Set averaging type to point-by-point averaging

PTB Print tabular data for Traces

PTBC Configure for printing tabular data for traces

PTL Select 1/4 size plot top left corner

PTP Enter the target power for flat power correction

PTP? Output the target power for flat power correction

PTR Select 1/4 size plot top right corner

PTS Enter number of points to be skipped during flat power correction

PTS? Output number of points to be skipped during flat power correction

PW1 Enter external source 1 power level

PW1? Output external source 1 power level

PW2 Enter external source power level

PW2? Output external source power level

PWR Enter internal source power level

PWR? Output internal source power level

Q22 Set Millimeter Wave Band to Q Band (WR-22)

RAD Suffix sets phase data type and scales by 180/pi

RC1 Recall front panel setup number 1 from memory

RC10 Recall front panel setup number 10 from memory

RC2 Recall front panel setup number 2 from memory

RC3 Recall front panel setup number 3 from memory

RC4 Recall front panel setup number 4 from memory

RC5 Recall front panel setup number 5 from memory

RC6 Recall front panel setup number 6 from memory

RC7 Recall front panel setup number 7 from memory

RC8 Recall front panel setup number 8 from memory

RC9 Recall front panel setup number 9 from memory

RD Remove a disk directory

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Command Description

RDA Select automatic reference delay calculation

RDD Enter reference delay in distance for active channel

RDD? Output reference delay in distance for active channel

RDT Enter reference delay in time for active channel

RDT? Output reference delay in time for active channel

RECALL Recall a data file from disk to a task

REF Enter reference line for top graph of active channel

REF2 Enter reference line for bottom graph of active channel

REF2? Output reference line for bottom graph of active channel

REF? Output reference line for top graph of active channel

REL Select real display for active channel

REU Suffix sets real data type

RGZ Select reflective device greater than Z0

RH0 Select RF off in hold mode

RH1 Select RF on in hold

RHX? Output RF on/off during hold status

RIM Select real and imaginary display for active channel

RLZ Select reflective device less than Z0

RM1 Select reference plane at line 1 midpoint

ROL Enter reflective device offset length

RPC Repeat previous calibration

RPO Enter rear panel dc voltage value

RPO? Output rear panel dc voltage value

RRP Select reference plane at reflection plane

RST Instrument reset (same as *RST)

RST0 Reset instrument front panel memories and reserved parameters

RST1 Reset instrument and front panel memories

RSTAVG Reset the sweep-by-sweep averaging sweep count

RSTCOL Reset color configuration to default

RSTGC Reset gain compression parameters to default

RT0 Turn retrace rf off

RT1 Turn retrace rf on

RTL Return to local

RTX? Output retrace rf on/off status

RV0 Turn rear panel output voltage off

RV1 Turn rear panel output voltage on

RV1? Output rear panel output voltage on/off status

RVD Set rear panel output mode to dc value

RVH Set rear panel output mode to horizontal

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Command Description

RVL Set rear panel output mode to lock direction

RVV Set rear panel output mode to vertical

RVX? Output rear panel output mode

S Suffix sets time data type

S11 Measure S11 on active channel

S12 Measure S12 on active channel

S21 Measure S21 on active channel

S22 Measure S22 on active channel

SA1 Enter port 1 source attenuator value

SA1? Output port 1 source attenuator value

SA1MAX? Output port 1 source attenuator max value

SAMP2 Use 2 samplers for measurements

SAMP3 Use 3 samplers for measurements

SAMP? Output the number of samplers used for measurements

SAVE Save a data file to disk

SAVEGC Save text format gain compression data to disk

SBD Enter substrate dielectric for microstrip calibration

SBT Enter substrate thickness for microstrip calibration

SCL Enter Scale Resolution for top graph of active channel

SCL2 Enter Scale Resolution for bottom graph of active channel

SCL2? Output Scale Resolution for bottom graph of active channel

SCL? Output Scale Resolution for top graph of active channel

SCM Select standard calibration method

SDG Start diagnostics mode

SDR Select standard receiver mode

SDR? Output receiver mode

SELBB Select Broadband test set operation

SELINT Select Internal (normal) test set operation

SELMM Select Millimeter Wave test set operation

SELSP Select S-parameter test set operation

SELXX? Output the test set selection MMWave/Internal

SETUP Display setup menu

SFC Perform flat test port calibration

SFGCA Select swept frequency gain compression application

SFGCT Start swept frequency gain compression test

SH1 Set offset short 1 or 2 offset length for offset short calibration

SH2 Set offset short 1 or 2 offset length for offset short calibration

SL1 Select source lock mode

SLC Clear all segmented limits definitions

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Command Description

SLD Select sliding load for calibration

SLH Enter segmented limits horizontal offset

SLH? Output segmented limits horizontal offset

SLL0 Turn lower segmented limits display off

SLL1 Turn lower segmented limits display on

SLLX? Output lower segmented limits display on/off status

SLT Perform SLT internal calibration

SLU0 Turn upper segmented limits display off

SLU1 Turn upper segmented limits display on

SLUX? Output upper segmented limits display on/off status

SLV Enter segmented limits vertical offset

SLV? Output segmented limits vertical offset

SMC Enter scale and select compressed Smith Chart display

SME Enter scale and select expanded Smith Chart display

SMI Select normal Smith Chart for active channel

SMKR Select marker search marker mode

SOF Turn off smoothing

SOF? Output smoothing on/off status

SOFTCO Activate color configuration Soft

SON Enter smoothing value and turn on

SON? Output smoothing value

SPAMPMT Start swept power gain compression AM/PM test

SPAN Enter frequency span

SPAN? Output frequency span

SPD Enter pen speed percentage

SPGCA Select swept power gain compression application

SPGCT Start swept power gain compression test

SPH Enter active segmented limit horizontal stop position

SPH? Output active segmented limit horizontal stop position

SPLN Select normal source lock polarity

SPLR Select reverse source lock polarity

SPLX? Output source lock polarity normal/reverse status

SPR0 Turn spur reduction off

SPR1 Turn spur reduction on

SPRX? Output spur reduction on/off status

SPTS? Output number of smoothing points

SPV Enter active segmented limit vertical stop position

SPV? Output active segmented limit vertical stop position

SRC1 Select source linearity voltage testing

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Command Description

SRC1? Output external source 1 existence information

SRC1AC Select source 1 as active

SRC1AC? Output source 1 active/inactive status

SRC1ADD Enter external source 1 GPIB address

SRC1ADD? Output external source 1 GPIB address

SRC1EX Select source 1 as external

SRC1EX? Output source 1 external/internal status

SRC1G0 Turn source 1 GPIB control off

SRC1G1 Turn source 1 GPIB control on

SRC1GX? Output source 1 GPIB control on/off status

SRC1MOD? Output external source 1 model/version string

SRC1NA Select source 1 as not active

SRC1NT Select source 1 as internal

SRC2 Select source power voltage testing

SRC2? Output external source 2 existence information

SRC2AC Select source 2 as active

SRC2AC? Output source 2 active/inactive status

SRC2ADD Enter external source 2 GPIB address

SRC2ADD? Output external source 2 GPIB address

SRC2G0 Turn source 2 GPIB control off

SRC2G1 Turn source 2 GPIB control on

SRC2GX? Output source 2 GPIB control on/off status

SRC2MOD? Output external Source 2 model/version string

SRC2NA Select source 2 as not active

SRCH Enter marker search value

SRCH? Output marker search value

SRT Enter start frequency

SRT? Output start frequency

ST1 Select set on mode

STD Store trace to memory on active channel

STH Enter active segmented limit horizontal start position

STH? Output active segmented limit horizontal start position

STOCO Store the current color configuration as Reset

STP Enter stop frequency

STP? Output stop frequency

STV Enter active segmented limit vertical start position

STV? Output active segmented limit vertical start position

SUBMSK Enter instrument Subnet Mask

SUBMSK? Output instrument Subnet Mask

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Command Description

SV1 Save front panel setup number 1 to memory

SV10 Save front panel setup number 10 to memory

SV2 Save front panel setup number 2 to memory

SV3 Save front panel setup number 3 to memory

SV4 Save front panel setup number 4 to memory

SV5 Save front panel setup number 5 to memory

SV6 Save front panel setup number 6 to memory

SV7 Save front panel setup number 7 to memory

SV8 Save front panel setup number 8 to memory

SV9 Save front panel setup number 9 to memory

SVB Save current band definitions

SVBMM Save and activate the new Millimeter Wave band definitions

SWAVG Set averaging type to sweep-by-sweep averaging

SWAVG? Output averaging type (sweep-by-sweep or point-by-point)

SWP Return to normal sweep mode

SWP? Output sweep mode

SWPDIR? Output instantaneous sweep direction forward/reverse

SWR Select SWR display for active channel

SXX? Output s parameter or user defined parameter of active channel

T13 Select overlaid channel 1 and 3 display

T24 Select overlaid channel 2 and 4 display

TA2 Enter port 2 test attenuator value

TA2? Output port 2 test attenuator value

TA2MAX? Output port 2 test attenuator max value

TACD Take AutoCal data

TBP Select time bandpass mode for active channel

TC1 Take calibration data for port 1

TC2 Take calibration data for port 2

TCD Take calibration data on one or both ports as necessary

TCM Select the TRM calibration method

TDC Select time domain harmonic frequency calibration data points

TDDIST Set time domain parameter to distance for active channel

TDDIST? Output active channel time domain parameter distance or time

TDPI0 Turn phasor impulse response off for active channel

TDPI1 Turn phasor impulse response on for active channel

TDPIX? Output phasor impulse on/off status for active channel

TDTIME Set time domain parameter to time for active channel

TDX? Output domain mode for active channel

TEB Select external trigger and executes *DDT definition

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Command Description

TEX Select external (rear panel) measurement triggering

TIB Select GPIB measurement triggering

TIME Enter the system time

TIME? Output the system time

TIN Select internal measurement triggering

TK1 Select tracking mode

TLP Select time lowpass mode for active channel

TLZ Enter through line impedance for calibration

TOL Enter through offset length for calibration

TPI Select time phasor impulse mode for active channel

TPN Enter pen number for trace overlay data

TPN? Output pen number for trace overlay data

TRCCOL Enter the color number for memory data

TRCCOL? Output the color number for memory data

TRS Trigger/restart sweep

TST Perform self test and output status (same as *TST?)

TXX? Output trigger source internal/external/get/extddt status

U10 Select 10 mil UTF calibration kit

U15 Select 15 mil UTF calibration kit

U25 Select 25 mil UTF calibration kit

UNDOGC Exit gain compression and undo changes

UPL0 Turn upper limit off

UPL1 Turn upper limit on at current value

UPL20 Turn upper limit off for bottom graph

UPL21 Turn upper limit on at current value for bottom graph

UPL2X? Output upper limit on/off status for bottom graph

UPLX? Output upper limit on/off status

US Suffix sets time data type and scales by 1E-6

US1 Select upper segmented limit 1 as the active segment

US10 Select upper segmented limit 10 as the active segment

US2 Select upper segmented limit 2 as the active segment

US3 Select upper segmented limit 3 as the active segment

US4 Select upper segmented limit 4 as the active segment

US5 Select upper segmented limit 5 as the active segment

US6 Select upper segmented limit 6 as the active segment

US7 Select upper segmented limit 7 as the active segment

US8 Select upper segmented limit 8 as the active segment

US9 Select upper segmented limit 9 as the active segment

USC Suffix sets time data type and scales by 1E-6

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ALPHABETICAL LISTING

Command Description

USE Enter effective dielectric for microstrip calibration

USL Enter label string for user parameter being defined

USL? Output label string for user parameter being defined

USR1 Measure user parameter 1 on active channel

USR2 Measure user parameter 2 on active channel

USR3 Measure user parameter 3 on active channel

USR4 Measure user parameter 4 on active channel

USW Enter microstrip width for microstrip calibration

USZ Enter microstrip impedance for microstrip calibration

V Suffix sets voltage data type

V15 Set Millimeter Wave Band to V Band (WR-15)

VLT Suffix sets voltage data type

VSP Enter rear panel stop voltage value

VSP? Output rear panel stop voltage value

VST Enter rear panel start voltage value

VST? Output rear panel start voltage value

W10 Set Millimeter Wave Band to W Band (WR-10)

W10E Set Millimeter Wave Band to extended W Band (WR-10E)

WCO Enter waveguide cutoff frequency for user defined kit

WFS Wait full sweep until all display data is valid

WIDE Use entire display width for graphs

WKD Select user defined waveguide calibration kit

WKI Select installed waveguide calibration kit

WLS Select low sidelobe window shape

WMS Select minimum sidelobe window shape

WNM Select nominal window shape

WRT Select rectangular window shape

WSH1 Enter waveguide short offset 1 for user defined kit

WSH2 Enter waveguide short offset 2 for user defined kit

WSH3 Enter waveguide short 3 offset for user defined kit

WSX? Output window shape

XM3 Suffix sets unitless data type and scales by 1E-3

XMKR? Output marker mode

XSB? Output byte order for output data LSB or MSB

XX1 Suffix sets unitless data type

XX3 Suffix sets unitless data type and scales by 1E3

ZCT Enter zoom range center value time or distance

ZCT? Output zoom range center value

ZSN Enter zoom range span value time or distance

38 37XXXD GPIB QRG

Page 41

Command Description

ZSN? Output zoom range span value

ZSP Enter zoom range stop value time or distance

ZSP? Output zoom range stop value

ZST Enter zoom range start value time or distance

ZST? Output zoom range start value

ALPHABETICAL LISTING

37XXXD GPIB QRG 39

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FUNCTIONAL LISTING

Command Description Group

ADPL Enter electrical length for adapter removal ADAPTER REMOVAL (Ch 9)

ADPL? Output electrical length for adapter removal ADAPTER REMOVAL (Ch 9)

IARF Enter adapter removal data from GPIB and

ADDFC Enter frequency counter GPIB address ADDRESSING (Ch 8)

ADDFC? Output frequency counter GPIB address ADDRESSING (Ch 8)

ADDHW? Output instrument NI hardware address ADDRESSING (Ch 8)

ADDIP Enter instrument network IP address ADDRESSING (Ch 8)

ADDIP? Output instrument network IP address ADDRESSING (Ch 8)

ADDPLT Enter plotter GPIB address ADDRESSING (Ch 8)

ADDPLT? Output plotter GPIB address ADDRESSING (Ch 8)

ADDPM Enter power meter GPIB address ADDRESSING (Ch 8)

ADDPM? Output power meter GPIB address ADDRESSING (Ch 8)

DEFGT Enter instrument default gateway IP ad

DEFGT? Output instrument default gateway IP ad-

SRC1ADD Enter external source 1 GPIB address ADDRESSING (Ch 8)

SRC1ADD? Output external source 1 GPIB address ADDRESSING (Ch 8)

SRC2ADD Enter external source 2 GPIB address ADDRESSING (Ch 8)

SRC2ADD? Output external source 2 GPIB address ADDRESSING (Ch 8)

SUBMSK Enter instrument Subnet Mask ADDRESSING (Ch 8)

SUBMSK? Output instrument Subnet Mask ADDRESSING (Ch 8)

ABORTCAL Abort calibration in progress and keep exist

ACAA Set AutoCal standard to assurance AUTOCAL (Ch 5)

ACADPL Enter AutoCal adapter length AUTOCAL (Ch 5)

ACADPL? Output AutoCal adapter length AUTOCAL (Ch 5)

ACADR Set AutoCal type to adapter removal AUTOCAL (Ch 5)

ACAL1R2 Set adapter removal port configuration to

ACAR1L2 Set adapter removal port configuration to

ACARP? Output AutoCal adapter removal port con

ACDEF Select default AutoCal isolation averaging

ACF2P? Output AutoCal full 2 port configuration AUTOCAL (Ch 5)

ACF2TC Set AutoCal 2 port thru type to calibrator AUTOCAL (Ch 5)

ACF2TT Set AutoCal 2 port thru type to true thru AUTOCAL (Ch 5)

ACF2TX? Output AutoCal 2 port thru type selection AUTOCAL (Ch 5)

calibrate

dress

ing calibration data

ADAPT & L=1 and R=2

ADAPT & R=1 and L=2

figuration

factor

ADAPTER REMOVAL (Ch 9)

ADDRESSING (Ch 8)

AUTOCAL (Ch 5)

40 37XXXD GPIB QRG

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FUNCTIONAL LISTING

Command Description Group

ACHFD Save AutoCal characterization data to

floppy disk

ACHHD Save AutoCal characterization data to hard

disk

ACIAF Enter user AutoCal isolation averaging fac

tor

ACIAF? Output user AutoCal isolation averaging

factor

ACIAX? Output AutoCal isolation averaging factor

omit/default/user selection

ACISO Enter AutoCal isolation averaging number AUTOCAL (Ch 5)

ACISO? Output AutoCal isolation averaging number AUTOCAL (Ch 5)

ACL1AR2 Set adapter removal port configuration to

L=1 and ADAPT & R=2

ACL1R2 Set AutoCal full 2 port configuration to L=1

and R=2

ACLO Enter AutoCal load averaging number AUTOCAL (Ch 5)

ACLO? Output AutoCal load averaging number AUTOCAL (Ch 5)

ACLOAD Set AutoCal standard to load AUTOCAL (Ch 5)

ACOMIT Omit using AutoCal isolation averaging fac-

tor

ACOPEN Set AutoCal standard to open AUTOCAL (Ch 5)

ACP1? Output AutoCal S11 port configuration AUTOCAL (Ch 5)

ACP1L Set AutoCal S11 port configuration to left AUTOCAL (Ch 5)

ACP1R Set AutoCal S11 port configuration to right AUTOCAL (Ch 5)

ACP2? Output AutoCal S22 port configuration AUTOCAL (Ch 5)

ACP2L Set AutoCal S22 port configuration to left AUTOCAL (Ch 5)

ACP2R Set AutoCal S22 port configuration to right AUTOCAL (Ch 5)

ACPL Set AutoCal S11 port configuration to left AUTOCAL (Ch 5)

ACPR Set AutoCal S11 port configuration to right AUTOCAL (Ch 5)

ACR1AL2 Set adapter removal port configuration to

R=1 and ADAPT & L=2

ACR1L2 Set AutoCal full 2 port configuration to R=1

and L=2

ACRFL Enter AutoCal reflection averaging number AUTOCAL (Ch 5)

ACRFL? Output AutoCal reflection averaging number AUTOCAL (Ch 5)

ACS11 Set AutoCal type to S11 AUTOCAL (Ch 5)

ACS22 Set AutoCal type to S22 AUTOCAL (Ch 5)

ACSF2P Set AutoCal type to full 2 port AUTOCAL (Ch 5)

ACSHORT Set AutoCal standard to short AUTOCAL (Ch 5)

ACSTD? Output AutoCal standard AUTOCAL (Ch 5)

ACSW Enter AutoCal switch averaging number AUTOCAL (Ch 5)

AUTOCAL (Ch 5)

37XXXD GPIB QRG 41

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FUNCTIONAL LISTING

Command Description Group

ACSW? Output AutoCal switch averaging number AUTOCAL (Ch 5)

ACTHRU Set AutoCal standard to thru AUTOCAL (Ch 5)

ACTU Enter AutoCal thru averaging number AUTOCAL (Ch 5)

ACTU? Output AutoCal thru averaging number AUTOCAL (Ch 5)

ACTUAVG Enter AutoCal thru update averaging num

ber

ACTUAVG? Output AutoCal thru update averaging num

ber

ACTULS Apply last thru update cal setup AUTOCAL (Ch 5)

ACX? Output AutoCal type AUTOCAL (Ch 5)

BEGAC Start AutoCal AUTOCAL (Ch 5)

BEGCH Start AutoCal characterization AUTOCAL (Ch 5)

BEGTU Start AutoCal thru update AUTOCAL (Ch 5)

IACCHAR Input AutoCal characterization data from

the GPIB

OACCHAR Output AutoCal characterization data to the

GPIB

OACSER Output auto-cal box serial number AUTOCAL (Ch 5)

OACTYPE Output auto-cal box type AUTOCAL (Ch 5)

TACD Take AutoCal data AUTOCAL (Ch 5)

A12 Simulate 12-term calibration CALIBRATION (Ch 5)

A8R Simulate 1-path 2-port calibration reverse

path

A8T Simulate 1-path 2-port calibration forward

path

ABT Simulate trans freq response calibration for

ward and reverse

AFT Simulate transmission frequency response

calibration forward path

ARB Simulate reflection only calibration both

ports

ARF Simulate reflection only calibration port 1 CALIBRATION (Ch 5)

ARR Simulate reflection only calibration port 2 CALIBRATION (Ch 5)

ART Simulate trans freq response calibration re

verse path

BBL Select broadband load for calibration CALIBRATION (Ch 5)

BBZ Enter broadband load impedance for cali

bration

BBZL Enter broadband load inductance for cali

bration

LR2 Specify 2 line LRL calibration CALIBRATION (Ch 5)

LR3 Specify 3 line LRL calibration CALIBRATION (Ch 5)

AUTOCAL (Ch 5)

CALIBRATION (Ch 5)

42 37XXXD GPIB QRG

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FUNCTIONAL LISTING

Command Description Group

LTC Select coaxial transmission line for calibra

tion

BEG Begin taking calibration data CALIBRATION (Ch 5)

BPF Enter break point frequency for 3 line LRL

calibration

C12 Select 12 term calibration CALIBRATION (Ch 5)

C8R Select 1-path 2-port calibration reverse path CALIBRATION (Ch 5)

C8T Select 1-path 2-port calibration forward path CALIBRATION (Ch 5)

CBT Select trans freq response calibration for

ward and reverse

CC0 Enter capacitance coefficient 0 for open CALIBRATION (Ch 5)

CC1 Enter capacitance coefficient 1 for open CALIBRATION (Ch 5)

CC2 Enter capacitance coefficient 2 for open CALIBRATION (Ch 5)

CC3 Enter capacitance coefficient 3 for open CALIBRATION (Ch 5)

CF1 Select female 1.0 mm connector for current

port

CF2 Select female 2.4mm connector for current

port

CF3 Select female GPC-3.5 connector for cur-

rent port

CF716 Select female 7/16 connector for current

port

CFC Select female TNC connector for current

port

CFK Select female K connector for current port CALIBRATION (Ch 5)

CFN Select female Type N connector for current

port

CFN75 Select Female type N 75-ohm connector for

current port

CFS Select female SMA connector for current

port

CFSP Select Special Female connector for current

port

CFSPA Select Band A special female connector for

current port

CFSPB Select Band B special female connector for

current port

CFSPC Select Band C special female connector for

current port

CFT Select trans freq response calibration for

ward path

CFV Select female V connector for current port CALIBRATION (Ch 5)

CL0 Enter inductive coefficient 0 for short CALIBRATION (Ch 5)

CL1 Enter inductive coefficient 1 for short CALIBRATION (Ch 5)

CALIBRATION (Ch 5)

37XXXD GPIB QRG 43

Page 46

FUNCTIONAL LISTING

Command Description Group

CL2 Enter inductive coefficient 2 for short CALIBRATION (Ch 5)

CL3 Enter inductive coefficient 3 for short CALIBRATION (Ch 5)

CM1 Select male 1.0 mm connector for current

port

CM2 Select male 2.4mm connector for current

port

CM3 Select male GPC-3.5 connector for current

port

CM716 Select male 7/16 connector for current port CALIBRATION (Ch 5)

CMC Select male TNC connector for current port CALIBRATION (Ch 5)

CMK Select male K connector for current port CALIBRATION (Ch 5)

CMN Select male N connector for current port CALIBRATION (Ch 5)

CMN75 Select Male type N 75-Ohm connector for

current port

CMS Select male SMA connector for current port CALIBRATION (Ch 5)

CMSP Select Special Male connector for current

port

CMSPA Select Band A special male connector for

current port

CMSPB Select Band B special male connector for

current port

CMSPC Select Band C special male connector for

current port

CMV Select male V connector for current port CALIBRATION (Ch 5)

CMX? Output calibration method CALIBRATION (Ch 5)

CND Select user specified connector for current

port

CNG Select GPC-7 connector for current port CALIBRATION (Ch 5)

COF Turn error correction off CALIBRATION (Ch 5)

CON Turn error correction on CALIBRATION (Ch 5)

CON? Output error correction on/off status CALIBRATION (Ch 5)

COO Enter offset for open for user specified con

nector (Standard Calibration)

COS Enter offset for short for user specified con

nector

CRB Select reflection only calibration both ports CALIBRATION (Ch 5)

CRF Select reflection only calibration port 1 CALIBRATION (Ch 5)

CRR Select reflection only calibration port 2 CALIBRATION (Ch 5)

CRT Select trans freq response calibration re

verse path

CSF? Output cal start frequency CALIBRATION (Ch 5)

CTF? Output cal stop frequency CALIBRATION (Ch 5)

CWC Select CW frequency calibration data points CALIBRATION (Ch 5)

CALIBRATION (Ch 5)

44 37XXXD GPIB QRG

Page 47

FUNCTIONAL LISTING

Command Description Group

CXX? Output calibration type CALIBRATION (Ch 5)

DFC Select discrete frequency calibration data

points

DFD Done specifying discrete frequency ranges CALIBRATION (Ch 5)

DFQ Enter single discrete frequency CALIBRATION (Ch 5)

IC2 Input Calibration Coefficient 2 CALIBRATION (Ch 5)

IC3 Enter calibration coefficient 3 CALIBRATION (Ch 5)

IC4 Enter calibration coefficient 4 CALIBRATION (Ch 5)

IC5 Enter calibration coefficient 5 CALIBRATION (Ch 5)

IC6 Enter calibration coefficient 6 CALIBRATION (Ch 5)

IC7 Enter calibration coefficient 7 CALIBRATION (Ch 5)

IC8 Enter calibration coefficient 8 CALIBRATION (Ch 5)

IC9 Enter calibration coefficient 9 CALIBRATION (Ch 5)

ICA Enter calibration coefficient 10 CALIBRATION (Ch 5)

ICB Enter calibration coefficient 11 CALIBRATION (Ch 5)

ICC Enter calibration coefficient 12 CALIBRATION (Ch 5)

ICD Enter corrected data for active channel pa-

rameter

ICF Enter front panel setup and calibration data CALIBRATION (Ch 5)

ICL Enter all applicable calibration coefficients

for cal type

IFD Enter final data for active channel parame-

ter

ISF Exclude isolation CALIBRATION (Ch 5)

ISN Include isolation CALIBRATION (Ch 5)

KEC Keep existing calibration data CALIBRATION (Ch 5)

LCM Select LRL calibration method CALIBRATION (Ch 5)

LL1 Enter length of line 1 for LRL calibration CALIBRATION (Ch 5)

LL2 Enter length of line 2 for LRL calibration CALIBRATION (Ch 5)

LL3 Enter length of line 3 for LRL calibration CALIBRATION (Ch 5)

LLZ Enter line impedance for LRL calibration CALIBRATION (Ch 5)

LM2 Select a match for the second device during

a LRM type calibration

LM3 Select a match for the third device during a

LRM type calibration

LMZ Enter match impedance for LRM calibration CALIBRATION (Ch 5)

LMZ? Output match impedance for LRM calibra

tion

LMZL Enter match inductance for LRM calibration CALIBRATION (Ch 5)

LMZL? Output match inductance for LRM calibra

tion

CALIBRATION (Ch 5)

37XXXD GPIB QRG 45

Page 48

FUNCTIONAL LISTING

Command Description Group

LTU Select microstrip transmission line for cali

bration

LTW Select waveguide transmission line for cali

bration

LTX? Output line type CALIBRATION (Ch 5)

MAT Select matched reflective devices during cal CALIBRATION (Ch 5)

MIX Select mixed reflective devices during cali

bration

NCS Go to next calibration step CALIBRATION (Ch 5)

NOC Select normal calibration data points CALIBRATION (Ch 5)

O3CM Select Triple Offset Short calibration

method

OCM Select offset short calibration method CALIBRATION (Ch 5)

ONCT Output number of cal terms for current cali

bration

P1C Select port 1 for connector specification CALIBRATION (Ch 5)

P1C? Output port 1 connector type CALIBRATION (Ch 5)

P1P? Output approximate power level at port 1 CALIBRATION (Ch 5)

P2C Select port 2 for connector specification CALIBRATION (Ch 5)

P2C? Output port 2 connector type CALIBRATION (Ch 5)

PSP Enter number of power sweeps for flat

power correction (obsolete)

PSP? Output number of power sweeps for flat

power correction (obsolete)

PTS Enter number of points to be skipped during

flat power correction

PTS? Output number of points to be skipped dur

ing flat power correction

TC1 Take calibration data for port 1 CALIBRATION (Ch 5)

TC2 Take calibration data for port 2 CALIBRATION (Ch 5)

TCD Take calibration data on one or both ports

as necessary

TCM Select the TRM calibration method CALIBRATION (Ch 5)

TDC Select time domain harmonic frequency cal

ibration data points

RGZ Select reflective device greater than Z0 CALIBRATION (Ch 5)

RLZ Select reflective device less than Z0 CALIBRATION (Ch 5)

RM1 Select reference plane at line 1 midpoint CALIBRATION (Ch 5)

ROL Enter reflective device offset length CALIBRATION (Ch 5)

RPC Repeat previous calibration CALIBRATION (Ch 5)

RRP Select reference plane at reflection plane CALIBRATION (Ch 5)

SBD Enter substrate dielectric for microstrip cali

bration

CALIBRATION (Ch 5)

46 37XXXD GPIB QRG

Page 49

FUNCTIONAL LISTING

Command Description Group

SBT Enter substrate thickness for microstrip cali

bration

SCM Select standard calibration method CALIBRATION (Ch 5)

SFC Perform flat test port calibration CALIBRATION (Ch 5)

SH1 Set offset short 1 or 2 offset length for offset

short calibration

SH2 Set offset short 1 or 2 offset length for offset

short calibration

SLD Select sliding load for calibration CALIBRATION (Ch 5)

TLZ Enter through line impedance for calibration CALIBRATION (Ch 5)

TOL Enter through offset length for calibration CALIBRATION (Ch 5)

U10 Select 10 mil UTF calibration kit CALIBRATION (Ch 5)

U15 Select 15 mil UTF calibration kit CALIBRATION (Ch 5)

U25 Select 25 mil UTF calibration kit CALIBRATION (Ch 5)

USE Enter effective dielectric for microstrip cali

bration

USW Enter microstrip width for microstrip calibra-

tion

USZ Enter microstrip impedance for microstrip

calibration

WCO Enter waveguide cutoff frequency for user

defined kit

WKD Select user defined waveguide calibration

kit

WKI Select installed waveguide calibration kit CALIBRATION (Ch 5)

WSH1 Enter waveguide short offset 1 for user de

fined kit

WSH2 Enter waveguide short offset 2 for user de

fined kit

WSH3 Enter waveguide short 3 offset for user de

fined kit

CH1 Make channel 1 the active channel CHANNELS (Ch 4)

CH2 Make channel 2 the active channel CHANNELS (Ch 4)

CH3 Make channel 3 the active channel CHANNELS (Ch 4)

CH4 Make channel 4 the active channel CHANNELS (Ch 4)

CHX? Output active channel number CHANNELS (Ch 4)

D13 Display channels 1 & 3 CHANNELS (Ch 4)

D14 Display all four channels CHANNELS (Ch 4)

D24 Select dual channel display with channels 2&4CHANNELS (Ch 4)

CALIBRATION (Ch 5)

DSP Select single channel display CHANNELS (Ch 4)

DSP? Output channel display mode CHANNELS (Ch 4)

T24 Select overlaid channel 2 and 4 display CHANNELS (Ch 4)

37XXXD GPIB QRG 47

Page 50

FUNCTIONAL LISTING

Command Description Group

T13 Select overlaid channel 1 and 3 display CHANNELS (Ch 4)

DEG Suffix sets phase data type DATA ENTRY SUFFIXES (Ch 4)

CM Suffix sets distance data type and scales by

1E-2

CMT Suffix sets distance data type and scales by

1E-2

DB Suffix sets power data type DATA ENTRY SUFFIXES (Ch 4)

DBL Suffix sets power data type DATA ENTRY SUFFIXES (Ch 4)

DBM Suffix sets power data type DATA ENTRY SUFFIXES (Ch 4)

GHZ Suffix sets frequency data type and scales

by 1E9

HZ Suffix sets frequency data type DATA ENTRY SUFFIXES (Ch 4)

IMU Suffix sets imaginary data type DATA ENTRY SUFFIXES (Ch 4)

KHZ Suffix sets frequency data type and scales

by 1E3

M Suffix sets distance data type DATA ENTRY SUFFIXES (Ch 4)

MHZ Suffix sets frequency data type and scales

by 1E6

MM Suffix sets distance data type and scales by

1E-3

MMT Suffix sets distance data type and scales by

1E-3

MS Suffix sets time data type and scales by

1E-3

MTR Suffix sets distance data type DATA ENTRY SUFFIXES (Ch 4)

MV Suffix sets voltage data type and scales by

1E-3

NS Suffix sets time data type and scales by

1E-9

NSC Suffix sets time data type and scales by

1E-9

OHM Suffix sets impedance data type DATA ENTRY SUFFIXES (Ch 4)

PS Suffix sets time data type and scales by

1E02

PSC Suffix sets time data type and scales by

1E02

RAD Suffix sets phase data type and scales by

180/pi

REU Suffix sets real data type DATA ENTRY SUFFIXES (Ch 4)

S Suffix sets time data type DATA ENTRY SUFFIXES (Ch 4)

US Suffix sets time data type and scales by

1E-6

USC Suffix sets time data type and scales by

1E-6

DATA ENTRY SUFFIXES (Ch 4)

48 37XXXD GPIB QRG

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FUNCTIONAL LISTING

Command Description Group

V Suffix sets voltage data type DATA ENTRY SUFFIXES (Ch 4)

VLT Suffix sets voltage data type DATA ENTRY SUFFIXES (Ch 4)

XM3 Suffix sets unitless data type and scales by

XX1 Suffix sets unitless data type DATA ENTRY SUFFIXES (Ch 4)

XX3 Suffix sets unitless data type and scales by

LSB Select least significant byte first binary

DPR0 Visible data only OFD format DATA TRANSFER (Ch 7)

DPR1 Data pair always OFD format DATA TRANSFER (Ch 7)

FDE0 Disable Output Data End Message DATA TRANSFER (Ch 7)

FDE1 Enable Output Data End Message DATA TRANSFER (Ch 7)

FDEX? Output Output Data End Message en

FMA Select ASCII data transfer format DATA TRANSFER (Ch 7)

FMB Select IEEE754 64 bit data transfer format DATA TRANSFER (Ch 7)

FMC Select IEEE754 32 bit data transfer format DATA TRANSFER (Ch 7)

FMX? Output data output mode FMA FMB or FMC DATA TRANSFER (Ch 7)

IC1 Enter calibration coefficient 1 DATA TRANSFER (Ch 7)

IC10 Enter calibration coefficient 10 DATA TRANSFER (Ch 7)

IC11 Enter calibration coefficient 11 DATA TRANSFER (Ch 7)

IC12 Enter calibration coefficient 12 DATA TRANSFER (Ch 7)

IFPC Enter flat power coefficients DATA TRANSFER (Ch 7)

MSB Select most significant byte first binary

O4FD Output final data for all 4 channels to the

O4SC Output corrected data for all four S-parame

O4SR Output raw data for all four S-parameters DATA TRANSFER (Ch 7)

OAM1 Output channel 1 active marker value DATA TRANSFER (Ch 7)

OAM2 Output channel 2 active marker value DATA TRANSFER (Ch 7)

OAM3 Output channel 3 active marker value DATA TRANSFER (Ch 7)

OAM4 Output channel 4 active marker value DATA TRANSFER (Ch 7)

OC1 Output calibration coefficients 1 DATA TRANSFER (Ch 7)

OC10 Output calibration coefficients 10 DATA TRANSFER (Ch 7)

OC11 Output calibration coefficients 11 DATA TRANSFER (Ch 7)

OC12 Output calibration coefficients 12 DATA TRANSFER (Ch 7)

OC2 Output calibration coefficients 2 DATA TRANSFER (Ch 7)

OC3 Output calibration coefficients 3 DATA TRANSFER (Ch 7)

1E-3

1E3

transfer

able/disable status

transfer

GPIB

ters

DATA ENTRY SUFFIXES (Ch 4)

DATA TRANSFER (Ch 7)

37XXXD GPIB QRG 49

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FUNCTIONAL LISTING

Command Description Group

OC4 Output calibration coefficients 4 DATA TRANSFER (Ch 7)

OC5 Output calibration coefficients 5 DATA TRANSFER (Ch 7)

OC6 Output calibration coefficients 6 DATA TRANSFER (Ch 7)

OC7 Output calibration coefficients 7 DATA TRANSFER (Ch 7)

OC8 Output calibration coefficients 8 DATA TRANSFER (Ch 7)

OC9 Output calibration coefficients 9 DATA TRANSFER (Ch 7)

OCA Output calibration coefficient A DATA TRANSFER (Ch 7)

OCB Output calibration coefficient B DATA TRANSFER (Ch 7)

OCC Output calibration coefficient C DATA TRANSFER (Ch 7)

OCD Output corrected data for active channel pa

rameter

OCF Output front panel setup and calibration

data

OCL Output all applicable calibration coefficients

for cal type

ODR Output directory listing of the floppy drive DATA TRANSFER (Ch 7)

ODRH Output directory listing of the hard drive DATA TRANSFER (Ch 7)

ODV Output distance values for time domain DATA TRANSFER (Ch 7)

OEL Output error list DATA TRANSFER (Ch 7)

OFD Output final data for active channel parame-

ter

OFD1 Output final data for channel 1 parameter DATA TRANSFER (Ch 7)

OFD2 Output final data for channel 2 parameter DATA TRANSFER (Ch 7)

OFD3 Output final data for channel 3 parameter DATA TRANSFER (Ch 7)

OFD4 Output final data for channel 4 parameter DATA TRANSFER (Ch 7)

OFP Output current front panel setup DATA TRANSFER (Ch 7)

OFPC Output flat power coefficients DATA TRANSFER (Ch 7)

OFV Output frequency values DATA TRANSFER (Ch 7)

OGE Output extended description of current

GPIB error

OGL Output extended description of previous

GPIB error

OID Output instrument identification string DATA TRANSFER (Ch 7)

OLM Output limits status byte mask DATA TRANSFER (Ch 7)

OM1 Output marker 1 value DATA TRANSFER (Ch 7)

OM2 Output marker 2 value DATA TRANSFER (Ch 7)

OM3 Output marker 3 value DATA TRANSFER (Ch 7)

OM4 Output marker 4 value DATA TRANSFER (Ch 7)

OM5 Output marker 5 value DATA TRANSFER (Ch 7)

OM6 Output marker 6 value DATA TRANSFER (Ch 7)

DATA TRANSFER (Ch 7)

50 37XXXD GPIB QRG

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FUNCTIONAL LISTING

Command Description Group

ONCP Output number of points for current calibra

tion

OND Output Normalization data DATA TRANSFER (Ch 7)

ONE Output number of lines in the error list DATA TRANSFER (Ch 7)

ORD Output raw data for active channel parame

ter

OS1 Output front panel setup number 1 DATA TRANSFER (Ch 7)

OS10 Output front panel setup number 10 DATA TRANSFER (Ch 7)

OS2 Output front panel setup number 2 DATA TRANSFER (Ch 7)

OS3 Output front panel setup number 3 DATA TRANSFER (Ch 7)

OS4 Output front panel setup number 4 DATA TRANSFER (Ch 7)

OS5 Output front panel setup number 5 DATA TRANSFER (Ch 7)

OS6 Output front panel setup number 6 DATA TRANSFER (Ch 7)

OS7 Output front panel setup number 7 DATA TRANSFER (Ch 7)

OS8 Output front panel setup number 8 DATA TRANSFER (Ch 7)

OS9 Output front panel setup number 9 DATA TRANSFER (Ch 7)

OSL Output service log DATA TRANSFER (Ch 7)

XSB? Output byte order for output data LSB or

MSB

ALC Perform ALC loop internal calibration DIAGNOSTICS (Ch 8)

DBP Select distance bandpass mode for active

channel

DCA Select automatic DC term calculation for

lowpass

DCO Select open for DC term for lowpass DIAGNOSTICS (Ch 8)

DLP Select distance lowpass mode for active

channel

DRL Diagnostic read latch DIAGNOSTICS (Ch 8)

DVM Enter DVM channel number DIAGNOSTICS (Ch 8)

DWL Diagnostic write latch DIAGNOSTICS (Ch 8)

EDG End diagnostics mode DIAGNOSTICS (Ch 8)

EXD Display external A/D input DIAGNOSTICS (Ch 8)

FLC Source frequency linearity internal calibra

tion

FPX? Output flat power correction on/off status DIAGNOSTICS (Ch 8)

IFB Select 1st IF bandpass testing DIAGNOSTICS (Ch 8)

L1C Perform LO1 internal calibration DIAGNOSTICS (Ch 8)

L2C Perform LO2 internal calibration DIAGNOSTICS (Ch 8)

LKS0 Disable lock search mode DIAGNOSTICS (Ch 8)

LKS1 Enable lock search mode DIAGNOSTICS (Ch 8)

LO11 Select LO1 phase lock voltage testing DIAGNOSTICS (Ch 8)

DATA TRANSFER (Ch 7)

DIAGNOSTICS (Ch 8)

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FUNCTIONAL LISTING

Command Description Group

LO12 Select LO1 D/A voltage testing DIAGNOSTICS (Ch 8)

LO21 Select LO2 main phase lock voltage testing DIAGNOSTICS (Ch 8)

LO22 Select LO2 offset phase lock voltage testing DIAGNOSTICS (Ch 8)

LO23 Select LO2 DDS phase lock voltage testing DIAGNOSTICS (Ch 8)

LO24 Select LO2 main D/A voltage testing DIAGNOSTICS (Ch 8)

LO25 Select LO2 offset D/A voltage testing DIAGNOSTICS (Ch 8)

NRD Display non-ratioed parameters on 4 chan

nels

P2ALC Perform Port 2 ALC loop internal calibration DIAGNOSTICS (Ch 8)

PSL Print the service log DIAGNOSTICS (Ch 8)

SDG Start diagnostics mode DIAGNOSTICS (Ch 8)

SDR Select standard receiver mode DIAGNOSTICS (Ch 8)

SLT Perform SLT internal calibration DIAGNOSTICS (Ch 8)

SRC1 Select source linearity voltage testing DIAGNOSTICS (Ch 8)

ADRIVE Select the floppy drive as the default drive DISK FUNCTION (Ch 8)

DEL Delete a file from disk DISK FUNCTION (Ch 8)

CD Change default directory DISK FUNCTION (Ch 8)

CDRIVE Select the hard disk as the default drive DISK FUNCTION (Ch 8)

COPY Copy a files contents to another file DISK FUNCTION (Ch 8)

CWD? Output current working directory string DISK FUNCTION (Ch 8)

DIR Output a directory listing to the GPIB DISK FUNCTION (Ch 8)

DISKRD Output disk file data to the GPIB DISK FUNCTION (Ch 8)

DISKWR Write GPIB data to a disk file DISK FUNCTION (Ch 8)

EXISTD? Output directory existence information DISK FUNCTION (Ch 8)

EXISTF? Output file existence information DISK FUNCTION (Ch 8)

INT Initialize (format) floppy disk DISK FUNCTION (Ch 8)

LDARF Load adapter removal files from disk and

calibrate

LKT Load calibration kit information from floppy

disk

MD Create a new disk directory DISK FUNCTION (Ch 8)

PDR Print directory listing of the floppy drive DISK FUNCTION (Ch 8)

PDRH Print directory listing of the hard drive DISK FUNCTION (Ch 8)

PGT Plot graticule DISK FUNCTION (Ch 8)

RD Remove a disk directory DISK FUNCTION (Ch 8)

RECALL Recall a data file from disk to a task DISK FUNCTION (Ch 8)

SAVE Save a data file to disk DISK FUNCTION (Ch 8)

SAVEGC Save text format gain compression data to

disk

DIAGNOSTICS (Ch 8)

DISK FUNCTION (Ch 8)

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FUNCTIONAL LISTING

Command Description Group

ADD Select addition as trace math for active

channel

APR Enter group delay aperture setting on active

channel

APR? Output group delay aperture setting on ac

tive channel

ASC Autoscale the active channel display DISPLAY (Ch 4)

ASP Enter polar stop sweep position angle DISPLAY (Ch 4)

ASP? Output polar stop sweep position angle DISPLAY (Ch 4)

AST Enter polar start sweep position angle DISPLAY (Ch 4)

AST? Output polar start sweep position angle DISPLAY (Ch 4)

LPH Select linear magnitude and phase display

for active channel

DAT Display data only on active channel DISPLAY (Ch 4)

DAT? Output trace memory display mode DISPLAY (Ch 4)

DIA Select air as active dielectric DISPLAY (Ch 4)

DIE Enter a dielectric value DISPLAY (Ch 4)

DIM Select microporous teflon as active dielec-

tric

DIP Select polyethylene as active dielectric DISPLAY (Ch 4)

DIT Select Teflon as active dielectric DISPLAY (Ch 4)

DIV Select division as trace math for active

channel

DIX? Output dielectric constant DISPLAY (Ch 4)

DLA Select group delay display for active chan

nel

DNM Display data normalized to trace memory

on active channel

DTM Display measurement data and trace mem

ory on active channel

GRF? Output graph type for active channel DISPLAY (Ch 4)

IMG Select imaginary display for active channel DISPLAY (Ch 4)

ISC Enter scale and select inverted compressed

Smith Chart display

ISE Enter scale and select inverted expanded

Smith Chart display

ISM Select normal inverted Smith Chart for ac

tive channel

LIN Select linear magnitude display for active

channel

MAG Select log magnitude display for active

channel

MEM Display trace memory on active channel DISPLAY (Ch 4)

DISPLAY (Ch 4)

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FUNCTIONAL LISTING

Command Description Group

MIN Select subtraction as trace math for active

channel

MOSET Enter constant offset log magnitude for ac

tive channel

MOSET? Output constant offset log magnitude for ac

tive channel

MPH Select log magnitude and phase display for

active channel

MTH? Output trace math math type DISPLAY (Ch 4)

MUL Select multiplication as trace math for active

channel

OFF Enter offset value for top graph of active

channel

OFF? Output offset value for top graph of active

channel

OFF2 Enter offset value for bottom graph of active

channel

OFF2? Output offset value for bottom graph of ac-

tive channel

PCP Select measurement phase polar chart

mode

PCS Select sweep position polar chart mode DISPLAY (Ch 4)

PCX? Output polar chart mode DISPLAY (Ch 4)

PHA Select phase display for active channel DISPLAY (Ch 4)

PHO Enter phase offset for display channel DISPLAY (Ch 4)

PHO? Output phase offset for display channel DISPLAY (Ch 4)

PLG Select log polar display for active channel DISPLAY (Ch 4)

PLR Select linear polar display for active channel DISPLAY (Ch 4)

POSET Enter constant offset phase for active chan

nel

POSET? Output constant offset phase for active

channel

POW Select power out display for active channel DISPLAY (Ch 4)

RDA Select automatic reference delay calcula

tion

RDD Enter reference delay in distance for active

channel

RDD? Output reference delay in distance for ac

tive channel

RDT Enter reference delay in time for active

channel

RDT? Output reference delay in time for active

channel

REF Enter reference line for top graph of active

channel

DISPLAY (Ch 4)

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FUNCTIONAL LISTING

Command Description Group

REF? Output reference line for top graph of active

REF2 Enter reference line for bottom graph of ac

REF2? Output reference line for bottom graph of

REL Select real display for active channel DISPLAY (Ch 4)

RIM Select real and imaginary display for active

SCL Enter Scale Resolution for top graph of ac

SCL? Output Scale Resolution for top graph of ac

SCL2 Enter Scale Resolution for bottom graph of

SCL2? Output Scale Resolution for bottom graph of

SETUP Display setup menu DISPLAY (Ch 4)

SMC Enter scale and select compressed Smith

SME Enter scale and select expanded Smith

SMI Select normal Smith Chart for active chan-

STD Store trace to memory on active channel DISPLAY (Ch 4)

SWR Select SWR display for active channel DISPLAY (Ch 4)

EDED Select De-embedding as embed

EDEE Select Embedding as embedding/de-em

EDEED? Output embedding/de-embedding method

EDENORM Normal port orientation of embed

EDEPORT? Output port receiving the embed

EDEPORT1 Apply the embedding/de-embedding net

EDEPORT2 Apply the embedding/de-embedding net

EDESWAP Swap port orientation of embedding/de-em

EDESWAP? Output port orientation of embed

channel

tive channel

active channel

channel

tive channel

active channel

Chart display

nel

ding/de-embedding method

bedding method

selection

ding/de-embedding network

work to Port 1

work to Port 2

bedding network

ding/de-embedding network swapped/nor mal

DISPLAY (Ch 4)

EMBED/DE-EMBED (Ch 9)

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FUNCTIONAL LISTING

Command Description Group

IEDEF Enter embedding/de-embedding files from

GPIB and embed/de-embed

LDEDEF Load Embedding/De-embedding files from

disk and embed/de-embed

AOF Turn averaging off ENHANCEMENT (Ch 4)

AOF? Output averaging on/off status ENHANCEMENT (Ch 4)

AON Turn averaging on ENHANCEMENT (Ch 4)

AVG Enter averaging count and turn on ENHANCEMENT (Ch 4)

AVG? Output averaging count ENHANCEMENT (Ch 4)

AVGCNT? Output the current sweep-by-sweep aver

age sweep count

IF1 Select 10 Hz IF bandwidth ENHANCEMENT (Ch 4)

IF2 Select 100 Hz IF bandwidth ENHANCEMENT (Ch 4)

IF3 Select 1 KHz IF bandwidth ENHANCEMENT (Ch 4)

IF4 Select 10 KHz IF bandwidth ENHANCEMENT (Ch 4)

IFA Select 30 KHz IF bandwidth ENHANCEMENT (Ch 4)

IFM Select 10 Hz IF bandwidth ENHANCEMENT (Ch 4)

IFN Select 1 KHz IF bandwidth ENHANCEMENT (Ch 4)

IFR Select 100 Hz IF bandwidth ENHANCEMENT (Ch 4)

IFX? Output IF bandwidth ENHANCEMENT (Ch 4)

MEASDLY Set Measurement Delay time ENHANCEMENT (Ch 4)

MEASDLY? Output Measurement Delay time ENHANCEMENT (Ch 4)

MEASDLY0 Disable Measurement Delay ENHANCEMENT (Ch 4)

MEASDLY1 Enable Measurement Delay ENHANCEMENT (Ch 4)

MEASDLYX? Output Measurement Delay on/off status ENHANCEMENT (Ch 4)

PTAVG Set averaging type to point-by-point averag

ing

RSTAVG Reset the sweep-by-sweep averaging

sweep count

SOF Turn off smoothing ENHANCEMENT (Ch 4)

SOF? Output smoothing on/off status ENHANCEMENT (Ch 4)

SON Enter smoothing value and turn on ENHANCEMENT (Ch 4)

SON? Output smoothing value ENHANCEMENT (Ch 4)

SPLN Select normal source lock polarity ENHANCEMENT (Ch 4)

SPLR Select reverse source lock polarity ENHANCEMENT (Ch 4)

SPLX? Output source lock polarity normal/reverse

status

SPR0 Turn spur reduction off ENHANCEMENT (Ch 4)

SPR1 Turn spur reduction on ENHANCEMENT (Ch 4)

SPRX? Output spur reduction on/off status ENHANCEMENT (Ch 4)

EMBED/DE-EMBED (Ch 9)

ENHANCEMENT (Ch 4)

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FUNCTIONAL LISTING

Command Description Group

SWAVG Set averaging type to sweep-by-sweep av

eraging

SWAVG? Output averaging type (sweep-by-sweep or

point-by-point)

FCW0 Turn fast CW measurement mode off FAST CW (Ch 7)

FCW1 Turn fast CW measurement mode on FAST CW (Ch 7)

FCW2 Turn Fast CW mode 2 on FAST CW (Ch 7)

FCWX? Output fast CW measurement mode on/off

status

CALR Perform receiver cal for gain compression

testing

DSPS21 Select Gain Compression bottom graph dis

plays S21

DSPS21? Output Gain Compression bottom graph se

lection Normalized/S2

GCMP Enter gain compression point search value GAIN COMPRESSION (Ch 9)

GCMP? Output gain compression point search value GAIN COMPRESSION (Ch 9)

IPSC Enter power sweep linearity calibration co-

efficients

MFGCT Start multiple frequency swept power gain

compression test

NOFST Enter nominal offset value for external gain GAIN COMPRESSION (Ch 9)

NOFST? Output nominal offset value for external

gain

NRMS Normalize S21 for gain compression testing GAIN COMPRESSION (Ch 9)

NRMS21 Select Gain Compression bottom graph dis

plays Normalized S21

OPSC Output power sweep linearity calibration co

efficients

PSCNFRQ? Output the power sweep linearity cal num

ber of frequency poi

PSCNPWR? Output the power sweep linearity cal num

ber of power points

PSCSTEP? Output the power sweep linearity cal power

step size

PSPWR Enter power sweep off power level GAIN COMPRESSION (Ch 9)

PSPWR? Output power sweep off power level GAIN COMPRESSION (Ch 9)

PSTEP Enter power sweep step size GAIN COMPRESSION (Ch 9)

PSTEP? Output power sweep step size GAIN COMPRESSION (Ch 9)

PSTOP Enter power sweep stop power GAIN COMPRESSION (Ch 9)

PSTOP? Output power sweep stop power GAIN COMPRESSION (Ch 9)

PSTRT Enter power sweep start power GAIN COMPRESSION (Ch 9)

PSTRT? Output power sweep start power GAIN COMPRESSION (Ch 9)

PSWC Perform power sweep linearity calibration GAIN COMPRESSION (Ch 9)

ENHANCEMENT (Ch 4)

FAST CW (Ch 7)

GAIN COMPRESSION (Ch 9)

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FUNCTIONAL LISTING

Command Description Group

PSWC0 Turn power sweep linearity calibration off GAIN COMPRESSION (Ch 9)

PSWC1 Turn power sweep linearity calibration on GAIN COMPRESSION (Ch 9)

PSWCX? Output power sweep linearity calibration

on/off status

PSWP0 Turn power sweep off GAIN COMPRESSION (Ch 9)

PSWP1 Turn power sweep on GAIN COMPRESSION (Ch 9)

PSWPX? Output power sweep on/off status GAIN COMPRESSION (Ch 9)

RSTGC Reset gain compression parameters to de

fault

SFGCA Select swept frequency gain compression

application

SFGCT Start swept frequency gain compression

test

SPAMPMT Start swept power gain compression

AM/PM test

SPGCA Select swept power gain compression appli

cation

SPGCT Start swept power gain compression test GAIN COMPRESSION (Ch 9)

UNDOGC Exit gain compression and undo changes GAIN COMPRESSION (Ch 9)

BMPB Select Black on White as bitmap type HARD COPY (Ch 8)

BMPC Select Color on White as bitmap type HARD COPY (Ch 8)

BMPT Select true color as bitmap type HARD COPY (Ch 8)

DPN Enter pen number for data HARD COPY (Ch 8)

DPN? Output pen number for data HARD COPY (Ch 8)

FFD Send form feed to printer and stop print/plot HARD COPY (Ch 8)

GPN Enter pen number for graticule HARD COPY (Ch 8)

GPN? Output pen number for graticule HARD COPY (Ch 8)

HD0 Turn off tabular data headers and page for

matting

HD1 Turn on tabular data headers and page for

matting

HIST0 Turns off GPIB history writing to disk HARD COPY (Ch 8)

HIST1 Turns on GPIB history writing to disk HARD COPY (Ch 8)

HISTX? Outputs the history writes to hard disk en

able/disable status

HPN Enter pen number for header HARD COPY (Ch 8)

HPN? Output pen number for header HARD COPY (Ch 8)

LAND Select landscape mode for output plot HARD COPY (Ch 8)

LDT0 Disable printing date/time HARD COPY (Ch 8)

LDT1 Enable printing date/time HARD COPY (Ch 8)

LMS Enter string for DUT model/serial number HARD COPY (Ch 8)

LMS? Output string for DUT model/serial number HARD COPY (Ch 8)

GAIN COMPRESSION (Ch 9)

HARD COPY (Ch 8)

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FUNCTIONAL LISTING

Command Description Group

LNM Enter string for operator name HARD COPY (Ch 8)

LNM? Output string for operator name HARD COPY (Ch 8)

LOC Enter string for operator comment HARD COPY (Ch 8)

LOC? Output string for operator comment HARD COPY (Ch 8)

LOGO? Output hard copy logo selection stan

dard/user defined

LOGO0 Turn hard copy logo off HARD COPY (Ch 8)

LOGO1 Turn hard copy logo on HARD COPY (Ch 8)

LOGOS Select standard hard copy logo HARD COPY (Ch 8)

LOGOU Select user defined hard copy logo HARD COPY (Ch 8)

LOGOX? Output hard copy logo on/off status HARD COPY (Ch 8)

MPN Enter pen number for markers and limits HARD COPY (Ch 8)

MPN? Output pen number for markers and limits HARD COPY (Ch 8)

OBMP Output the display as a bitmap HARD COPY (Ch 8)

ODAT Output hard copy tabular data to GPIB HARD COPY (Ch 8)

OGCTXT Output text format gain compression data to

GPIB

OHDR Output hard copy header information to

GPIB

OHGL Output HPGL format data to GPIB HARD COPY (Ch 8)

OS2P Output S2P format data to GPIB HARD COPY (Ch 8)

OTXT Output text format data to GPIB HARD COPY (Ch 8)

PBL Select 1/4 size plot bottom left corner HARD COPY (Ch 8)

PBR Select 1/4 size plot bottom right corner HARD COPY (Ch 8)

PFL Select full-size plot HARD COPY (Ch 8)

PFS Print full screen image HARD COPY (Ch 8)

PFSC Configure for printing entire screen graphic

image

PGR Print graph area screen image HARD COPY (Ch 8)

PGRC Configure for printing data area graphic im

age

PGTC Configure for plotting graticule HARD COPY (Ch 8)

PLD Plot data area only HARD COPY (Ch 8)

PLDC Configure for plotting data area HARD COPY (Ch 8)

PLH Plot header HARD COPY (Ch 8)

PLHC Configure for plotting header HARD COPY (Ch 8)

PLM Plot markers and limits HARD COPY (Ch 8)

PLMC Configure for plotting markers and limits HARD COPY (Ch 8)

PLO? Output plot mode portrait or landscape HARD COPY (Ch 8)

PLS Plot entire screen HARD COPY (Ch 8)

HARD COPY (Ch 8)

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FUNCTIONAL LISTING

Command Description Group

PLSC Configure for plotting entire screen HARD COPY (Ch 8)

PLT Plot data traces only HARD COPY (Ch 8)

PLTC Configure for plotting data traces HARD COPY (Ch 8)

PMK Print tabular data for Markers HARD COPY (Ch 8)

PMKC Configure for printing tabular data for mark

ers

PMN Plot menu HARD COPY (Ch 8)

PMNC Configure for plotting menu HARD COPY (Ch 8)

PMT Print tabular data for traces and markers HARD COPY (Ch 8)

PMTC Configure for printing tabular data for traces

and markers

PORT Select portrait mode for output plot HARD COPY (Ch 8)

PST Stop print/plot HARD COPY (Ch 8)

PT0 Set tabular printout points skipped to 0 HARD COPY (Ch 8)

PT1 Set tabular printout points skipped to 1 HARD COPY (Ch 8)

PT2 Set tabular printout points skipped to 2 HARD COPY (Ch 8)

PT3 Set tabular printout points skipped to 3 HARD COPY (Ch 8)

PT4 Set tabular printout points skipped to 4 HARD COPY (Ch 8)

PT5 Set tabular printout points skipped to 5 HARD COPY (Ch 8)

PT6 Set tabular printout points skipped to 6 HARD COPY (Ch 8)

PT7 Set tabular printout points skipped to 7 HARD COPY (Ch 8)

PT8 Set tabular printout points skipped to 8 HARD COPY (Ch 8)

PT9 Set tabular printout points skipped to 9 HARD COPY (Ch 8)

PTB Print tabular data for Traces HARD COPY (Ch 8)

PTBC Configure for printing tabular data for traces HARD COPY (Ch 8)

PTL Select 1/4 size plot top left corner HARD COPY (Ch 8)

PTR Select 1/4 size plot top right corner HARD COPY (Ch 8)

SPD Enter pen speed percentage HARD COPY (Ch 8)

TPN Enter pen number for trace overlay data HARD COPY (Ch 8)

TPN? Output pen number for trace overlay data HARD COPY (Ch 8)

*CLS Clear status bytes and structures IEEE 488.2 (Ch 7)

*DDT Enter the 488.2 Define Device Trigger com

mand string

*DDT? Output the 488.2 Define Device Trigger

command string

*ESE Enter the 488.2 Standard Event Status En

able mask

*ESE? Output the 488.2 Standard Event Status En

able mask

*ESR? Output the 488.2 Standard Event Status

HARD COPY (Ch 8)

IEEE 488.2 (Ch 7)

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FUNCTIONAL LISTING

Command Description Group

*IDN? Output the 488.2 instrument identification

string

*IST? Output the value of the ist message IEEE 488.2 (Ch 7)

*OPC Initiate the 488.2 Operation Complete se

quence

*OPC? Initiate the 488.2 Operation Complete

Query sequence

*PRE Enter the 488.2 Parallel Poll Register En

able mask

*PRE? Output the 488.2 Parallel Poll Register En

able mask

*RST Instrument reset IEEE 488.2 (Ch 7)

*SRE Enter the 488.2 Service Request Enable

mask

*SRE? Output the 488.2 Service Request Enable

mask

*STB? Output the 488.2 Status Byte value IEEE 488.2 (Ch 7)

*TRG Initiate a Group Execute Trigger sequence IEEE 488.2 (Ch 7)

*TST? Perform self test and output status IEEE 488.2 (Ch 7)

*WAI Wait to continue IEEE 488.2 (Ch 7)

OPB Output the 488.2 Status Byte value (same

as *STB?)

TST Perform self test and output status (same

as *TST?)

CCD Collect corrected data in an internal buffer INT. BUFFER DATA COLL. (Ch 7)

CFD Collect final data in an internal buffer INT. BUFFER DATA COLL. (Ch 7)

CRD Collect raw data in an internal buffer INT. BUFFER DATA COLL. (Ch 7)

CXD? Output internal buffer data collection mode INT. BUFFER DATA COLL. (Ch 7)

DCCTN Resume internal buffer data collection INT. BUFFER DATA COLL. (Ch 7)

DCCTN? Output internal buffer data collection re

sume/suspend status

DCHLD Suspend internal buffer data collection INT. BUFFER DATA COLL. (Ch 7)

DCMRK Inserts the mark value into the internal

buffer

DCOFF Turn internal buffer data collection mode off INT. BUFFER DATA COLL. (Ch 7)

DCPCUR? Outputs the current point count in the col

lect buffer

DCPMAX? Outputs the maximum number of points that

can be collected in the collect buffer

OCS Output internal buffer collected data INT. BUFFER DATA COLL. (Ch 7)

ATTN Attach next segment and make the active

segment

LPF2? Output limit test failure status on channel 2 LIMITS (Ch 6)

LPF3? Output limit test failure status on channel 3 LIMITS (Ch 6)

IEEE 488.2 (Ch 7)

INT. BUFFER DATA COLL. (Ch 7)

LIMITS (Ch 6)

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FUNCTIONAL LISTING

Command Description Group

LPF4? Output limit test failure status on channel 4 LIMITS (Ch 6)

LS1 Set lower segmented limit 100 as the active

segment

LS10 Select lower segmented limit 10 as the ac

tive segment

LS2 Select lower segmented limit 2 as the active

segment

LS3 Select lower segmented limit 3 as the active

segment

LS4 Select lower segmented limit 4 as the active

segment

LS5 Select lower segmented limit 5 as the active

segment

LS6 Select lower segmented limit 6 as the active

segment

LS7 Select lower segmented limit 7 as the active

segment

LS8 Select lower segmented limit 8 as the active

segment

LS9 Select lower segmented limit 9 as the active

segment

LSEG Select segmented limit line display mode LIMITS (Ch 6)

LSNG Select single limit line display mode LIMITS (Ch 6)

LSX? Output active segmented limit LIMITS (Ch 6)

LT0 Turn limits testing off LIMITS (Ch 6)

LT1 Turn limits testing on LIMITS (Ch 6)

LT1? Output limits testing enable status LIMITS (Ch 6)

BEGN Begin next segment and make it the active

segment

CAS Clear active segmented limit vertical/hori

zontal definitions

DIS Display active segmented limit LIMITS (Ch 6)

DIS? Output active segmented limit on/off status LIMITS (Ch 6)

HID Hide active segmented limit LIMITS (Ch 6)

LB0 Turn limits testing beep on failure off LIMITS (Ch 6)

LB1 Turn limits testing beep on failure on LIMITS (Ch 6)

LBX? Output limits testing beeper enable status LIMITS (Ch 6)

LFD Enter limit frequency readout delta value LIMITS (Ch 6)

LFD? Output limit frequency readout delta value LIMITS (Ch 6)

LFD2 Enter limit frequency readout delta value for

bottom graph

LFD2? Output limit frequency readout delta value

for bottom graph

LIMITS (Ch 6)

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FUNCTIONAL LISTING

Command Description Group

LFP Select limit frequency readout for phase dis

plays

LFR Select limit frequency readout for active

channel

LLM? Output limit line display mode single or seg

mented

LLO Enter lower limit value for top graph on ac

tive channel

LLO? Output lower limit value for top graph on ac

tive channel

LLO2 Enter lower limit value for bottom graph on

active channel

LLO2? Output lower limit value for bottom graph on

active channel

LOF Limits display off LIMITS (Ch 6)

LOL0 Turn lower limit off LIMITS (Ch 6)

LOL1 Turn lower limit on at current value LIMITS (Ch 6)

LOL20 Turn lower limit off for bottom graph LIMITS (Ch 6)

LOL21 Turn lower limit on at current value for bot-

tom graph

LOL2X? Output lower limit on/off status for bottom

graph

LOLX? Output lower limit on/off status LIMITS (Ch 6)

LON Limits display on LIMITS (Ch 6)

LON? Output limits display on/off status LIMITS (Ch 6)

LPF? Output limit test failure status all channels LIMITS (Ch 6)

LPF1? Output limit test failure status on channel 1 LIMITS (Ch 6)

LTST Display the limits testing menu LIMITS (Ch 6)

LUP Enter upper limit value for top graph on ac

tive channel

LUP? Output upper limit value for top graph on

active channel

LUP2 Enter upper limit value for bottom graph on

active channel

LUP2? Output upper limit value for bottom graph

on active channel

LVH Select high as limits testing TTL level LIMITS (Ch 6)

LVL Select low as limits testing TTL level LIMITS (Ch 6)

LVX? Output limits testing ttl level status LIMITS (Ch 6)

SLC Clear all segmented limits definitions LIMITS (Ch 6)

SLH Enter segmented limits horizontal offset LIMITS (Ch 6)

SLH? Output segmented limits horizontal offset LIMITS (Ch 6)

SLL0 Turn lower segmented limits display off LIMITS (Ch 6)

LIMITS (Ch 6)

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FUNCTIONAL LISTING

Command Description Group

SLL1 Turn lower segmented limits display on LIMITS (Ch 6)

SLLX? Output lower segmented limits display

on/off status

SLU0 Turn upper segmented limits display off LIMITS (Ch 6)

SLU1 Turn upper segmented limits display on LIMITS (Ch 6)

SLV Enter segmented limits vertical offset LIMITS (Ch 6)

SLV? Output segmented limits vertical offset LIMITS (Ch 6)

SPH Enter active segmented limit horizontal stop

position

SPH? Output active segmented limit horizontal

stop position

SPV Enter active segmented limit vertical stop

position

SPV? Output active segmented limit vertical stop

position

STH Enter active segmented limit horizontal start

position

STH? Output active segmented limit horizontal

start position

STV Enter active segmented limit vertical start

position

STV? Output active segmented limit vertical start

position

UPL0 Turn upper limit off LIMITS (Ch 6)

UPL1 Turn upper limit on at current value LIMITS (Ch 6)

UPL20 Turn upper limit off for bottom graph LIMITS (Ch 6)

UPL21 Turn upper limit on at current value for bot

tom graph

UPL2X? Output upper limit on/off status for bottom

graph

UPLX? Output upper limit on/off status LIMITS (Ch 6)

US1 Select upper segmented limit 1 as the ac

tive segment

US10 Select upper segmented limit 10 as the ac

tive segment

US2 Select upper segmented limit 2 as the ac

tive segment

US3 Select upper segmented limit 3 as the ac

tive segment

US4 Select upper segmented limit 4 as the ac

tive segment

US5 Select upper segmented limit 5 as the ac

tive segment

US6 Select upper segmented limit 6 as the ac

tive segment

LIMITS (Ch 6)

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FUNCTIONAL LISTING

Command Description Group

US7 Select upper segmented limit 7 as the ac

US8 Select upper segmented limit 8 as the ac

US9 Select upper segmented limit 9 as the ac

SLUX? Output upper segmented limits display

AMKR Select active marker on all channels marker

BWL3 Set bandwidth loss value to 3 dB MARKERS (Ch 6)

BWLS Enter bandwidth loss value MARKERS (Ch 6)

BWLS? Output bandwidth loss value MARKERS (Ch 6)

DR1 Select Marker 1 as Delta Reference Marker MARKERS (Ch 6)

DR2 Select Marker 2 as Delta Reference Marker MARKERS (Ch 6)

DR3 Select Marker 3 as Delta Reference Marker MARKERS (Ch 6)

DR4 Select Marker 4 as Delta Reference Marker MARKERS (Ch 6)

DR5 Select Marker 5 as Delta Reference Marker MARKERS (Ch 6)

DR6 Select Marker 6 as Delta Reference Marker MARKERS (Ch 6)

DRF Turn delta reference mode on MARKERS (Ch 6)

DRO Turn delta reference mode off MARKERS (Ch 6)

DRO? Output delta reference mode on/off status MARKERS (Ch 6)

DRX? Output delta reference marker number MARKERS (Ch 6)

DSF0 Disable filter shape factor calculation MARKERS (Ch 6)

DSF1 Enable filter shape factor calculation MARKERS (Ch 6)

DSFX? Output filter shape factor calculation en

DSQ0 Disable filter Q calculation MARKERS (Ch 6)

DSQ1 Enable filter Q calculation MARKERS (Ch 6)

DSQX? Output filter Q calculation enable/disable

FLTBW? Output filter bandwidth MARKERS (Ch 6)

FLTC? Output filter center frequency MARKERS (Ch 6)

FLTL? Output filter loss at reference value MARKERS (Ch 6)

FLTQ? Output filter Q MARKERS (Ch 6)

FLTS? Output filter shape factor MARKERS (Ch 6)

FMKR Select filter parameters marker mode MARKERS (Ch 6)

M1C Set CW mode at marker 1 frequency MARKERS (Ch 6)

M1E Set sweep/zoom end to marker 1 frequency

M1S Set sweep/zoom start to marker 1 fre

tive segment

on/off status

mode

able/disable status

status

distance or time

quency distance or time

LIMITS (Ch 6)

LMITS (Ch 7)

MARKERS (Ch 6)

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FUNCTIONAL LISTING

Command Description Group

M2C Set CW mode at marker 2 frequency MARKERS (Ch 6)

M2E Set sweep/zoom end to marker 2 frequency

M2S Set sweep/zoom start to marker 2 fre

M3C Set CW mode at marker 3 frequency MARKERS (Ch 6)

M3E Set sweep/zoom end to marker 3 frequency

M3S Set sweep/zoom start to marker 3 fre

M4C Set CW mode at marker 4 frequency MARKERS (Ch 6)

M4E Set sweep/zoom end to marker 4 frequency

M4S Set sweep/zoom start to marker 4 fre

M5C Set CW mode at marker 5 frequency MARKERS (Ch 6)

M5E Set sweep/zoom end to marker 5 frequency

M5S Set sweep/zoom start to marker 5 fre-

M6C Set CW mode at marker 6 frequency MARKERS (Ch 6)

M6E Set sweep/zoom end to marker 6 frequency

M6S Set sweep/zoom start to marker 6 fre-

MK1 Enter marker 1 frequency distance or time

MK1? Output marker 1 frequency distance or time MARKERS (Ch 6)

MK2 Enter marker 2 frequency distance or time

MK2? Output marker 2 frequency distance or time MARKERS (Ch 6)

MK3 Enter marker 3 frequency distance or time

MK3? Output marker 3 frequency distance or time MARKERS (Ch 6)

MK4 Enter marker 4 frequency distance or time

MK4? Output marker 4 frequency distance or time MARKERS (Ch 6)

MK5 Enter marker 5 frequency distance or time

MK5? Output marker 5 frequency distance or time MARKERS (Ch 6)

MK6 Enter marker 6 frequency distance or time

MK6? Output marker 6 frequency distance or time MARKERS (Ch 6)

MKRC Select interpolated marker functionality MARKERS (Ch 6)

distance or time

quency distance or time

distance or time

quency distance or time

distance or time

quency distance or time

distance or time

quency distance or time

distance or time

quency distance or time

and turn on

MARKERS (Ch 6)

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FUNCTIONAL LISTING

Command Description Group

MKRD Select discrete marker functionality MARKERS (Ch 6)

MKRX? Output interpolated/discrete marker func

tionality

MKSL Marker search left MARKERS (Ch 6)

MKSR Marker search right MARKERS (Ch 6)

MKT0 Turn marker tracking off MARKERS (Ch 6)

MKT1 Turn marker tracking on MARKERS (Ch 6)

MKTX? Output marker tracking on/off status MARKERS (Ch 6)

MMN Move active marker to minimum trace value MARKERS (Ch 6)

MMX Move active marker to maximum trace

value

MO1 Turn off marker 1 MARKERS (Ch 6)

MO2 Turn off marker 2 MARKERS (Ch 6)

MO3 Turn off marker 3 MARKERS (Ch 6)

MO4 Turn off marker 4 MARKERS (Ch 6)

MO5 Turn off marker 5 MARKERS (Ch 6)

MO6 Turn off marker 6 MARKERS (Ch 6)

MOF Turn marker display off MARKERS (Ch 6)

MON Turn marker display on MARKERS (Ch 6)

MON? Output marker display on/off status MARKERS (Ch 6)

MR1 Turn marker 1 on and make it the active

marker

MR1? Output marker 1 on/off status MARKERS (Ch 6)

MR2 Turn marker 2 on and make it the active

marker

MR2? Output marker 2 on/off status MARKERS (Ch 6)

MR3 Turn marker 3 on and make it the active

marker

MR3? Output marker 3 on/off status MARKERS (Ch 6)

MR4 Turn marker 4 on and make it the active

marker

MR4? Output marker 4 on/off status MARKERS (Ch 6)

MR5 Turn marker 5 on and make it the active

marker

MR5? Output marker 5 on/off status MARKERS (Ch 6)

MR6 Turn marker 6 on and make it the active

marker

MR6? Output marker 6 on/off status MARKERS (Ch 6)

MRM Display the Marker Readout menu MARKERS (Ch 6)

MRX? Output active marker number MARKERS (Ch 6)

MSFH Enter high loss value for shape factor calcu

lation

MARKERS (Ch 6)

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FUNCTIONAL LISTING

Command Description Group

MSFH? Output high loss value for shape factor cal

culation

MSFL Enter low loss value for shape factor calcu

lation

MSFL? Output low loss value for shape factor cal

culation

MSR0 Select 0 as reference for marker search and

bandwidth calculation

MSRD Select delta reference marker as reference

for marker search and bandwidth calcula tion

MSRM Select maximum as reference for marker

search and bandwidth calculation

MSRX? Output reference selection for marker

search and bandwidth calculation

NMKR Select normal markers on active channel

marker mode

SMKR Select marker search marker mode MARKERS (Ch 6)

SRCH Enter marker search value MARKERS (Ch 6)

SRCH? Output marker search value MARKERS (Ch 6)

XMKR? Output marker mode MARKERS (Ch 6)

AH0 Turn automatic DUT protection off MEASUREMENT (Ch 4)

AH1 Turn automatic DUT protection on MEASUREMENT (Ch 4)

AHX? Output automatic DUT protection on/off sta-

tus

BH0 Turn bias off while in hold MEASUREMENT (Ch 4)

BH1 Turn bias on while in hold MEASUREMENT (Ch 4)

BHX? Output bias on/off during hold status MEASUREMENT (Ch 4)

CNTR Enter center frequency MEASUREMENT (Ch 4)

CNTR? Output center frequency MEASUREMENT (Ch 4)

CTN Continue sweeping from current point MEASUREMENT (Ch 4)

CWDEC Subtract 1 from the current CW index MEASUREMENT (Ch 4)

CWF Enter CW frequency and turn CW on MEASUREMENT (Ch 4)

CWF? Output CW frequency MEASUREMENT (Ch 4)

CWF2I? Output index for frequency given MEASUREMENT (Ch 4)

CWI Enter index for CW frequency and turn CWonMEASUREMENT (Ch 4)

MARKERS (Ch 6)

MEASUREMENT (Ch 4)

CWI? Output current index number MEASUREMENT (Ch 4)

CWI2F? Output frequency for index given MEASUREMENT (Ch 4)

CWINC Add 1 to the current CW index MEASUREMENT (Ch 4)

CWN2I Add N to the current CW index MEASUREMENT (Ch 4)

CWON Turn CW on at current CW frequency MEASUREMENT (Ch 4)

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FUNCTIONAL LISTING

Command Description Group

CWON? Output CW on/off status MEASUREMENT (Ch 4)

CWP Enter number of points drawn in CW MEASUREMENT (Ch 4)

CWP? Output number of points drawn in CW MEASUREMENT (Ch 4)

CWSRT Set CW frequency to the start frequency MEASUREMENT (Ch 4)

CWSTP Set CW frequency to the stop frequency MEASUREMENT (Ch 4)

EANAIN Measure External Analog In on active chan

nel

FHI Set data points to 1601 MEASUREMENT (Ch 4)

FIL Fill defined discrete frequency range MEASUREMENT (Ch 4)

FLO Set data points to 101 MEASUREMENT (Ch 4)

FME Set data points to 401 MEASUREMENT (Ch 4)

FP0 Turn flat power correction off MEASUREMENT (Ch 4)

FP1 Turn flat power correction on MEASUREMENT (Ch 4)

FRC Clear all defined discrete frequency ranges MEASUREMENT (Ch 4)

FRI Enter Discrete Fill increment frequency MEASUREMENT (Ch 4)

FRP Enter Discrete Fill number of points MEASUREMENT (Ch 4)

FRS Enter Discrete Fill start frequency MEASUREMENT (Ch 4)

HC0 Disable internal IF calibration MEASUREMENT (Ch 4)

HC1 Enable internal IF calibration and trigger an

IF calibration

HCT Trigger an IF calibration MEASUREMENT (Ch 4)

HCX? Output internal IF calibration enable/disable

status

HLD Put sweep into hold mode MEASUREMENT (Ch 4)

HLD? Output the sweep hold status MEASUREMENT (Ch 4)

HLDX? Output hold mode (continue, restart, or sin

gle sweep)

IFP Enter current front panel setup MEASUREMENT (Ch 4)

IFV Enter frequency values MEASUREMENT (Ch 4)

IS1 Enter front panel setup 1 MEASUREMENT (Ch 4)

IS10 Enter front panel setup 10 MEASUREMENT (Ch 4)

IS2 Enter front panel setup 2 MEASUREMENT (Ch 4)

IS3 Enter front panel setup 3 MEASUREMENT (Ch 4)

IS4 Enter front panel setup 4 MEASUREMENT (Ch 4)

IS5 Enter front panel setup 5 MEASUREMENT (Ch 4)

IS6 Enter front panel setup 6 MEASUREMENT (Ch 4)

IS7 Enter front panel setup 7 MEASUREMENT (Ch 4)

IS8 Enter front panel setup 8 MEASUREMENT (Ch 4)

IS9 Enter front panel setup 9 MEASUREMENT (Ch 4)

MEASUREMENT (Ch 4)

37XXXD GPIB QRG 69

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FUNCTIONAL LISTING

Command Description Group

LA1 Select a1 = Ra as phase lock for parameter

being defined

LA2 Select a2 = Rb as phase lock for parameter

being defined

LAX? Output phase lock selection for parameter

being defined

NP101 Set data points to 101 MEASUREMENT (Ch 4)

NP1601 Set data points to 1601 MEASUREMENT (Ch 4)

NP201 Set data points to 201 MEASUREMENT (Ch 4)

NP401 Set data points to 401 MEASUREMENT (Ch 4)

NP51 Set data points to 51 MEASUREMENT (Ch 4)

NP801 Set data points to 801 MEASUREMENT (Ch 4)

ONDF Output number of discrete frequencies MEASUREMENT (Ch 4)

PTP Enter the target power for flat power correc

tion

PTP? Output the target power for flat power cor

rection

PW1 Enter external source 1 power level MEASUREMENT (Ch 4)

PW1? Output external source 1 power level MEASUREMENT (Ch 4)

PW2 Enter external source power level MEASUREMENT (Ch 4)

PW2? Output external source power level MEASUREMENT (Ch 4)

PWR Enter internal source power level MEASUREMENT (Ch 4)

PWR? Output internal source power level MEASUREMENT (Ch 4)

TA2 Enter port 2 test attenuator value MEASUREMENT (Ch 4)

TA2? Output port 2 test attenuator value MEASUREMENT (Ch 4)

TA2MAX? Output port 2 test attenuator max value MEASUREMENT (Ch 4)

RH0 Select RF off in hold mode MEASUREMENT (Ch 4)

RH1 Select RF on in hold MEASUREMENT (Ch 4)

RHX? Output RF on/off during hold status MEASUREMENT (Ch 4)

RT0 Turn retrace rf off MEASUREMENT (Ch 4)

RT1 Turn retrace rf on MEASUREMENT (Ch 4)

RTX? Output retrace rf on/off status MEASUREMENT (Ch 4)

S11 Measure S11 on active channel MEASUREMENT (Ch 4)

S12 Measure S12 on active channel MEASUREMENT (Ch 4)

S21 Measure S21 on active channel MEASUREMENT (Ch 4)

S22 Measure S22 on active channel MEASUREMENT (Ch 4)

SA1 Enter port 1 source attenuator value MEASUREMENT (Ch 4)

SA1? Output port 1 source attenuator value MEASUREMENT (Ch 4)

SA1MAX? Output port 1 source attenuator max value MEASUREMENT (Ch 4)

SAMP? Output the number of samplers used for

measurements

MEASUREMENT (Ch 4)

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FUNCTIONAL LISTING

Command Description Group

SAMP2 Use 2 samplers for measurements MEASUREMENT (Ch 4)

SAMP3 Use 3 samplers for measurements MEASUREMENT (Ch 4)

SPAN Enter frequency span MEASUREMENT (Ch 4)

SPAN? Output frequency span MEASUREMENT (Ch 4)

SRC2? Output external source 2 existence informa

tion

SRT Enter start frequency MEASUREMENT (Ch 4)

SRT? Output start frequency MEASUREMENT (Ch 4)

STP Enter stop frequency MEASUREMENT (Ch 4)

STP? Output stop frequency MEASUREMENT (Ch 4)

SWP Return to normal sweep mode MEASUREMENT (Ch 4)

SWP? Output sweep mode MEASUREMENT (Ch 4)

SWPDIR? Output instantaneous sweep direction for

ward/reverse

SXX? Output s parameter or user defined param

eter of active channel

TEX Select external (rear panel) measurement

triggering

TIN Select internal measurement triggering MEASUREMENT (Ch 4)

TRS Trigger/restart sweep MEASUREMENT (Ch 4)

TXX? Output trigger source internal/exter-

nal/get/extddt status

WFS Wait full sweep until all display data is valid MEASUREMENT (Ch 4)

DPRX? Output data pair mode visible only or pair

always

OGCFD Output gain compression final data to GPIB MEASUREMENT DATA (Ch 7)

OGCFV Output gain compression frequency values

to GPIB

ONP Output number of points currently being

measured

ONPV Output the number of power sweep power

values

OPSV Output power sweep power values MEASUREMENT DATA (Ch 7)

OS11C Output corrected S11 data MEASUREMENT DATA (Ch 7)

OS11R Output raw S11 data MEASUREMENT DATA (Ch 7)

OS12C Output corrected S12 data MEASUREMENT DATA (Ch 7)

OS12R Output raw S12 data MEASUREMENT DATA (Ch 7)

OS21C Output corrected S21 data MEASUREMENT DATA (Ch 7)

OS21R Output raw S21 data MEASUREMENT DATA (Ch 7)

OS22C Output corrected S22 data MEASUREMENT DATA (Ch 7)

OS22R Output raw S22 data MEASUREMENT DATA (Ch 7)

OTV Output time values for time domain MEASUREMENT DATA (Ch 7)

MEASUREMENT (Ch 4)

MEASUREMENT DATA (Ch 7)

37XXXD GPIB QRG 71

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FUNCTIONAL LISTING

Command Description Group

IMCF Enter merge calibration files from GPIB and

LDMCF Load merge calibration files from disk and

BDMM Define Millimeter Wave band equations MILLIMETER WAVE (Ch 9)

BSP Enter band stop frequency MILLIMETER WAVE (Ch 9)

BSP? Output band stop frequency MILLIMETER WAVE (Ch 9)

BST Enter band start frequency MILLIMETER WAVE (Ch 9)

BST? Output band start frequency MILLIMETER WAVE (Ch 9)

CLBMM Clear the new Millimeter Wave band defini

E12 Set Millimeter Wave band to E band

E12E Set Millimeter Wave band to E band

F08 Set Millimeter Wave Band to F Band

MMBX? Output Millimeter Wave band selection MILLIMETER WAVE (Ch 9)

P1MMA Set Port 1 Millimeter Wave Head to Am-

P1MMN Set Port 1 Millimeter Wave Head to None MILLIMETER WAVE (Ch 9)

P1MMR Set Port 1 Millimeter Wave Head to Re-

P1MMT Set Port 1 Millimeter Wave Head to Trans-

P1MMX? Output Port 1 Millimeter Wave Head type MILLIMETER WAVE (Ch 9)

P2MMA Set Port 2 Millimeter Wave Head to Am

P2MMN Set Port 2 Millimeter Wave Head to none MILLIMETER WAVE (Ch 9)

P2MMR Set Port 2 Millimeter Wave Head to Re

P2MMT Set Port 2 Millimeter Wave Head to Trans

P2MMX? Output Port 2 Millimeter Wave Head type MILLIMETER WAVE (Ch 9)

Q22 Set Millimeter Wave Band to Q Band

SELBB Select Broadband test set operation MILLIMETER WAVE (Ch 9)

SELINT Select Internal (normal) test set operation MILLIMETER WAVE (Ch 9)

SELMM Select Millimeter Wave test set operation MILLIMETER WAVE (Ch 9)

SELSP Select S-parameter test set operation MILLIMETER WAVE (Ch 9)

SELXX? Output the test set selection MMWave/Inter

SVBMM Save and activate the new Millimeter Wave

combine

tions

(WR-12)

(WR-8)

plified (3742)

ceiver (3741)

mit/Receiver (3740)

plified (3742)

ceiver (3741)

mit/Receiver (3740)

(WR-22)

nal

band definitions

MERGE CAL FILES (Ch 9)

MILLIMETER WAVE (Ch 9)

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FUNCTIONAL LISTING

Command Description Group

V15 Set Millimeter Wave Band to V Band

(WR-15)

W10 Set Millimeter Wave Band to W Band

(WR-10)

W10E Set Millimeter Wave Band to extended W

Band (WR-10E)

IHDW Enter hardware cal data from GPIB MISCELLANEOUS (Ch 7)

IKIT Enter calkit data from GPIB MISCELLANEOUS (Ch 7)

IND Input Normalization data MISCELLANEOUS (Ch 7)

INRM Enter normalization data from GPIB MISCELLANEOUS (Ch 7)

LID Enter string for DUT identity MISCELLANEOUS (Ch 7)

LID? Output string for DUT identity MISCELLANEOUS (Ch 7)

OHDW Output hardware cal data to GPIB MISCELLANEOUS (Ch 7)

ONRM Output stored normalization data to GPIB MISCELLANEOUS (Ch 7)

BD1 Select band 1 for definition MULTIPLE SOURCE CONTROL (Ch 9)

BD2 Select band 2 for definition MULTIPLE SOURCE CONTROL (Ch 9)

BD3 Select band 3 for definition MULTIPLE SOURCE CONTROL (Ch 9)

BD4 Select band 4 for definition MULTIPLE SOURCE CONTROL (Ch 9)

BD5 Select band 5 for definition MULTIPLE SOURCE CONTROL (Ch 9)

CLB Clear all multiple source band definitions MULTIPLE SOURCE CONTROL (Ch 9)

ECW Select CW operation for component being

edited

ED1 Edit source 1 equation MULTIPLE SOURCE CONTROL (Ch 9)

ED2 Edit source 2 equation MULTIPLE SOURCE CONTROL (Ch 9)

EDR Edit receiver equation MULTIPLE SOURCE CONTROL (Ch 9)

EDV Enter divisor value for equation being edited MULTIPLE SOURCE CONTROL (Ch 9)

EDV? Output divisor value for equation being ed

ited

EML Enter multiplier value for equation being ed

ited

EML? Output multiplier value for equation being

edited

EOS Enter offset frequency for equation being

edited

EOS? Output offset frequency for equation being

edited

ESW Select sweep operation for component be

ing edited

EX1RF0 Turn external source 1 rf off MULTIPLE SOURCE CONTROL (Ch 9)

EX1RF1 Turn external source 1 rf on MULTIPLE SOURCE CONTROL (Ch 9)

EX2RF0 Turn external source 2 rf off MULTIPLE SOURCE CONTROL (Ch 9)

EX2RF1 Turn external source 2 rf on MULTIPLE SOURCE CONTROL (Ch 9)

MILLIMETER WAVE (Ch 9)

MULTIPLE SOURCE CONTROL (Ch 9)

37XXXD GPIB QRG 73

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FUNCTIONAL LISTING

Command Description Group

EXW? Output multiple source sweep flag for equa

tion being edited

LTRD Output response data from the dedicated

GPIB bus

LTWRT Send program data to the dedicated GPIB

bus

MS0 Turn multiple source mode off MULTIPLE SOURCE CONTROL (Ch 9)

MS1 Turn multiple source mode on MULTIPLE SOURCE CONTROL (Ch 9)

MSD Select multiple source define mode MULTIPLE SOURCE CONTROL (Ch 9)

MSX? Output multiple source mode on/off/define MULTIPLE SOURCE CONTROL (Ch 9)

SRC1? Output external source 1 existence informa

tion

SRC1AC Select source 1 as active MULTIPLE SOURCE CONTROL (Ch 9)

SRC1AC? Output source 1 active/inactive status MULTIPLE SOURCE CONTROL (Ch 9)

SRC1EX Select source 1 as external MULTIPLE SOURCE CONTROL (Ch 9)

SRC1EX? Output source 1 external/internal status MULTIPLE SOURCE CONTROL (Ch 9)

SRC1G0 Turn source 1 GPIB control off MULTIPLE SOURCE CONTROL (Ch 9)

SRC1G1 Turn source 1 GPIB control on MULTIPLE SOURCE CONTROL (Ch 9)

SRC1GX? Output source 1 GPIB control on/off status MULTIPLE SOURCE CONTROL (Ch 9)

SRC1MOD? Output external source 1 model/version

string

SRC1NA Select source 1 as not active MULTIPLE SOURCE CONTROL (Ch 9)

SRC1NT Select source 1 as internal MULTIPLE SOURCE CONTROL (Ch 9)

SRC2 Select source power voltage testing MULTIPLE SOURCE CONTROL (Ch 9)

SRC2AC Select source 2 as active MULTIPLE SOURCE CONTROL (Ch 9)

SRC2AC? Output source 2 active/inactive status MULTIPLE SOURCE CONTROL (Ch 9)

SRC2G0 Turn source 2 GPIB control off MULTIPLE SOURCE CONTROL (Ch 9)

SRC2G1 Turn source 2 GPIB control on MULTIPLE SOURCE CONTROL (Ch 9)

SRC2GX? Output source 2 GPIB control on/off status MULTIPLE SOURCE CONTROL (Ch 9)

SRC2MOD? Output external Source 2 model/version

string

SRC2NA Select source 2 as not active MULTIPLE SOURCE CONTROL (Ch 9)

SVB Save current band definitions MULTIPLE SOURCE CONTROL (Ch 9)

INXNO1 Enter NxN data and send device1 data to

GPIB

INXNO2 Enter NxN data and send device2 data to

GPIB

INXNO3 Enter NxN data and send device3 data to

GPIB

INXNSV1 Enter NxN data and save device1 data to

disk

MULTIPLE SOURCE CONTROL (Ch 9)

NXN SOLUTION (Ch 9)

74 37XXXD GPIB QRG

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FUNCTIONAL LISTING

Command Description Group

INXNSV2 Enter NxN data and save device2 data to

disk

INXNSV3 Enter NxN data and save device3 data to

disk

LDNXNO1 Load NxN files from disk and send device1

datatoGPIB

LDNXNO2 Load NxN files from disk and send device2

datatoGPIB

LDNXNO3 Load NxN files from disk and send device3

datatoGPIB

LDNXNSV1 Load NxN data from disk and save device1

data to disk

LDNXNSV2 Load NxN data from disk and save device2

data to disk

LDNXNSV3 Load NxN data from disk and save device3

data to disk

NXNL1 Enter length for NxN device 1 NXN SOLUTION (Ch 9)

NXNL1? Output length for NxN device 1 NXN SOLUTION (Ch 9)

NXNL2 Enter length for NxN device 2 NXN SOLUTION (Ch 9)

NXNL2? Output length for NxN device 2 NXN SOLUTION (Ch 9)

NXNL3 Enter length for NxN device 3 NXN SOLUTION (Ch 9)

NXNL3? Output length for NxN device 3 NXN SOLUTION (Ch 9)

IODF Enter the optical file data from GPIB and

calibrate

LDODF Load optical data files from disk and cali

brate

DGT Display 1st CRT test pattern PERIPHERAL TESTS (Ch 8)

DGT1 Display 1st CRT test pattern PERIPHERAL TESTS (Ch 8)

DGT2 Display 2nd CRT test pattern PERIPHERAL TESTS (Ch 8)

DGT3 Display 3rd CRT test pattern PERIPHERAL TESTS (Ch 8)

EKT Select external keyboard testing PERIPHERAL TESTS (Ch 8)

FPT Select front panel keypad testing PERIPHERAL TESTS (Ch 8)

PRT? Perform printer test and output status PERIPHERAL TESTS (Ch 8)

RPO Enter rear panel dc voltage value REAR PANEL OUTPUT (Ch 9)

RPO? Output rear panel dc voltage value REAR PANEL OUTPUT (Ch 9)

RV0 Turn rear panel output voltage off REAR PANEL OUTPUT (Ch 9)

RV1 Turn rear panel output voltage on REAR PANEL OUTPUT (Ch 9)

RV1? Output rear panel output voltage on/off sta

tus

RVD Set rear panel output mode to dc value REAR PANEL OUTPUT (Ch 9)

RVH Set rear panel output mode to horizontal REAR PANEL OUTPUT (Ch 9)

RVL Set rear panel output mode to lock direction REAR PANEL OUTPUT (Ch 9)

NXN SOLUTION (Ch 9)

OPTICAL APPLICATION (Ch 9)

REAR PANEL OUTPUT (Ch 9)

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FUNCTIONAL LISTING

Command Description Group

RVV Set rear panel output mode to vertical REAR PANEL OUTPUT (Ch 9)

RVX? Output rear panel output mode REAR PANEL OUTPUT (Ch 9)

VSP Enter rear panel stop voltage value REAR PANEL OUTPUT (Ch 9)

VSP? Output rear panel stop voltage value REAR PANEL OUTPUT (Ch 9)

VST Enter rear panel start voltage value REAR PANEL OUTPUT (Ch 9)

VST? Output rear panel start voltage value REAR PANEL OUTPUT (Ch 9)

SDR? Output receiver mode RECEIVER MODE (Ch 9)

SL1 Select source lock mode RECEIVER MODE (Ch 9)

ST1 Select set on mode RECEIVER MODE (Ch 9)

TK1 Select tracking mode RECEIVER MODE (Ch 9)

RC1 Recall front panel setup number 1 from

memory

RC10 Recall front panel setup number 10 from

memory

RC2 Recall front panel setup number 2 from

memory

RC3 Recall front panel setup number 3 from

memory

RC4 Recall front panel setup number 4 from

memory

RC5 Recall front panel setup number 5 from

memory

RC6 Recall front panel setup number 6 from

memory

RC7 Recall front panel setup number 7 from

memory

RC8 Recall front panel setup number 8 from

memory

RC9 Recall front panel setup number 9 from

memory

SV1 Save front panel setup number 1 to memory SAVE/RECALL (Ch 8)

SV10 Save front panel setup number 10 to mem

ory

SV2 Save front panel setup number 2 to memory SAVE/RECALL (Ch 8)

SV3 Save front panel setup number 3 to memory SAVE/RECALL (Ch 8)

SV4 Save front panel setup number 4 to memory SAVE/RECALL (Ch 8)

SV5 Save front panel setup number 5 to memory SAVE/RECALL (Ch 8)

SV6 Save front panel setup number 6 to memory SAVE/RECALL (Ch 8)

SV7 Save front panel setup number 7 to memory SAVE/RECALL (Ch 8)

SV8 Save front panel setup number 8 to memory SAVE/RECALL (Ch 8)

SV9 Save front panel setup number 9 to memory SAVE/RECALL (Ch 8)

*OPT? Output the 488.2 options installed string SERVICE LOG (Ch 8)

SAVE/RECALL (Ch 8)

76 37XXXD GPIB QRG

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FUNCTIONAL LISTING

Command Description Group

CSL Clear service log SERVICE LOG (Ch 8)

PEL Print the error list SERVICE LOG (Ch 8)

ILM Enter limits status byte mask STATUS BYTE (Ch 7)

IPM Enter the 488.2 Service Request Enable

mask

IEM Enter extended status byte mask STATUS BYTE (Ch 8)

CSB Clear status bytes and structures (same as

*CLS)

OEB Output extended status byte STATUS REPORTING (Ch 7)

OEM Output extended status byte mask STATUS REPORTING (Ch 7)

OLB Output limits status byte STATUS REPORTING (Ch 7)

ANNCOL Enter the color number for annotation and

menu text

ANNCOL? Output the color number for annotation and

menu text

BC0 Turn CRT display off (disabled) SYSTEM STATE (Ch 8)

BC1 Turn CRT display on (disabled) SYSTEM STATE (Ch 8)

BCKCOL Enter the color number for background SYSTEM STATE (Ch 8)

BCKCOL? Output the color number for background SYSTEM STATE (Ch 8)

DD1 Turn data drawing on SYSTEM STATE (Ch 8)

DD1? Output data drawing on/off status SYSTEM STATE (Ch 8)

BCX? Output CRT display on/off status SYSTEM STATE (Ch 8)

BEEP0 Disable the instrument beeper on GPIB er

rors

BEEP1 Enable the instrument beeper on GPIB er

rors

BEEPX? Output GPIB beep on error enable/disable

status

BRILL Activate color configuration Brilliant SYSTEM STATE (Ch 8)

CLASS Activate color configuration Classic SYSTEM STATE (Ch 8)

DATCOL Enter the color number for data SYSTEM STATE (Ch 8)

DATCOL? Output the color number for data SYSTEM STATE (Ch 8)

DATE Enter the system date SYSTEM STATE (Ch 8)

DATE? Output the system date SYSTEM STATE (Ch 8)

DC1 Display channel 1 and 2 operating parame

ters

DC3 Display channel 3 and 4 operating parame

ters

DCP Display calibration parameters 1st page SYSTEM STATE (Ch 8)

DCP1 Display calibration parameters 1st page SYSTEM STATE (Ch 8)

DCP2 Display calibration parameters 2nd page SYSTEM STATE (Ch 8)

DD0 Turn data drawing off SYSTEM STATE (Ch 8)

STATUS BYTE (Ch 7)

STATUS REPORTING (Ch 7)

SYSTEM STATE (Ch 8)

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FUNCTIONAL LISTING

Command Description Group

DF1 Display 1.0 mm female connector informa

tion

DF2 Display 2.4mm female connector informa

tion

DF3 Display GPC-3.5 female connector informa

tion

DF716 Display 7/16 female connector information SYSTEM STATE (Ch 8)

DFK Display K female connector information SYSTEM STATE (Ch 8)

DFN Display N female connector information SYSTEM STATE (Ch 8)

DFN75 Display N Female 75-Ohm connector infor

mation

DFP Display Front panel instrument state SYSTEM STATE (Ch 8)

DFS Display SMA female connector information SYSTEM STATE (Ch 8)

DFSP Display Special Female connector informa

tion

DFT Display TNC female connector information SYSTEM STATE (Ch 8)

DFV Display V female connector information SYSTEM STATE (Ch 8)

DG7 Display GPC-7 Male connector information SYSTEM STATE (Ch 8)

DGS Display GPIB status information SYSTEM STATE (Ch 8)

DM1 Display 1.0 mm male connector information SYSTEM STATE (Ch 8)

DM2 Display 2.4mm male connector information SYSTEM STATE (Ch 8)

DM3 Display GPC-3.5 male connector informa-

tion

DM716 Display 7/16 male connector information SYSTEM STATE (Ch 8)

DMK Display K male connector information SYSTEM STATE (Ch 8)

DMN Display N male connector information SYSTEM STATE (Ch 8)

DMN75 Display N Male 75-Ohm connector informa

tion

DMS Display SMA male connector information SYSTEM STATE (Ch 8)

DMSP Display Special Male connector information SYSTEM STATE (Ch 8)

DMT Display TNC male connector information SYSTEM STATE (Ch 8)

DMV Display V male connector information SYSTEM STATE (Ch 8)

DOASF Display band A special female connector

offset-short information

DOASM Display band A special male connector off

set-short information

DOBSF Display band B special female connector

offset-short information

DOBSM Display band B special male connector off

set-short information

DOCSF Display band C special female connector

offset-short information

SYSTEM STATE (Ch 8)

78 37XXXD GPIB QRG

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FUNCTIONAL LISTING

Command Description Group

DOCSM Display band C special male connector off

DOF1 Display 1.0 mm female connector off

DOM1 Display 1.0 mm male connector offset-short

DWG Display waveguide parameters SYSTEM STATE (Ch 8)

FOF Blank frequency information SYSTEM STATE (Ch 8)

FON Display frequency information SYSTEM STATE (Ch 8)

FOX? Output frequency information on/off status SYSTEM STATE (Ch 8)

GRTCOL Enter the color number for the graticule SYSTEM STATE (Ch 8)

GRTCOL? Output the color number for the graticule SYSTEM STATE (Ch 8)

INVER Activate color configuration Inverse SYSTEM STATE (Ch 8)

LAYCOL Enter the color number for overlay data SYSTEM STATE (Ch 8)

LAYCOL? Output the color number for overlay data SYSTEM STATE (Ch 8)

MKRCOL Enter the color number for the markers SYSTEM STATE (Ch 8)

MKRCOL? Output the color number for the markers SYSTEM STATE (Ch 8)

MNUCOL Enter the color number for the menu head-

MNUCOL? Output the color number for the menu head-

NEWCO Activate color configuration New SYSTEM STATE (Ch 8)

RST Instrument reset (same as *RST) SYSTEM STATE (Ch 8)

RST0 Reset instrument front panel memories and

RST1 Reset instrument and front panel memories SYSTEM STATE (Ch 8)

RSTCOL Reset color configuration to default SYSTEM STATE (Ch 8)

RTL Return to local SYSTEM STATE (Ch 8)

SOFTCO Activate color configuration Soft SYSTEM STATE (Ch 8)

SPTS? Output number of smoothing points SYSTEM STATE (Ch 8)

STOCO Store the current color configuration as Re

TIME Enter the system time SYSTEM STATE (Ch 8)

TIME? Output the system time SYSTEM STATE (Ch 8)

TRCCOL Enter the color number for memory data SYSTEM STATE (Ch 8)

TRCCOL? Output the color number for memory data SYSTEM STATE (Ch 8)

WIDE Use entire display width for graphs SYSTEM STATE (Ch 8)

DDX? Output active channel domain parameter

LPI Select lowpass impulse response for active

set-short information

information

ers

reserved parameters

set

frequency distance or time

channel

SYSTEM STATE (Ch 8)

TIME DOMAIN (Ch 9)

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FUNCTIONAL LISTING

Command Description Group

LPS Select lowpass step response for active

channel

LPSX? Output lowpass response for active channel

impulse or step

DCS Select short for DC term for lowpass TIME DOMAIN (Ch 9)

DCV Enter value for DC term for lowpass TIME DOMAIN (Ch 9)

DCV? Output lowpass DC term value TIME DOMAIN (Ch 9)

DCX? Output lowpass DC term selection TIME DOMAIN (Ch 9)

DCZ Select line impedance for DC term for

lowpass

DPI Select distance phasor impulse mode for

active channel

FGT Select frequency with time gate for active

channel

FQD Select frequency domain for active channel TIME DOMAIN (Ch 9)

GCT Enter gate center value distance or time TIME DOMAIN (Ch 9)

GCT? Output gate center value TIME DOMAIN (Ch 9)

GDS Gate symbols displayed on active channel TIME DOMAIN (Ch 9)

GLS Select low sidelobe gate shape TIME DOMAIN (Ch 9)

GMS Select minimum sidelobe gate shape TIME DOMAIN (Ch 9)

GNM Select nominal gate shape TIME DOMAIN (Ch 9)

GOF Turn off gating on active channel TIME DOMAIN (Ch 9)

GOF? Output gating mode on active channel TIME DOMAIN (Ch 9)

GON Turn on gating on active channel TIME DOMAIN (Ch 9)

GRT Select Rectangular gate shape TIME DOMAIN (Ch 9)

GSN Enter gate span value distance or time TIME DOMAIN (Ch 9)

GSN? Output gate span value TIME DOMAIN (Ch 9)

GSP Enter gate stop value distance or time TIME DOMAIN (Ch 9)

GSP? Output gate stop value TIME DOMAIN (Ch 9)

GST Enter gate start value distance or time TIME DOMAIN (Ch 9)

GST? Output gate start value TIME DOMAIN (Ch 9)

GSX? Output gate shape TIME DOMAIN (Ch 9)

MRR Restore original marker range TIME DOMAIN (Ch 9)

TBP Select time bandpass mode for active chan

nel

TDDIST Set time domain parameter to distance for

active channel

TDDIST? Output active channel time domain parame

ter distance or time

TDPI0 Turn phasor impulse response off for active

channel

TIME DOMAIN (Ch 9)

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FUNCTIONAL LISTING

Command Description Group

TDPI1 Turn phasor impulse response on for active

channel

TDPIX? Output phasor impulse on/off status for ac

tive channel

TDTIME Set time domain parameter to time for ac

tive channel

TDX? Output domain mode for active channel TIME DOMAIN (Ch 9)

TLP Select time lowpass mode for active chan

nel

TPI Select time phasor impulse mode for active

channel

WLS Select low sidelobe window shape TIME DOMAIN (Ch 9)

WMS Select minimum sidelobe window shape TIME DOMAIN (Ch 9)

WNM Select nominal window shape TIME DOMAIN (Ch 9)

WRT Select rectangular window shape TIME DOMAIN (Ch 9)

WSX? Output window shape TIME DOMAIN (Ch 9)

ZCT Enter zoom range center value time or dis-

tance

ZCT? Output zoom range center value TIME DOMAIN (Ch 9)

ZSN Enter zoom range span value time or dis-

tance

ZSN? Output zoom range span value TIME DOMAIN (Ch 9)

ZSP Enter zoom range stop value time or dis-

tance

ZSP? Output zoom range stop value TIME DOMAIN (Ch 9)

ZST Enter zoom range start value time or dis

tance

ZST? Output zoom range start value TIME DOMAIN (Ch 9)

FDH0 Select variable length arbitrary block head

ers

FDH1 Select fixed length arbitrary block headers TRANSMISSION METHODS (Ch 7)

FDH2 Select zero length arbitrary block headers TRANSMISSION METHODS (Ch 7)

FDHX? Output arbitrary block header length selec

tion

FMT0 Select normal ascii data element delimiting TRANSMISSION METHODS (Ch 7)

FMT1 Select enhanced ascii data element delimit

ing

FMTX? Output ascii data element delimiting mode TRANSMISSION METHODS (Ch 7)

TEB Select external trigger and executes *DDT

definition

TIB Select GPIB measurement triggering TRIGGERS (Ch 7)

DE1 Select unity as denominator for parameter

being defined

TIME DOMAIN (Ch 9)

TRANSMISSION METHODS (Ch 7)

TRIGGERS (Ch 7)

USER DEFINED PARAMETERS (Ch 9)

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FUNCTIONAL LISTING

Command Description Group

DA1 Select a1 = Ra as denominator for parame

ter being defined

DA2 Select a2 = Rb as denominator for parame

ter being defined

DB1 Select b1 = Ta as denominator for parame

ter being defined

DB2 Select b2 = Tb as denominator for parame

ter being defined

DEN? Output denominator selection for parameter

being defined

NA1 Select a1 as numerator for parameter being

defined

NA2 Select a2 as numerator for parameter being

defined

NB1 Select b1 as numerator for parameter being

defined

NB2 Select b2 as numerator for parameter being

defined

NU1 Select unity as numerator for parameter be-

ing defined

NUM? Output numerator selection for parameter

being defined

USL Enter label string for user parameter being

defined

USL? Output label string for user parameter being

defined

USR1 Measure user parameter 1 on active chan

nel

USR2 Measure user parameter 2 on active chan

nel

USR3 Measure user parameter 3 on active chan

nel

USR4 Measure user parameter 4 on active chan

nel

USER DEFINED PARAMETERS (Ch 9)

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Anritsu 37397D Quick Reference Guide

Specifications and Main Features

Frequently Asked Questions

User Manual

Table of Contents

1. INTRODUCTION This appendix provides a quick reference to the 37XXXD GPIB Pro

ALPHABETICAL LISTING

FUNCTIONAL LISTING