Agilent 8924C Programmers Guide

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HP 8924C CDMA Mobile Station Test Set

Condensed Programming Reference Guide

Firmware Version A.07.04 and above

CDMA CALL CONTROL

CALL ANS

USER DATA

CDMA SCRNS

CELL

k1’

CALL

CTRL

k2’

SPECTRUM

GEN

CTRL

k3’

ANALOG SCRNS

ASSIGN

ENCODER

ANL

RELEASE

SPEC ANL

GEN

POWER

MAX PWR

DO NOT APPLY

RF WHEN OFF

RF IN/OUT

MAX PWR

200 mW

6 W

ANTENNA INDUPLEX OUT

HP Part No. 08924-90048

Printed in U. S. A.

November 1999

END CALL

RANGE

RX TEST

MSRPT

TX TEST

DECODER

RX TEST ACP TX TESTAFANL

SCOPE

DUPLEX

FUNCTIONS

MSG

PRINTER

HELP

DATA FUNCTIONS

REF SET

METER

INCR

: 10

SET

LO LIMIT HI LIMIT

CURSOR CONTROL

CANCELSHIFT

I/O CONFIG CONFIG

PREV TESTS

AVG

INCR X10

PUSH TO SELECT

INSTRUMENT STATE

ADRS

LOCAL

RECALL

789

456 123 0

YES

ppm

ON/OFF

AUDIO OUTSQUELCHVOLUMEMIC/ACC

MAX

12 v Pk

SAVE

HOLD

MEAS

PRESET

RESET

MEMOR Y CARD

ENTER

dB GHz dBm

MHz

V s

kHz

Ω

µV

dBµV

AUDIO IN

LOHI

MAX

42 v Pk

Rev. G

Notice Information contained in this document is subject to change without notice.

This material may be reproduced by or for the U.S. Government pursuant to the Copyright License under the clause at DFARS 52.227-7013 (APR 1988).

Hewlett-Packard Company Learning Products Department 24001 E. Mission Liberty Lake, WA 99019-9599 U.S.A.

Manufacturer’s Declaration

This statement is provided to comply with the requirements of the German Sound Emission Directive, from 18 January 1991.

This product has a sound pressure emission (at the operator position) < 70 dB(A).

• Sound Pressure Lp < 70 dB(A).

• At Operator Position.

• Normal Operation.

• According to ISO 7779:1988/EN 27779:1991 (Type Test).

Herstellerbescheinigung

Diese Information steht im Zusammenhang mit den Anforderungen der

Maschinenlärminformationsverordnung vom 18 Januar 1991.

• Schalldruckpegel Lp < 70 dB(A).

• Am Arbeitsplatz.

• Normaler Betrieb.

• Nach ISO 7779:1988/EN 27779:1991 (Typprüfung).

Safety Considerations

WARNING

GENERAL This product and related documentation must be reviewed for familiarization with

safety markings and instructions before operation. This product has been designed and tested in accordance with IEC Publication

1010, "Safety Requirements for Electronic Measuring Apparatus," and has been supplied in a safe condition. This instruction documentation contains information and warnings which must be followed by the user to ensure safe operation and to maintain the product in a safe condition.

SAFETY EAR T H GR O UN D A uninterruptible safety earth ground must be provided from the main power

source to the product input wiring terminals, power cord, or supplied power cord set.

CHASSIS GROUND TERMINAL To prevent a potential shock hazard, always connect the rear-panel chassis ground

terminal to earth ground when operating this instrument from a dc power source. SAFETY SYMBOLS Indicates instrument damage can occur if indicated operating limits are exceeded.

Indicates hazardous voltages. Indicates earth (ground) terminal

A WARNING note denotes a hazard. It calls attention to a procedure, practice, or the like, which, if not correctly performed or adhered to, could result in personal injury. Do not proceed beyond a WARNING sign until the indicated conditions are fully understood a nd met.

CAUTION

A CAUTION note denotes a ha zard. It calls att entio n to an opera tion proced ure, practice, or the like, which, if not correctly performed or adhered to, could result in damage to or destruction of part or all of the product. Do not proceed beyond an CAUTION note until the indicated co nditions are fully understood and met.

Safety Considerations for this Instrument

WARNING This product is a Safety Class I instrument (provided with a protective

earthing ground incorporated in the power cord). The mains plug shall only be inserted in a socket outlet provided w ith a protective earth co ntact. Any interruption of the protective conductor inside or outside of the product is likely to make the product dangerous. Intentional interruption is prohibited..

Whenever it is likely that the protection h as been imp aired, the instru ment must be made inoperative and be secured against any unintended operation.

If this instrument is to be energized via an auto transformer (for voltage reduction), make sure the common terminal is connected to the earth terminal of the power source.

If this produ ct is not use d as specified, the protection provided by the equipment could be impaired. This product must be used in a normal condition (in which all means for protection are intact) only.

No operator serviceable parts in this product. Refer servicing to qualified personnel. To prevent electrical shock, do not remove covers.

Servicing instructions are for use by qualified personnel only. To avoid electrical shock, do not perform any servicing unless you are qualified to do so.

The opening of covers or removal of parts is likel y to expose dangerous voltages. Disconnect the product from all voltage sources while it is bein g opened.

Adjustments described in the manual are performed with power supplied to the instrument while protective co vers are removed. Energy available at many points may, if contacted, result in perso nal injury.

The power cord is connected to internal capacitors that my remain live for 5 seconds after disconnecting the plug from its power supply.

For Continued protection against fire hazard, replace the line fuse(s) only with 250 V fuse(s) or the same current rating and type (for example, normal blow or time delay). Do not use repaired fuses or short circuited fuseholders.

CAUTION: Always use the three-prong ac power cord supplied with this prod uct. Failure to ensure

adequate earth grounding by not using this cord may cause product damage. This product is designed for use in Install atio n Cate gory II and P ollutio n Degree

2 per IEC 1010 and IEC 664 respectively. This product has autoranging line voltage input, be sure the supply voltage is

within the specified range. Ventilation Requirements: When installing the product in a cabinet, the

convection into and out of the product must not be restricted. The ambient temperature (outside the cabinet) must be less than the maximum opera ting

temperature of the product by 4° C for every 100 watts dissipa ted in the c abinet. If the total power dissipated in the cabinet is greater than 800 watts, then forced convection must be used.

Product Markings CE - the CE mark is a registered trademark of the European Community. A CE

mark accompanied by a year indicated the year the design was proven. CSA - the CSA mark is a registered trademark of the Canadian Standards

Association.

CERTIFICATION Hewlett-Packard Company certifies that this product met its published

WARRANTY This Hewlett-Packard instrument product is warranted against defects in material

LIMITATION OF WARRANTY

EXCLUSIVE REMEDIES

ASSISTANCE Product maintenance agreements and other customer assistance agreements are

specifications at the time of shipment from the factory. Hewlett-Packard further certifies that its calibration measurements are traceable to the United States National Institute of Standards and Technology, to the extent allowed by the

Institute’s calibration facility, and to the calibration facilities of other International Standards Organization members

and workmanship for a period of one year from date of shipment. During the warranty period, Hewlett-Packard Company will at its option, either repair or replace products which prove to be defective.

For warranty service or repair, this product must be returned to a service facility designated by HP. Buyer shall prepay shipping charges to HP and HP shall pay shipping charges, duties, and taxes for products returned to HP from another country.

HP warrants that its software and firmware designated by HP for use with an instrument will execute its programming instructions when properly installed on that instrument. HP does not warrant that the operation of the instrument, or software, or firmware will be uninterrupted or error free.

The foregoing warranty shall not apply to defects resulting from improper or inadequate maintenance by Buyer, Buyer-supplied software or interfacing, unauthorized modification or misuse, operation outside of the environmental specifications for the product, or improper site preparation or maintenance.

NO OTHER WARRANTY IS EXPRESSE D OR IMPLIED. HP SPECIFICAL LY DISCLAIMS THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.

THE REMEDIES PROVIDED HEREIN ARE BUYER’S SOLE AND EXCLUSIVE REMEDIES. HP SHALL NOT BE LIABLE FOR ANY DIRECT, INDIRECT, SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES, WHETHER BASE ON CONTRACT, TORT, OR ANY OTHER LEGAL THEORY.

available for Hewlett-Packard products. For any assistance, contact your nearest Hewlett-Packard Sales and Service Office.

DECLARATION OF CONFORMITY

according to ISO/IEC Guide 22 and EN 45014

Manufacturer’s Name:

Manufacturer’s Address:

declares that the product

Product Name: Model Number: Product Options:

conforms to the following Product specifications:

Safety: IEC 1010-1:1990+A1 / EN 61010-1:1993 EMC: CISPR 11:1990/EN 55011:1991- Group 1, Class A

EN 50082-1 : 1992

IEC 801-3:1984 3V/m

Supplementary Information:

This product herewith complies with the requirements of the Low Voltage Directive 73/23/EEC and the EMC Directive 89/336/EEC and carries the CE-marking accordingly.

Spokane, Washington USA October 17, 1996

European Contact: Your local Hewlett-Packard Sales and Service Office or Hewlett-Packard GmbH Department ZQ/Standards Europe, Herrenberger Strasse 130, D-71034 Böblinger, Germany (FAX+49-7031-14-3143)

IEC 801-2:1991 - 4kV CD,8kV AD IEC 801-4:1988 0.5 kV Sig. Lines, 1 kV Power Lines

Hewlett-Packard Co. Spokane Division

24001 E. Mission Avenue Liberty Lake, Washington 99019-9599 USA

CDMA Mobile Station Test Set HP 8924C

This declaration covers all options of the above product.

Vince Roland Reliability & Regulatory Engineering Manag er

HP 8924C Support Contacts

The documentation supplied with your test set is an excellent source of reference, applications, and service information. Please use these manuals if you are experiencing technical problems:

• Applications information is included in the HP 8924C CDMA Mobile Station Test Set Application Guide (HP P/N 08924-90021)

• Calibration and rep air informati on are in t he HP 8924C CD MA Mobile Sta tion Test Se t Assembly Level Repair Manual - this manual (HP P/N 08924-90001).

If you have used the manuals and still have application questions, contact your local HP Sales Representative.

Repair assistance is available for the HP 8924C CDMA Mobile Test Set from the factory by phone and e-mail. Internal Hewlett-Packard users can contact the factory through HP Desk or cc:Mail© (Lotus Corporation). Parts information is also available from Hewlett Packard.

When calling or writing for repair assistance, please have the following information ready:

• Instrument model number (HP 8924C)

• Instrument Serial Number (tag located on the rear panel).

• Installed options - if any (tag located on the rear panel).

• Instrument firmware revision (displayed at the top of the screen when the Test Set is powered up, and is also displayed on the CONFIGURE screen).

Support Telephone

Electronic mail (Internet): Spokane_Service@spk.hp.com HP Desk: Spokane Service / HP1000/21 cc:Mail: SERVICE, SPOKANE /HP-Spokane,desk1

Numbers:

1 800 827 3848 (Spokane Division Service Assistance, U.S. only) 1 509 921 3848 (Spokane Division Service Assistance, International) 1 800 227 8164 (HP Direct Parts Ordering, U.S. only) 1 916 783 0804 (HP Service Parts Identification, U.S. & Intl.)

Table 1 Regional Sales and Service Offices

Eastern USA Sales Office Hewlett-Packard Company 2101 Gather Rd. Rockville, MD 20850 Tel: (301) 258-2000

Southern USA Sales and Service Hewlett-Packard Company 1995 North Park Place Atlanta, GA 30339

Sales Tel: (404) 955-1500 Fax: (404) 980-7292

Service Tel: (404) 850-2544 Fax: (404) 980-7292

Western USA Sales and Service Hewlett-Packard Company 24 Inverness Place East Englewood, CO 80112

Sales Tel: (303) 649-5000 Fax: (303) 649-5787

Service Tel: (303) 649-5512 Fax: (303) 649-5787

South Eastern Europe Sales and Service Hewlett-Packard Ges. m.b.h. Liebigasse 1 P.O. Box 72 A-1222 Vienna, Austria

Telephone: 43 222 2500 0 Telex: 13 4425

Eastern USA Service Center Hewlett-Packard Company 150 Green Pond Road Rockaway, NJ 07866 Tel: (201) 586-5400

Southern USA Service Center Hewlett-Packard Company 930 E. Campbell Road Richardson, TX 75081 Tel: (214) 699-4331

Western USA Sales and Service Hewlett-Packard Company 1421 South Manhattan Avenue Fullerton, CA 92631

Sales Tel: (714) 999-6700 Fax: (714) 778-3033

Service Tel: (714) 758-5490 Fax: (714) 778-3033

European Multicountry Region Sales and Service Hewlett-Packard S.A. P.O. Box 95 150, Route dv Nant_dl_AVRIL CH-1217 Meyrin 2 Geneva, Switzerland

Telephone: (41/22) 780-8111 Fax: (41/22) 780-8542

Midwestern USA Sales and Service Hewlett-Packard Company 5201 Tollview Drive Rolling Meadows, IL 60008 Tel: (708) 342-2000

Western USA Service Center Hewlett-Packard Company 301 E. Evelyn Avenue Mountain View, CA 94041 Tel: (415) 694-2000 Fax: (415) 694-0601

United States of America Customer Information Center Hewlett-Packard Company Tel: (800) 752-0900

6:00 am to 5:00 pm Pacific Time Parts Direct: 1-800-227-8164

Northern Europe Sales and Service Hewlett-Packard Nederland B.V. Startbaan 16 1187 XR Amstelveen, The Netherlands P.O. Box 667

Telephone: 31/20 5476911 X 6631 Fax: 31-20-6471825NL

Table 1 Regional Sales and Service Offices (Con tinued)

Asia Sales and Service Hewlett-Packard Asia Ltd. 22-30/F Pe regrine Tower Lippo Center 89 Queensway, Central Hong Kong G.P.O. Box 863 Hong Kong

Telephone: 852-848-7777 Fax: 852-868-4997

Australia, New Zealand Sales and Service Hewlett-Packard Ltd. P.O. Box 221 31-41 Joseph Street Blackburn, Victoria 3130

Telephone: (61/3) 895-2895 Fax: (61/3) 898-9257

Canada Service Center Hewlett-Packard Ltd. 11120 178 Street Edmonton, Alberta T5S 1P2 Canada

Telephone: (403) 486-6666 Fax: (403) 489-8764

Japan Hewlett-Packard Japan, Ltd. Measurement Assistance Center 9-1, Takakura-Cho Hachioji-Shi Tokyo 192-8510, Japan

Telephone: (81)-426-56-7832 Fax: (81)-426-56-7840

Canada Sales and Service Hewlett-Packard (Canada) Ltd. 5150 Spectrum Way Mississauga, Ontario L4W 5G1 Canada

Telephone: (416) 206-4725 Fax: (416) 206-4739

Latin America Hewlett-Packard Company LAHQ Mexico City Col. Lomas de Virreyes 11000 Mexico D.F. Mexico

Telephone: (52/5) 326-4000 Fax: (52/5) 202 7718

International Sales Branch Headquarters Sales and Service Hewlett-Packard S.A. 39 Rue Veyrot P.O. Box 365 1217 Meyrin 1 Geneva, Switzerland

Telephone: 41-22-780-4111 Fax: 41-22-780-4770

Canada Service Center Hewlett-Packard Company 17500 Transcanada Highway S. Serv Road Kirkland, Quebec H9J 2X8 Canada

Telephone: (416) 206-3295 United Kingdom

Sales and Service Hewlett-Packard Ltd. Cain Road Amen Corner Bracknell, Berkshire RG12 1HN United Kingdom

Telephone: 44 344 360000 Fax: 44 344 363344

Contents

Remote/Local Modes

Remote/Local Modes 22

Contents

HP-IB Command Syntax

HP-IB Command Syntax Listings 26

Adjacent Channel Power (ACP) 29

AF Analyzer 31

AF Generator 1 37

AFGenerator2|Encoder 39

AF Generator 2 Pre-Modulation Filters 59

CALL Process 61

CDMA 103

CELL 127

Configure 129

CSPectrum 141

Decoder 145

Display 151

Measure 153

Oscilloscope 169

Program 175

RF Analyzer 177

RF Generator 179

Spectrum Analyzer 183

Contents

Save/Recall Registers 185

Special (HP-IB Only Commands) 187

Status 193

System 201

Tests 203

Trigger 207

Integer Number Setting Syntax 209

Real Number Setting Syntax 211

Multiple Real Number Setting Syntax 213

Number Measurement Syntax 215

Multiple Number Measurement Syntax 217

Contents

HP-IB Common Commands

IEEE 488.2 Common Commands 220

Common Command Descriptions 221

Contents

Remote Capabilities

Remote Operating Capabilities 232

Remote Interface Functions 233

Contents

Display Field Cross-Reference

Fields That Begin with the Letter A 238

Fields That Begin with the Letter B 245

Fields That Begin with the Letter C 247

Fields That Begin with the Letter D 253

Fields That Begin with the Letter E 257

Fields That Begin with the Letter F 260

Fields That Begin with the Letter G 262

Fields That Begin with the Letter H 263

Fields That Begin with the Letter I 264

Fields That Begin with the Letter K 266

Fields That Begin with the Letter L 267

Fields That Begin with the Letter M 268

Fields That Begin with the Letter N 275

Fields That Begin with the Letter O 278

Fields That Begin with the Letter P 280

Fields That Begin with the Letter R 286

Fields That Begin with the Letter S 292

Fields That Begin with the Letter T 299

Fields That Begin with the Letter V 305

Contents

Fields That Begin with the Letter W 306

Fields That Begin with the Letter X 307

Fields That Begin with a Number 308

Contents

Index 309

Remote/Local Modes

Control Annunciators

The letters and symbols at the top right corner of the display indicate these conditions:

•R indicates the Test Set is in remote mode. The Test Set can be put into the remote mode by an external controller or by an IBASIC program running on the built-in IBASIC controller.

•L indicates the Test Set has been addressed to Listen.

•T indicates the Test Set has been addressed to Talk.

•S indicates the Test Set has sent the Require Service message by setting the Service Request (SRQ) bus line true.

•C indicates the Test Set is currently the Active Controller on the bus.

•* indicates an IBASIC program+ is running.

•? indicates an IBASIC program is waiting for a user response.

•- indicates an IBASIC program is paused.

Remote Mode

In Remote mode all front panel keys are disabled (except for the LOCAL key, POWER switch, Volume control and Squelch control). The LOCAL key is only disabled by the Local Lockout bus command. When in Remote mode and addressed to Listen the Test Set responds to the Data, Remote, Local, Clear(SDC),

and Trigger messages. When the Test Set is in Remote mode, the “R” annunciator will be displayed in the upper right corner of the display screen and triggering is set to the state it was last set to in Remote mode (if no previous setting the default is FULL SETTling and REPetitive RETRiggering). When the Test Set is being addressed to Listen or Talk the “L” or “T” annunciators will be displayed in the upper right corner of the display screen.

Local Mode

In Local mode the Test Set’s front panel controls are fully operational. The Test Set uses FULL SETTling and REPetitive RETRiggering in Local mode. When the Test Set is being addressed to Listen or Talk the “L” or “T” annunciators will be displayed in the upper right corner of the display screen.

Remote or Local Mode

When addressed to Talk in Remote or Local mode , the Test Set can issue the Data and Status Byte messages and responds to the Take Control message. In addition the Test Set can issue the Service Request Message (SRQ). Regardless of whether it is addressed to talk or listen, the Test Set will respond to the Clear(DCL), Local Lockout, Clear Lockout/Set Local, and Abort messages.

S:\HP8924C\QK_REF\BOOK\CHAPTERS\remmodes.fb

Remote/Local Modes

Local To Remote Transitions

The Test Set switches from Local to Remote mode upon receipt of the Remote message (REN bus line true and Test Set is addressed to listen). No instrument settings are changed by the transition from Local to Remote mode, but triggering is set to the state it was last set to in Remote mode (if no previous setting the

default is FULL SETTling and REPetitive RETRiggering). The “R” annunciator in the upper right corner of the display is turned on.

When the Test Set makes a transition from local to remote mode all currently active measurements are flagged as invalid causing any currently available measurement results to become unavailable. If the HP-IB trigger mode is RETR:REP then a new measurement cycle is started and measurement results will be available for all active measurements when valid results have been obtained. If the HP-IB trigger mode is RETR:SING then a measurement cycle must be started by issuing a trigger event.

Refer to “Triggering Analog Measurements in Remote Mode (HP-IB Operation)” or

“Triggering CDMA Measurements in Remote Mode (HP-IB Operation)” in Measurement Triggering

Process chapter of the HP 8924C User’s Guide.

Remote To Local Transitions

The Test Set switches from Remote to Local operation (full front panel control) upon receipt of the Local message (Go To Local (GTL) bus message and Test Set is addressed to listen) or the Clear Lockout/Set Local message (REN bus line false). No instrument settings are changed by the transition from Remote to

Local mode, but triggering is reset to FULL SETTling and REPetitive RETRiggering. The “R” annunciator in the upper right corner of the display is turned off.

If it is not in Local Lockout mode the Test Set switches from Remote to Local mode whenever the frontpanel LOCAL key is pressed.

If the Test Set was in Local Lockout mode when the Local message was received, front-panel control is returned, but Local Lockout mode is not cleared. Unless the Test Set receives the Clear Lockout/Set Local message, the Test Set will still be in Local Lockout mode the next time it goes to the Remote mode.

Local Lockout

The Local Lockout mode disables the front-panel LOCAL key and allows return to Local mode only by commands from the System Controller (Clear Lockout/Set Local message).

When a data transmission to the Test Set is interrupted, which can happen if the LOCAL key is pressed, the data being transmitted may be lost. This can leave the Test Set in an unknown state. The Local Lockout mode prevents loss of data or system control due to someone unintentionally pressing front-panel keys.

S:\HP8924C\QK_REF\BOOK\CHAPTERS\remmodes.fb

Remote/Local Modes

NOTE: Return to Local mode can also be accomplished by setting the POWER switch to OFF and

back to ON. However, returning to Local mode in this way has the following disadvantages:

1. It defeats the purpose of the Local Lockout mode in that the Active Controller will loose

control of the Test Set,.

2. Instrument configuration is reset to the power up condition thereby loosing the

instrument configuration se t by the Active Controller.

Clear Lockout/Set Local

The Test Set returns to Local mode (full front panel control) when it receives the Clear Lockout/Set Local message. No instrument settings are changed by the transition from Remote mode with Local Lockout to Local mode but triggering is reset to FULL SETTling and REPetitive RETRiggering.

S:\HP8924C\QK_REF\BOOK\CHAPTERS\remmodes.fb

HP-IB Command Syntax

HP-IB Command Syntax Listings

Instrument Command Syntax Listings

"Adjacent Channel Power (ACP)" on page 29. "AF Analyzer" on page 31 "AF Generator 1" on page 37 "AF Generator 2 Pre-Modulation Filters" on page 59 "AFGenerator2|Encoder" on page 39 "CALL Process" on page 61 "CDMA" on page 103 "CELL" on page 127 "CSPectrum" on page 141 "Decoder" on page 145 "Oscilloscope" on page 169 "RF Analyzer" on page 177 "RF Generator" on page 179 "Spectrum Analyzer" on page 183

Instrument Number Setting Command Syntax Listings

"Integer Nu mber Setting Sy n t ax" on page 209. "Real Number Setting Syntax" on page 211 "Multiple Real Number Setting Syntax" on page 213

Measurement Command Syntax Listings

"Measure" on page 153. "Trigger" on page 207

Measurement Number Setting Command Syntax Listings

"Number Measurement Syntax" on page 215. "Multiple Number Measurement Syntax" on page 217

Instrument Function Command Syntax Listings

"Configure" on page 129. "Display" on page 151 "Program" on page 175 "Save/Recall Registers" on page 185 "Status" on page 193 "System" on page 201 "Tests" on page 203

HP-IB Only Command Syntax Listings

"Special (HP-IB Only Commands)" on page 187.

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HP-IB Command Syntax Listings

Command Listing Conventions

Command listings are used to define the Test Set’s HP-IB commands. The listing shows the commands, their hierarchical relationships, related parameters (if any), and associated notes (if any).

The Test Set’s commands are based upon a hierarchical structure, also known as a tree system. In such a system, associated commands are grouped together under a common node in the hierarchy, analogous to the way leaves at a same level are connected at a common branch. This and similar branches are connected to fewer and thicker branches, until they meet at the root of the tree. The closer to the root, the higher a node is considered in the hierarchy.

The command listing is divided into columns, as indicated by light gray vertical lines. The root node is the leftmost column. Lower nodes in the hierarchy are indented one position to the right, below the root node. To obtain a particular command, the full path to it must be specified. For example: to set the low side of the audio input on the Audio Analyzer to float you would generate the following command:

:AFANalyzer:AIN ’Float’

:AFANalyzer

:AIN ’Gnd’

’Float’ ’600 to Hi’

:AIN? (Returns quoted string)

:ELResistor (See Real Number Setting Syntax, :STATe not included)

Directs the user to a specific Instrument Command, Measurement Command, or Number Setting Command syntax listing. Notes indicate which, if any, Number Setting Command s are not supported by this particular path.

Square brackets([]) are used to enclose a keyword that is optional when programming the command; that is, the Test Set will process the command to have the same effect whether the option keyword is omitted by the programmer or not.

Letter case (uppercase or lowercase) in listings is used to differentiate between the accepted short form (the uppercase characters) and the long form (the whole keyword). The Test Set accepts only the exact short and the exact long forms. Sending a keyword that is not the exact short form or the exact long form will generate an error.

In the parameter section of the listing a number of characters have special significance. Square brackets ([]) are used to enclose one or more parameters that are optional when controlling the Test Set. Braces({}), or curly brackets, are used to enclose one or more parameters that may be included zero or more times. The vertical bar (|) can be read as “or” and is used to separate alternative parameter options.

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HP-IB Command Syntax Listings

The query form of a command is generated by appending a question mark to the last keyword. However, not all commands have a query form, and some commands exist only in the query form. The listings include, where applicable, the command form and the query form of each command.

CAUTION: When changing a field’s setting, a space must always precede the setting value in the

command string, regardless of the field type. For example:

:RFG:FREQ<space>850MHZ :EFG:ATT<SPACE>’On’

Improper punctuation will result in the following error:

HP-IB Error: -102 Syntax Error.

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Adjacent Channel Power (ACP)

:ACPower

:CBW|CBANdwidth (See "Real Number Setting Syntax" on page 211, :STATe not

:COFFset (See "Real Number Setting Syntax" on page 211, :STATe not included)

included)

HIS COMMAND SETS THE BANDWIDTH OF THE CARRIER AND ADJACENT

CHANNELS TO BE MEASURED IN ADJACENT CHANNEL POWER MEASUREMENTS.

HE CHANNEL BW FIELD IS FOUND ON THE ADJACENT CHANNEL POWER

SCREEN.

HIS COMMAND SETS THE FREQUENCY DIFFERENCE BETWEEN THE TUNE FREQ OR RF

HANNEL FIELD SETTINGS AND THE CENTER OF THE ADJACENT CHANNEL TO BE

MEASURED IN ADJACENT CHANNEL POWER MEASUREMENTS. THE CH OFFSET FIELD IS FOUND ON THE ADJACENT CHANNEL POWER SCREEN.

:MEASurement ’Ratio’

:MEASurement? (Returns quoted string)

:RBW|RBANdwidth ’300 Hz’

:RBW?|RBANdwidth? (Returns quoted string)

:RMODulation ’Unmod’

:RMODulation? (Returns quoted string)

’Level’

HESE COMMANDS SET/QUERY THE FORMAT FOR DISPLAYING ADJACENT

CHANNEL POWER MEASUREMENTS. THE ACP MEAS FIELD IS FOUND ON THE

ADJACENT CHAN NE L PO WER SCREEN

’1 kHz’

HESE COMMANDS SET/QUERY THE RESOLUTION BANDWIDTH FOR ADJACENT CHANNEL POWER

MEASUREMENTS. THE RES BW FIELD IS FOUND ON THE ADJACENT CHAN NE L POWER SCREEN.

’Mod’

HESE COMMANDS SET/QUERY THE CARRIER REFERENCE SETTING, INDICATING WHETHER

THE CARRIER BEING MEASURED DURING ADJACENT CHANNEL POWER REFERENCE MEASUREMENTS WILL BE UNMODULATED OR MODULATED. THE CARRIER REF FIELD IS FOUND ON THE ADJACENT CHANNEL POWERSCREEN.

S:\HP8924C\QK_REF\BOOK\SECTIONS\acpower.sec

Adjacent Channel Power (ACP)

S:\HP8924C\QK_REF\BOOK\SECTIONS\acpower.sec

AF Analyzer

:AFANalyzer

:AIN ’Gnd’

’Float’ ’600 to Hi’

:AIN? (Returns quoted string)

:CURRent

[:ZERO]

:DEMPhasis ’750 us’

:DEMPhasis? (Returns quoted string)

:GAIN ’0 dB’

:GAIN? (Returns quoted string)

HESE COMMANDS SET/QUERY THE INPUT STATE OF THE AUDIO IN (LO)

CONNECTOR. THE AUDIO IN LO FIELD IS FOUND ON THE AF ANALYZER screen.

HIS COMMAND ZEROES THE DC CURRENT MEASUREMENT. THE DC CURRENT

FIELD IS FOUND ON THE AF ANALYZER SCREEN.

’Off’

HESE COMMANDS SET/QUERY THE STATE OF DE-EMPHASIS NETWORKS IN THE AUDIO

ANALYZER AND SPEAKER CIRCUITRY. THE DE-EMPHASIS FIELD IS FOUND ON THE AF

NALYZER screen.

’10 dB’ ’20 dB’ ’30 dB’

HESE COMMANDS SET/QUERY THE AF ANALYZER DE-EMPHASIS AMPLIFIER GAIN. THE

T DE-EMP GAIN FIELD IS FOUND ON THE AF ANALYZER screen.

AF Analyzer

S:\HP8924C\QK_REF\BOOK\SECTIONS\afanalyr.sec

AF Analyzer

:AFAN

:DETector ’RMS’

:DETector? (Returns quoted string)

’RMS*SQRT2’ ’PK+’ ’PK-’ ’PK+-/2’ ’PK+-MAX’ ’PK+ HOLD’ ’PK- HOLD’ ’PK+-/2 Hd’ ’PK+-MX Hd’

HESE COMMANDS SET/QUERY THE TYPE OF DETECTOR USED WHEN MEASURING AND

DISPLAYING AF SIGNAL LEVELS. THE DETECTOR FIELD IS FOUND ON THE AF

NALYZER screen.

:PKLocation ’Filters’

:PKLocation? (Returns quoted string)

:SETTling ’Fast’

:SETTling? (Returns quoted string)

:ELResistor (See "Real Number Setting Syntax" on page 211, :STATe not

’De-Emp’

HESE COMMANDS SET/QUERY THE SIGNAL SOURCE FOR THE PEAK DETECTOR

MEASUREMENTS. THE PK DET TO FIELD IS FOUND ON THE AF ANALYZER

screen.

’Slow’

HESE COMMANDS SET/QUERY THE SETTLING TIME FOR AUDIO MEASUREMENTS.

SE “FAST” WHEN MEASURING SIGNALS GREATER THAN 200 HZ). THE

SETTLING FIELD IS FOUND ON THE AF ANALYZERscreen.

included, valid range 1 ohm to 1 megohm)

HIS COMMAND SETS THE EXTERNAL LOAD RESISTANCE FOR MEASUREMENTS USING

THE AUDIO IN CONNECTORS. THE EXT LOAD R FIELD IS FOUND ON THE AF

NALYZER screen.

S:\HP8924C\QK_REF\BOOK\SECTIONS\afanalyr.sec

:AFAN

:FILTER1|FILT1 ’<20Hz HPF’

:FILTER1?|FILT1? (Returns quoted string)

’50HZ HPF’ ’300Hz HPF’ ’C MESSAGE’

HESE COMMANDS SET/QUERY THE AUDIO FILTER 1 SELECTION. THE

T FILTER 1 FIELD IS FOUND ON THE AF ANALYZERscreen.

AF Analyzer

:FILTER2|FILT2 ’300Hz LPF’

:FILTER2?|FILT2? (Returns quoted string)

:GTIMe (See "Real Number Setting Syntax" on page 211, :STATe not included, valid

:INPut ’FM Demod’

:INPut? (Returns quoted string)

’3kHz LPF’ ’15kHz LPF’ ’>99kHz LP’ ’6khz BPF’

HESE COMMANDS SET/QUERY THE AUDIO FILTER 2 SELECTION. THE

T FILTER 2 FIELD IS FOUND ON THE AF ANALYZERscreen.

HIS COMMAND SETS THE GATE TIME (HOW LONG THE AF COUNTE R SAMPLES THE INPUT

SIGNAL) FOR THE AUDIO FREQUENCY COUNTER. THE AF CNT GATE FIELD IS FOUND ON THE AF ANALYZER screen.

’AM Demod’ ’SSB Demod’ ’Audio In’ ’Radio Int’ ’Ext Mod’ ’Mic Mod’ ’FM Mod’ ’AM Mod’ ’Audio Out’

HESE COMMANDS SET/QUERY THE INPUT TO THE AUDIO ANALYZER. THE

T AF ANL IN FIELD IS FOUND ON THE AF ANALYZERscreen.

range 10 mS to 1 S)

S:\HP8924C\QK_REF\BOOK\SECTIONS\afanalyr.sec

AF Analyzer

:AFAN

:GAIN ’0 dB’

’20 dB’ ’40 dB’

:GAIN? (Returns quoted string)

HESE COMMANDS SET/QUERY THE INPUT GAIN SETTING FOR THE AUDIO ANALYZER. THE

T INPUT GAIN FIELD IS FOUND ON THE AF ANALYZERscreen.

:SMPoint ’De-Emp ’

:SMPoint? (Returns quoted string)

:NOTCh :GAIN ’0 dB’

:GAIN? (Returns quoted string)

:FREQuency (See "Real Number Setting Syntax" on page 211, :STATe not

:RANGing 'Auto'

:RANGing? (Returns quoted string)

’Filters’ ’Input’ ’Notch’

HESE COMMANDS SET/QUERY THE SIGNAL SOURCE FOR THE OSCILLOSCOPE. THE

T SCOPE TO FIELD IS FOUND ON THE AF ANALYZERscreen.

’10 dB’ ’20 dB’ ’30 dB’ ’40 dB’

HESE COMMANDS SET/QUERY THE GAIN OF THE AF ANALYZER’S NOTCH FILTER

AMPLIFIER (USED FOR MAKING SINAD MEASUREMENTS). THE NOTCH GAIN FIELD IS FOUND ON THE AF ANALYZERscreen.

included, valid range 300 Hz to 10 kHz)

HIS COMMAND SETS THE CENTER FREQUENCY FOR THE VARIABLE FREQUENCY NOTCH

FILTER. THE NOTCH FREQ FIELD IS FOUND ON THE AF ANALYZERscreen.

'Hold'

HESE COMMANDS SET/QUERY THE GAIN CONTROL MODE OF THE AF ANALYZER’S

NOTCH FILTER AMPLIFIER (USED FOR MAKING SINAD MEASUREMENTS). THE NOTCH

GAIN FIELD IS FOUND ON THE AF ANALYZERscreen .

S:\HP8924C\QK_REF\BOOK\SECTIONS\afanalyr.sec

:AFAN

:SPEaker :MODE ’On’

:MODE? (Returns quoted string)

:VOLume 'Pot'

:VOLume? (Returns quoted string)

’Off’

HESE COMMANDS SET/QUERY THE GAIN CONTROL MODE OF THE AF ANALYZER’S

NOTCH FILTER AMPLIFIER (USED FOR MAKING SINAD MEASUREMENTS). THE NOTCH

GAIN FIELD IS FOUND ON THE AF ANALYZERscreen .

'Off'

HESE COMMANDS SET/QUERY THE SPEAKER VOLUME, WHICH IS CONTROLLED BY THE

T VOLUME KNOB WHEN “POT” IS SELECTED. THESPEAKER VOL FIELD IS FOUND ON THE AF ANALYZER screen.

AF Analyzer

S:\HP8924C\QK_REF\BOOK\SECTIONS\afanalyr.sec

AF Analyzer

S:\HP8924C\QK_REF\BOOK\SECTIONS\afanalyr.sec

AF Generator 1

:AFGENERATOR1|AFG1

:AM (See "Real Number Setting Syntax" on page 211)

:DESTination ’AM’

:DESTination? (Returns quoted string)

:FM (See "Real Number Setting Syntax" on page 211)

:FREQuency (See "Real Number Setting Syntax" on page 211, :STATe not

:OUTPut (See "Real Number Setting Syntax" on page 211)

’FM’ ’Audio Out’

included)

AF Generator 1

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg1.sec

AF Generator 1

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg1.sec

AFGenerator2|Encoder

:AFGENERATOR 2| AF G2|ENCoder

:AM (See "Real Number Setting Syntax" on page 211)

:DESTination ’AM’

:DESTination? (Returns quoted string)

:FM (See "Real Number Setting Syntax" on page 211)

:FREQuency (See "Real Number Setting Syntax" on page 211, :STATe not

:OUTPut (See "Real Number Setting Syntax" on page 211)

:BURSt (See "Integer Number Setting Syntax" on page 209)

:MODE ’Func Gen’

:MODE? (Returns quoted string)

’FM’ ’Audio Out’

’Tone Seq’ ’DTMF’ ’CDCSS’ ’Digi Page’ ’AMPS-TACS’ ’NAMP-NTAC’ ’NMT’ ’MPT 1327’ ’LTR’ ’EDACS’

included)

AFGenerator2|Encoder

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg2.sec

AFGenerator2|Encoder

:AFG2

:PEMPhasis ’On’

:PEMPhasis? (Returns quoted string)

:POLarity ’Norm’

:POLarity? (Returns quoted string)

:SEND

:MODE ’Single’

:MODE? (Returns quoted string)

’Off’

’Invert’

’Burst’ ’Cont’ ’Step’

:STOP

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg2.sec

:AFG2

AFGenerator2|Encoder

:AMPS|TACS

:BUSY ’Idle’

’Busy’ ’WS Delay’ ’1stBitDly’

:BUSY? (Returns quoted string)

:DELay (See "Integer Number Setting Syntax" on page 209, valid range: 0

-254)

:CHANnel ’Cntl’

:CHANnel? (Returns quoted string)

:DUTest ’Mobile’

:DUTest? (Returns quoted string)

:DATA

:AM (See "Real Number Setting Syntax" on page 211)

’Voice’

’Cell’

:FM (See "Real Number Setting Syntax" on page 211)

:LEVel (See "Real Number Setting Syntax" on page 211)

:RATE (See "Real Number Setting Syntax" on page 211, :STATe not

included)

:FILLer

:DATA1 ’<character_data>’ (7 chars required, valid chars:)

:DATA1? (Returns quoted string)

:DATA2 ’<character_data>’ (7 chars required, valid chars:)

:DATA2? (Returns quoted string)

0123456789ABCDEF

:SEND

:STOP

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg2.sec

AFGenerator2|Encoder

:AFG2

:AMPS|TACS

:FVCMessage ’<character_data>’ (7 chars required, valid chars:)

:FVCMessage? (Returns quoted string)

:MESSage

:DATA1 ’<character_data>’ (112 chars max in 7 char increments)

:DATA1? (Returns quoted string)

:DATA2 ’<character_data>’ (112 chars max in 7 char increments)

:DATA2? (Returns quoted string)

:SAT :AM (See "Real Number Setting Syntax" on page 211)

(valid chars: 0123456789ABCDEF)

0123456789ABCDEF

:FM (See "Real Number Setting Syntax" on page 211)

:FREQuency (See "Real Number Setting Syntax" on page 211, :STATe not

included)

:LEVel (See "Real Number Setting Syntax" on page 211)

:STANdard ’AMPS’

:STANdard? (Returns quoted string)

’TACS’ ’JTACS’

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg2.sec

AFGenerator2|Encoder

:AFG2

:CDCSs

:CODE ’<character_data>’ (2 char min, 3 char max, valid chars: 0 thru 7) :CODE? (Returns quoted string)

:RATE (See "Real Number Setting Syntax" on page 211, :STATe not included)

:STANdard ’CDC SS ’ :STANdard? (Returns quoted string)

:TOCTime (See "Real Number Setting Syntax" on page 211, :STATe not

included) (valid range: 0-32000)

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg2.sec

AFGenerator2|Encoder

:AFG2 :DPAGing

:CODE ’<character_data>’ (6 chars max, valid chars: 0 thru 9)

:CODE? (Returns quoted string)

:EBIT (See "Integer Number Setting Syntax" on page 209, valid range: 0

-1500)

:RATE (See "Real Number Setting Syntax" on page 211, :STATe not included)

:STANdard ’GSC’

:STANdard? (Returns quoted string)

’POCSAG’

:MLENgth (See "Integer Nu mb e r Setting Syntax " on pa ge 209, valid range:

1-60)

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg2.sec

:AFG2

AFGenerator2|Encoder

:DPAG

:GSC

:FUNCtion (See "Integer Number Setting Syntax" on page 209, vali d range:

:TYPE 'Tone-Only'

:TYPE? (Returns quoted string)

:FUNCtion '00'

:FUNCtion? (Returns quoted string)

:TYPE 'Tone-Only'

:TYPE? (Returns quoted string)

1-4)

:MESSage ’<character_data>’(60 chars max, valid chars:)

:MESSage? (Returns quoted string)

:NMESsage '<ch ar ac ter_data>' ( :NMESsage? (Returns quoted string)

'ToneVoice' 'Numeric' 'Apha-Num'

_0123456789 abcdefghijklmnopqr

stuvwxyz!#$%&‘()*+,-./:;<=>?’{}

60 char max, valid chars: 0123456789U -=E)

:POC

'01' '10' '11'

:MESSage '<character_data>'(60 chars max, valid characters:)

:MESSage? (Returns quoted string)

:NMESsage '<ch ar ac ter_data>' ( :NMESsage? (Returns quoted string)

'ToneVoice' 'Numeric' 'Apha-Num'

ABCDEFGHIJKLMNOPQRSTUVWXYZ_012 3456789 abcdefghijklmnopqrstuvwxyz !”#$%&’()*+,-./:;<=>?@[\]^’{|}~

60 char max, valid chars: 0123456789U -[])

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg2.sec

AFGenerator2|Encoder

:AFG2

:DTMF

:FREQuency

:COLumn (See "Multiple Real Number Setting Syntax" on page 213)

:ROW (See "Multiple Real Number Setting Syntax" on page 213)

:OFFTime (See "Real Number Setting Syntax" on page 211, :STATe not

:ONTime (See "Real Number Setting Syntax" on page 211, :STATe not

:TWISt (See "Real Number Setting Syntax" on page 211, :STATe and

included)

:SEQuence ’<ch ar ac ter_data>’(1

:SEQuence? (Returns quoted string)

:STANdard ’Bel l’ :STANdard? (Returns quoted string)

6 char max, 1 char min. Valid characters:)

0123456789ABCD *#

:INCRement no t in cl uded)

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg2.sec

AFGenerator2|Encoder

:AFG2

:EDACs

[:CALLER]

:LGID|LID (See "Integer Number Setting Synt ax" on page 209, valid range:)

:GPID|GID (See "Integer Number Setting Syntax" on page 209, valid ra nge:)

:SITeid|STID|SID (See "Integer Number Setting Syntax" on page 209, valid

range: 0 to 32)

1 to 16382

1 to 2048)

:CNCHannel (See "Integer Number Setting Syntax" on page 209)

:WKCHannel (See "Integer Number Setting Syntax" on page 209)

:RXSend

:RXSTart

:RATe (See "Real Number Setting Syntax" on page 211, :STATe not included |

valid range 4000 to 10000)

:CNRX (See "Real Number Setting Syntax" on page 211, :STATe not included)

:CNTX (See "Real Number Setting Syntax" on page 211, :STATe not included)

:WKRX (See "Real Number Setting Syntax" on page 211, :STATe not included)

:WKTX (See "Real Number Setting Syntax" on page 211, :STATe not included)

:SIGNaling|SIG :AM (See "Real Number Setting Syntax" on page 211)

:FM (See "Real Number Setting Syntax" on page 211)

:OUTput (See "Real Number Setting Syntax" on page 211)

:SUBaudible :AM (See "Real Number Setting Syntax" on page 211)

:FM (See "Real Number Setting Syntax" on page 211)

:OUTput (See "Real Number Setting Syntax" on page 211)

:STANdard ’9600’

:STANdard? (Returns quoted string)

’4800’

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg2.sec

AFGenerator2|Encoder

:AFG2

:FGENerator

:WAVeform ’Sine’

:WAVeform? (Returns quoted string)

:SUNits ’RMS’

:SUNits? (Returns quoted string)

’Square’ ’Triangle’ ’Ramp(+)’ ’Ramp(-)’ ’DC(+)’ ’DC(-)’ ’Uni Noise’ ’Gau Noise’

’Peak’

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg2.sec

AFGenerator2|Encoder

:AFG2

:LTR

:AREA1|ARE1 (See "Integer Number Setting Syntax" on page 209, vali d range:

0-1)

:AREA2|ARE2 (See "Integer Number Setting Syntax" on page 209, vali d range:

0-1)

:FREE1|FRE1 (See "Integer Number Setting Syntax" on page 209, valid range

0-31)

:FREE2|FRE2 (See "Integer Number Setting Syntax" on page 209, valid range

0-31)

:GOTO1|GOT1 (See "Integer Number Setting Syntax" on page 209, vali d range:

1-31)

:GOTO2|GOT2 (See "Integer Number Setting Syntax" on page 209, vali d range:

1-31)

:HOME1|HOM1 (See "Integer Number Setting Syntax" on page 209, vali d range:

1-20)

:HOME2|HOM2 (See "Integer Number Setting Syntax" on page 209, vali d range:

1-20)

:ID1 (See "Integer Number Setting Syntax" on page 209, valid range: 0-255)

:ID2 (See "Integer Number Setting Syntax" on page 209, valid range: 0-255)

:MESSage ’Message1’

:MESSage? (Returns quoted string)

:RATE (See "Real Number Setting Syntax" on page 211, :STATe not included)

:STANdard ’LTR ’

:STANdard? (Returns quoted string)

’Message2’

(valid range: 0.1-2400)

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg2.sec

AFGenerator2|Encoder

:AFG2

:MPT1327

:ALOHa (See "Integer Number Setting Syntax" on page 209, valid range: 1-15)

:CHANnel

:CONTrol

:NUMBer (See "Integer Number Setting Syntax" on page 209, valid range: 0-1023)

:TRAFfic

:NUMBer (See "Integer Number Setting Syntax" on page 209, valid range: 0-1023)

:FILLer

:CLEar <integer_value> (valid range: 1 thru 32)

:DATA <integer_value>,’<character_data>’ (integer valid range:)

:RESet

(maximum chars: 300)

1 thru 32

:UPDate|UPDAT

:IDENtity

:RUUT (See "Integer Number Setting Syntax " on page 209, valid range: 0

-8191)

:SCU (See "Intege r Nu mb e r Setting Synta x" o n page 209, valid range: 0

-8191)

:MESSage :CONTrol :CLEar <integer_value> (valid range: 1 thru 32)

:DATA <integer_value>,’<character_data>’ (integer valid range:)

:TRAFfic :CLEar <integer_value> (valid range: 1 thru 32)

:DATA <integer_value>,’<character_data>’ (integer valid range:)

1 thru 32 (maximum chars: 300) :RESet

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg2.sec

:AFG2

:MPT1327

:PREFix :RUUT (See "Integer Number Setting Syntax " on page 209, valid range: 0

-127)

:SCU (See "Intege r Nu mb e r Setting Synta x" o n page 209, valid range: 0

-127)

:QUALifier (See "Integer Number Set ting Syntax" on page 209, valid range:

0-20)

:RDELay (See "Integer Number Setting Syntax " on page 209, valid range: 0-7)

:SIDentity (See "Integer Number Set ting Syntax" on page 209, valid range:

0-32767)

:STANdard ’MPT 13 27 ’

:STANdard? (Returns quoted string)

:SYNC (See "Integer Number Setting Syntax" on page 209, valid range: 0

-65535)

:SYNT (See "Integer Number Setting Syntax" on page 209, valid range: 0

-65535)

AFGenerator2|Encoder

:TMODe ’Off’

:TMODe? (Returns quoted string)

’Control’ ’Traffic’ ’1200Hz’ ’1800Hz’ ’Dotting’

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg2.sec

AFGenerator2|Encoder

:AFG2

:NMT

:AINformatio n ’< ch aracter_data>’ (10 chars required , valid chars:)

:AINformation? (Returns quoted string)

:ALEVel :LOW (See "Intege r Nu mb e r Setting Synta x" o n page 209, valid range: 0-15)

:HIGH (See "Integer Number Setting Syntax " on page 209, valid range: 0

-15)

:ANUMber (See "Integer Number Setting Synta x" o n page 209, valid range: 1

-4)

0123456789ABCDEF

:BSAVe (See "Integer Number Setting Synta x" o n page 209, valid range: 0-7)

:BSIDentity ’<character_data>’ (3 chars required, valid chars:)

:BSIDentity? (Returns quoted string)

:CHANnel

:ACCess

:NUMBer (See "Integer Number Setting Syntax" on page 209, valid ra nge: 1-2023)

:POWer (See "Intege r Nu mb e r Setting Synta x" o n page 209, valid range: 0-3)

:CALLing

:NUMBer (See "Integer Number Setting Syntax" on page 209, valid ra nge: 1-2023)

:POWer (See "Intege r Nu mb e r Setting Synta x" o n page 209, valid range: 0-3)

0123456789ABCDEF

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg2.sec

:AFG2

:NMT

:TRAFfic

:ALTernate

:NUMBer (See "I nt e ger Number Set t i ng Sy n t ax" on page 209, valid range:)1-2023)

:POWer (See "Integer Number Setting Syntax" on page 209, valid range: 0-3)

[:MAIN]

:NUMBer (See "Integer Number Setting Syntax" on page 209, valid range:)

:POWer (See "Integer Number Setting Syntax" on page 209, valid range: 0-3)

:DUTest ’MS’

:DUTest? (Returns quoted string)

’BS’ ’MTX’

AFGenerator2|Encoder

1-2023)

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg2.sec

AFGenerator2|Encoder

:AFG2

:MSNumber ’<character_data>’ (7 chars required, valid chars:)

:MSNumber? (Returns quoted string)

:MAINtenance ’<character_data>’ (6 chars required, valid chars:)

:MAINtenance? (Returns quoted string)

:MCHannel (See "Integer Number Setting Synt ax" on page 209, valid range: 1

-2023)

:MFSTrength (S ee "Inte ger Number Setting Synt ax" on page 209, valid ra nge:

0-99)

:PASSword ’<character_data>’ (3 chars required, valid chars:)

:PASSword? (Returns quoted string)

:PSIGnal (See "Integer Nu mb e r Setting Syntax " on pa ge 209, valid range: 0

-15)

:RATE (See "Real Number Setting Syntax" on page 211, :STATe not included)

:SISChallenge ’<character_data’ (7 chars required, valid chars:)

:SISChallenge? (Returns quoted string)

:SISResponse ’<character_data>’ (4 chars required, valid chars:)

:SISResponse? (Returns quoted string)

:STANdard ’STD 45 0’

:STANdard? (Returns quoted string)

’STD900’ ’BENELUX’ ’FRANCE’ ’AUSTRIA’ ’SPAIN’ ’TURKEY’ ’THAILAND’ ’MALAYSIA’ ’SAUDI1’ ’SAUDI2’ ’CRO-SLOV’ ’HUNGARY’ ’BULGARIA’

0123456789ABCDEF

(valid range: 10-2400)

0123456789ABCDEF

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg2.sec

:AFG2

:TARea

:ALTernate (See "Integer Numb e r Set t i n g Sy n t ax" on page 209, valid range: 0-255)

:MAIN (See "Integer Number Setting Syntax " on page 209,

:TCINfo (See "Integer Number Setting Syntax" on page 209,

valid range: 0-255)

valid range: 0-99)

AFGenerator2|Encoder

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg2.sec

AFGenerator2|Encoder

:AFG2

:NAMPs|NTACs

:BUSY ’Idle’

’Busy’ ’WS Delay’ ’1stBitDly’

:BUSY? (Returns quoted string)

:DELay (See "Integer Number Setting Syntax" on page 209,

valid range: 0-254)

:CHANnel ’Cntl’

:CHANnel? (Returns quoted string)

:DSAT

’Voice’

:MESSage ’<character_data>’ (6 chars maximum) :MESSage? (Returns quoted string)

:SEND

:STOP

[:FOCC]

:AM (See "Real Number Setting Syntax" on page 211)

:FILLer

:DATA1 ’<character_data>’ (7 chars required, valid chars:)

:DATA1? (Returns quoted string)

:DATA2 ’<character_data>’ (7 chars required, valid chars:)

:DATA2? (Returns quoted string)

0123456789ABCDEF

:SEND

:STOP

:FM (See "Real Number Setting Syntax" on page 211)

:LEVel (See "Real Number Setting Syntax" on page 211)

:MESSage

:DATA1 ’<character_data>’ (112 chars max in 7 char increments)

:DATA1? (Returns quoted string)

:DATA2 ’<character_data>’ (112 chars max in 7 char increments)

:DATA2? (Returns quoted string)

:RATE (See "Real Number Setting Syntax" on page 211, :STATe not included)

(valid chars: 0123456789ABCDEF)

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg2.sec

:AFG2

:NAMP|NTAC

:FVC

:AM (See "Real Number Setting Syntax" on page 211)

:FM (See "Real Number Setting Syntax" on page 211)

:LEVel (See "Real Number Setting Syntax" on page 211)

:MESSage ’<character_data>’ (7 chars required, valid chars:)

:MESSage? (Returns quoted string)

:RATE (See "Real Number Setting Syntax" on page 211, :STATe not included)

:SEND ’Message ’

’DST’

:SEND? (Returns quoted string)

:STANdard ’NAM PS ’

:STANdard? (Returns quoted string)

’NTACS’

0123456789ABCDEF

AFGenerator2|Encoder

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg2.sec

AFGenerator2|Encoder

:AFG2

:TSEQuential

:AMPLitude (See "Multiple Real Number Setting Syntax" on page 213)

:FREQuency (See "Multiple Real Number Setting Syntax" on page 213)

:OFFTime (See "Multiple Real Number Setting Syntax" on page 213)

:ONTime (See "Multiple Real Number Setting Syntax" on page 213)

:SEQuence ’<character_data>’ (16 chars maximum, valid chars:)

:SEQuence? (Returns quoted string)

:STANdard ’CCI R1 ’

:STANdard? (Returns quoted string)

’CCIR2’ ’CCITT’ ’EEA’ ’EIA’ ’Euro’ ’NATEL’ ’ZVEI1’ ’ZVEI2’

0123456789 ABCDEF

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg2.sec

AF Generator 2 Pre-Modulation Filters

To improve performance, one of four pre-modulation filters is automatically selected for each Encoder Mode. The automatically selected filter can only be changed using HP-IB commands; however, we recommend you do not change this setting. In order to change the automatically selected filter, the Filter Mode must be set to ON. Filter Mode ON allows independent selection of filters. The Filter Mode ON command must be executed first to override default settings. Filter Mode OFF is the power up default state. The following error will occur if the user attempts to select an alternate filter without first setting the Filter Mode to ON: Entry not accepted. Auto entries take precedence. The syntax to change or query the premodulation filter is shown below.

AFG2:FILTER:MODE ’ON|OFF’(select on e) AFG2:FILTER:MODE?(query the current mode setting) AFG2:FILTER ’NONE|20kHz LPF|250Hz LPF|150Hz LPF’(select one) AFG2:FILTER?(query the current filter setting)

:AFGENERATOR2|AFG2|ENCoder

:FILTer ’NONE’

’20kHz LPF’ ’250Hz LPF’ ’150Hz LPF’

:FILTer? (Returns quoted string)

:MODE ’On’

’Off’

:MODE? (Returns quoted string)

AF Generator 2 Pre-Modulation Filters

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg2pmf.sec

AF Generator 2 Pre-Modulation Filters

S:\HP8924C\QK_REF\BOOK\SECTIONS\afg2pmf.sec

CALL Process

The following commands control the analog call-proces si ng fun cti on s fea tured in the Test Set. Handoffs from the CDMA call-processing subsystem to the analog call-processing subsystem are performed using the commands listed under the keywords

“CDMA:CALL:AHAN”.

:CPRocess|CA LL P

:MODE ’MEAS’

:REGister

’DATA’

:MODE? (Returns quoted string)

:ACTive

HESE COMMANDS SET/QUERY THE TYPE OF INFORMATION DISPLAYED ON

THE CALL CONTROL SCREEN WHEN AN ANALOG CALL IS CONNECTED. THE

DISPLAY FIELD IS FOUND ON THE CALL CONTROL SCREEN.

HIS COMMAND TURNS ON THE FORWARD CONTROL CHANNEL OF THE

SIMULATED BASE STATION. IF A CALL IS IN ANY OTHER CALL- PROCESSING STATE, SENDING THE “ACT” COMMAND WILL FORCE A RETURN TO THE ACTIVE STATE. THE ACTIVE FIELD IS FOUND ON THE CALL

SCREEN.

CONTROL

HIS COMMAND INITIATES A REGISTRATION ATTEMPT BY THE MOBILE STATION. THE

T TEST SET MUST BE IN THE ACTIVE STATE BEFORE ATTEMPTING REGISTRATION. THE REGISTER FIELD IS FOUND ON THE CALL CONTROL SCREEN.

CALL Process

:PAGE

:HANDoff

HIS COMMAND INITIATES A PAGE TO THE MOBILE STATION. THE TEST SET MUST BE

IN THE ACTIVE STATE AND THE MS ID FIELDS (PHONE NUM/MIN) MUST HAVE CORRECT VALUES ENTERED FOR A PAGE ATTEMPT TO BE SUCCESSFUL. THE PAGE FIELD IS FOUND ON THE CALL CONTRO L SCREEN.

HIS COMMAND INITIATES A HANDOFF TO ANOTHER VOICE CHANNEL. THE COMMANDS TO

SET THE VOICE CHANNEL, POWER LEVEL, AND SAT ARE “CPR:VCH|VMA C| SA T RESPECTIVELY. THE TEST SET MUST BE IN THE CONNECTED STATE FOR A HANDOFF ATTEMPT TO BE SUCCESSFUL. THE HANDOFF FIELD IS FOUND ON THE CALL CO NT RO L SCREEN.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR

:RELease

HIS COMMAND TERMINATES AN ACTIVE VOICE CHANNEL CONNECTION WITH THE

MOBILE STATION. THE TEST SET MUST BE IN THE CONNECTED STATE FOR A RELEASE ATTEMPT TO BE SUCCESSFUL. THE RELEASE FIELD IS FOUND ON THE

CALL CONTROL SCREEN.

:DSPecifier ’S TD ’

:DSPecifier? (Returns quoted string)

:CCHannel (See "Integer Number Setting Syntax " on page 209, valid range: 1-1023)

:CSYStem ’AMPS’

:CSYStem? (Returns quoted string)

:VCHannel (See "Integer Number Setting Syntax " on page 209, valid range: 1-1023)

:SIDentify (See "Integer Number Setting Synta x" o n page 209, valid range: 1-4094)

:AMPLitude (See "Real Number Setting Syntax" on page 211, range: +18 to -137 dBm)

’BITS’

HESE COMMANDS DETERMINE HOW SIGNALING MESSAGES ARE BUILT.

HE CONTENTS CAN COME FROM INDUSTRY STANDARDS (STD) OR BIT

PATTERNS SET ON THE CALL BIT SCREEN. THE DATA SPEC FIELD IS LOCATED ON THE CALL BIT SCREEN.

HIS COMMAND SETS THE CONTROL CHANNEL NUMBER. THE CNTRL CHAN FIELD IS

FOUND ON THE CALL CONTROL SCREEN.

’TACS’ ’JTACS’ ’NAMPS’ ’NTACS’

HESE COMMANDS SET/QUERY THE TYPE OF CELLULAR SYSTEM IN USE. THE

T SYSTEM TYPE FIELD IS LOCATED ON THE CALL BIT SCREEN.

HIS COMMAND SETS THE VOICE CHANNEL NUMBER THAT THE MOBILE STATION

WILL BE ASSIGNED TO DURING A CALL SETUP OR HANDOFF. THE VOICE CHAN FIELD IS FOUND ON THE CALL CONTROL SCREEN.

HIS COMMAND SETS THE (BASE STATION) SYSTEM IDENTIFICATION NUMBER. THE

T SID FIELD IS FOUND ON THE CALL CONTROL SCREEN.

HIS COMMAND SETS THE OUTPUT POWER FROM THE TEST SET’S RF GENERATOR.

HE AMPLITUDE FIELD IS FOUND ON THE CALL CONTROL SCREEN.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR

:NMODe ’PHONE NUM’

:NMODe? (Returns quoted string)

:CRFAtten '0 dB'

:CRFAtten? (Returns quoted string)

:STOLerance 'Narrow'

:STOLerance? (Returns quoted string)

’MIN2 MIN1’

HIS COMMAND SETS/QUERIES THE FORMAT FOR ENTERING THE MOBILE STATION’S

IDENTIFICATION. THE “CPR:PNUM” COMMAND SETS THE PHONE NUMBER, AND THE “CPR:MIN” COMMAND SETS MIN 1 AND MIN 2. THE MS ID FIELD IS FOUND ON THE CALL CONTROL SCREEN.

:PNUMber '<character_data>' (10 chars max, valid chars: 0123456789) :PNUMber? (Returns quoted string)

:MINumber '<character_data>' (9 chars max, valid chars: 0123456789ABCDEF) :MINumber? (Returns quoted string)

:SWORd

HESE COMMANDS SET/QUERY THE MOBILE STATION IDENTIFICATION NUMBER. THE

T “CPR:NMOD” COMMAND SELECTS WHICH FORMAT (PHONE NUMBER OR MIN) THE TEST SET WILL USE FOR CALL PROCESSING. THE MS ID FIELD IS FOUND ON THE CALL

SCREEN.

CONTROL

HIS COMMAND SENDS THE (SIGNALING) WORD IN THE SET MESSAGE FIELD. THE

T SET MESSAGE FIELD AND THE SEND WORD FIELD ARE FOUND ON THE CALL BIT

SCREEN.

'20 dB' '40 dB'

HESE COMMANDS SET/QUERY THE INPUT ATTENUATION FOR THE RF IN/OUT AND

T ANTENNA IN CONNECTORS WHEN USING THE ANALOG CALL PROCESSING SUBSYSTEM. THE INPUT ATT FIELD IS FOUND ON THE CALL CONFIGURE SCREEN.

'Wide'

HESE COMMANDS SET/QUERY THE SAT TOLERANCE. THIS SETTING SHOULD BE “WIDE”

IF THE MOBILE STATION’S AUDIO IS NOT MUTED DURING A CALL. THE SAT TOL FIELD IS FOUND ON THE CALL CONFIGURE SCREEN.

:CMAXimum (See "Integer Number Setting Syntax " on page 209, valid range: 1-4094)

HIS COMMAND SENDS THE (SIGNALING) WORD ENTERED IN THE SET MESSAGE FIELD.

HE SET MESSAGE FIELD AND THE SEND WORD FIELD ARE FOUND ON THE CALL BIT

SCREEN.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR

:SATone ’5970H z’

’6000Hz’

:SATone? (Returns quoted string)

’6030Hz’

HESE COMMANDS SET/QUERY THE SAT (SUPERVISORY AUDIO TONE) TO BE USED

DURING THE NEXT CALL SETUP OR HANDOFF. THE SAT FIELD IS FOUND ON THE

CALL CONTROL SCREEN.

:VMACode (See "Integer Number Setting Synta x" o n page 209, valid range: 0-7)

:ORDer ’Chng PL 0’

:ORDer? (Returns quoted string)

’Chng PL 1’ ’Chng PL 2’ ’Chng PL 3’ ’Chng PL 4’ ’Chng PL 5’ ’Chng PL 6’ ’Chng PL 7’ ’Mainten’ ’Alert’

:MESSage 'SPC WORD1'

:MESSage? (Returns quoted string)

HIS COMMAND SETS/QUERIES THE VMAC (VOICE MOBILE ATTENUATION CODE) TO

BE USED DURING THE NEXT CALL SETUP OR HANDOFF. VMAC CONTROLS THE POWER LEVEL TRANSMITTED FROM THE MOBILE STATION. THE PWR LVL FIELD IS FOUND ON THE CALL CONTROL SCREEN.

HESE COMMANDS SEND AN ORDER TYPE MOBILE STATION CONTROL MESSAGE ON

THE FORWARD VOICE CHANNEL TO THE MOBILE STATION. THE ORDER FIELD IS FOUND ON THE CALL DATA SCREEN IF THE AUTHENT FIELD ON THE

AUTHENTICATION SCREEN IS SET TO “OFF”.

'SPC WORD2' 'ACCESS' 'REG INC' 'REG ID' 'C-FILMESS' 'MS Word 1' 'MSMessOrd' 'MS IntVCh' 'FVC O Mes' 'FVC V Mes'

HESE COMMANDS SELECT/QUERY A FORWARD CONTROL CHANNEL OR FORWARD VOICE

CHANNEL MESSAGE TO BE MODIFIED. THE SET MESSAGEFIELD IS FOUND ON THE CALL DATA SCREEN IF THE AUTHENT FIELD ON THE

AUTHENTICATION SCREEN IS SET TO “OFF”.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

:CPR

:DATA ’RECCW A’

:DATA? (Returns quoted string)

’RECCW B’ ’RECCW C’ ’RECCW D’ ’RECCW E’ ’RVCORDCON’ ’BSCHALORD’ ’AUTHWORD’ ’UNIQCHCON’ ’RVCORD’ ’RVCBSCHAL’ ’NRVC ORD’ ’MRI ORD’

HESE COMMANDS SELECT/QUERY THE REVERSE CONTROL CHANNEL OR REVERSE VOICE

CHANNEL MESSAGE TO BE VIEWED ON THE CALL DATA SCREEN. THE DISPLAY WORD FIELD IS FOUND ON THE CALL DATA SCREEN.

:RCDDATA1?|RCDD1? (Returns quoted string)

:RCDDATA2?|RCDD2? (Returns quoted string)

:RCDDATA3?|RCDD3? (Returns quoted string)

:RCDDATA4?|RCDD4? (Returns quoted string)

:RCDDATA5?|RCDD5? (Returns quoted string)

:RCDDATA6?|RCDD6? (Returns quoted string)

HESE COMMANDS QUERY THE INFORMATION DISPLAYED ON THE RIGHT-HAND PORTION OF

THE CALL CONTROL SCREEN WHEN THE DISPLAY FIELD IS SET TO “DATA” OR

“NDATA”. EACH COMMAND CORRESPONDS TO A NON-LABELED DATA FIELD CONSISTING

OF 1 LINE OF CHARACTERS.

CALL Process

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR

:AVCNumber? (Returns quoted string)

HIS COMMAND QUERIES THE VOICE CHANNEL NUMBER FOR THE CALL CURRENTLY

CONNECTED. THE CHAN FIELD IS FOUND ON THE CALL CONTROL SCREEN.

:AVCPower? (Returns quoted string)

:AVCSat? (Returns quoted string)

HIS COMMAND QUERIES THE VMAC (VOICE MOBILE ATTENUATION CODE) FOR

THE CALL CURRENTLY CONNECTED. VMAC DETERMINES THE MOBILE STATION’S TRANSMITTED POWER LEVEL. THE PWR LVL FIELD IS FOUND ON THE CALL

SCREEN.

CONTROL

HIS COMMAND QUERIES THE SAT (SUPERVISORY AUDIO TONE) FREQUENCY FOR

THE CALL CURRENTLY CONNECTED. THE SAT FIELD IS FOUND ON THE CALL

SCREEN.

CONTROL

:RECA

:FWORd?|F? (Returns quoted string)

:NAWComing? (Returns quoted string)

:TFIeld?|T? (Returns quoted string)

:SERial?|S? (Returns quoted string)

:EXTended?|E? (Returns quoted string)

:REServed?|RSVD? (Returns quoted string)

:SCMark? (Returns quoted string)

:MINumber? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS QUERY THE MESSAGE FIELDS FOR RECCW A

EVERSE CONTROL CHANNEL WORD A - AB BREVIATED ADDRESS

(R WORD). THE MESSAGE FIELDS FOR RE CCW A ARE FOUND ON THE CALL

SCREEN.

DATA

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

:CPR :RECB

:FWORd?|F? (Returns quoted string)

:NAWComing? (Returns quoted string)

:LOCal? (Returns quoted string)

:ORDQualifier? (Returns quoted string)

:ORDer? (Returns quoted string)

:LTRY?|LT? (Returns quoted string)

:REServed?|RSVD? (Returns quoted string)

:MINumber? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS QUERY THE MESSAGE FIELDS FOR RECCW B (REVERSE CONTROL

CHANNEL WORD B - EXTENDED ADDRESS WORD). THE MESSAGE FIELDS FOR RECCW B

ARE FOUND ON THE CALL DA TA SCREEN.

CALL Process

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR :RECC

:FWORd?|F? (Returns quoted string)

:NAWComing? (Returns quoted string)

:SERial? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS QUERY THE MESSAGE FIELDS FOR RECCW C (REVERSE CONTROL

CHANNEL WORD C - SERIAL NUMBER WORD). THE MESSAGE FIELDS FOR RECCW C

ARE FOUND ON THE CALL DA TA SCREEN.

:RECD

:FWORd?|F? (Returns quoted string)

:NAWComing? (Returns quoted string)

:DIGIT1?|DIG1? (Returns quoted string)

:DIGIT2?|DIG2? (Returns quoted string)

:DIGIT3?|DIG3? (Returns quoted string)

:DIGIT4?|DIG4? (Returns quoted string)

:DIGIT5?|DIG5? (Returns quoted string)

:DIGIT6?|DIG6? (Returns quoted string)

:DIGIT7?|DIG7? (Returns quoted string)

:DIGIT8?|DIG8? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS QUERY THE MESSAGE FIELDS FOR RECCW D (REVERSE CONTROL

CHANNEL WORD D - FIRST WORD OF THE CALLED-ADDRESS). THE MESSAGE

FIELDS FOR RECCW C ARE FOUND ON THE CALL DATA SCREEN.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

:CPR :RECE

:FWORd?|F? (Returns quoted string)

:NAWComing? (Returns quoted string)

:DIGIT9?|DIG9? (Returns quoted string)

:DIGIT10?|DIG10? (Returns quoted string)

:DIGIT11?|DIG11? (Returns quoted string)

:DIGIT12?|DIG12? (Returns quoted string)

:DIGIT13?|DIG13? (Returns quoted string)

:DIGIT14?|DIG14? (Returns quoted string)

:DIGIT15?|DIG15? (Returns quoted string)

:DIGIT16?|DIG16? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS QUERY THE MESSAGE FIELDS FOR RECCW E (REVERSE CONTROL

CHANNEL WORD E - SECOND WORD OF THE CALLED-ADDRESS). THE MESSAGE FIELDS

FOR RECCW E ARE FOUND ON THE CALL DATA SCREEN.

:RCOConfirm

:FWORd?|F? (Returns quoted string)

:NAWComing? (Returns quoted string)

:TFIeld?|T? (Returns quoted string)

:LOCal? (Returns quoted string)

:ORDQualifier? (Returns quoted string)

:ORDer? (Returns quoted string)

:REServed?|RSVD? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS QUERY THE MESSAGE FIELDS FOR RVCORDCON (REVERSE VOICE

CHANNEL ORDER CONFIRMATION MESSAGE). THE MESSAGE FIELDS

FOR RVCORDCON ARE FOUND ON THE CALL DATA SCREEN.

CALL Process

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR

:SPOMESSAGE1|SPOM1

:TYPE|T1T2 ’<character_data>’ (2 chars required, valid chars: 01) :TYPE?|T1T2? (Returns quoted string)

:DCCode ’<character_data>’ (2 chars required, valid chars: 01) :DCCode? (Returns quoted string)

:SIDentify ’<character_data>’ (14 chars required, valid char s: 01) :SIDentify? (Returns quoted string)

:REServed|RSVD ’<character_data>’ (3 chars required, valid chars: 01) :REServed?|RSVD? (Returns quoted string)

:NAWComing ’<character_data>’ (3 chars required, valid chars: 01) :NAWComing? (Returns quoted string)

:OVERhead ’<character_data>’ (3 chars required, valid chars: 01) :OVERhead? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR SPC WORD1

YSTEM PARAMETER OVERHEAD MESSAGE WORD 1). THE MESSAGE

FIELDS FOR SPC WORD1 ARE FOUND ON THE CALL BIT SCREEN.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

:CPR

:SPOMESSAGE2|SPOM2

:TYPE|T1T2 ’<character_data>’ (2 chars required, valid chars: 01) :TYPE?|T1T2? (Returns quoted string)

:DCCode ’<character_data>’ (2 chars required, valid chars: 01) :DCCode? (Returns quoted string)

:SERial|S ’<character_data>’ (1 char required, valid chars: 01) :SERial?|S? (Returns quoted string)

:EXTended|E ’<character_data>’ (1 char required, valid chars: 01) :EXTended?|E? (Returns quoted string)

:RHOMe|REGHome ’<character_data>’ (1 char required, valid chars: 01) :RHOMe?|REGHome? (Returns quoted string)

:RROam|REGRoam ’<character_data>’ (1 char required, valid chars: 01) :RROam?|REGRoam? (Returns quoted string)

:DTX ’<character_data>’ (2 chars required, valid chars: 01) :DTX? (Returns quoted string)

:NPAGe|Nfield ’<character_data>’ (5 chars required, valid chars: 01) :NPAGe?|Nfield? (Returns quoted string)

:RCFiller ’<character_data>’ (1 char required, valid chars: 01) :RCFiller? (Returns quoted string)

:CPACcess|CPA ’<character_data>’ (1 char required, valid chars: 01) :CPACcess?|CPA? (Returns quoted string)

:CMAXimum ’<character_data>’ (7 chars required, valid chars: 01) :CMAXimum? (Returns quoted string)

:END ’<character_data>’ (1 char required, valid chars: 01) :END? (Returns quoted string)

:OVERhead ’<character_data>’ (3 chars required, valid chars: 01) :OVERhead? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR SPC WORD2

YSTEM PARAMETER OVERHEAD MESSAGE WORD 2). THE MESSAGE

FIELDS FOR SPC WORD2 ARE FOUND ON THE CALL BIT SCREEN.

CALL Process

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR

:ACCess

:TYPE|T1T2 ’<character_data>’ (2 chars required, valid chars: 01) :TYPE?|T1T2? (Returns quoted string)

:DCCode ’<character_data>’ (2 chars required, valid chars: 01) :DCCode? (Returns quoted string)

:ACTion ’<character_data>’ (4 chars required, valid chars: 01) :ACTion? (Returns quoted string)

:BISTate|BIS ’<character_data>’ (1 char required, valid char s: 01) :BISTate?|BIS? (Returns quoted string)

:REServed|RSVD ’<character_data>’ (15 chars required, vali d chars: 01) :REServed?|RSVD? (Returns quoted string)

:END ’<character_data>’ (1 char required, valid chars: 01) :END? (Returns quoted string)

:OVERhead ’<character_data>’ (3 chars required, valid chars: 01) :OVERhead? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR ACCESS

CCESS TYPE PARAMETERS GLOBAL ACTION MESSAGE). THE MESSAGE

FIELDS FOR ACCESS ARE FOUND ON THE CALL BIT SCREEN.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

:CPR

:RINCrement

:TYPE|T1T2 ’<character_data>’ (2 chars required, valid chars: 01) :TYPE?|T1T2? (Returns quoted string)

:DCCode ’<character_data>’ (2 chars required, valid chars: 01) :DCCode? (Returns quoted string)

:ACTion ’<character_data>’ (4 chars required, valid chars: 01) :ACTion? (Returns quoted string)

:RINCrement ’< ch ar acter_data>’ (12 chars required, va lid chars: 01) :RINCrement? (Returns quoted string)

:REServed|RSVD ’<character_data>’ (4 chars required, valid chars: 01) :REServed?|RSVD? (Returns quoted string)

:END ’<character_data>’ (1 char required, valid chars: 01) :END? (Returns quoted string)

:OVERhead ’<character_data>’ (3 chars required, valid chars: 01) :OVERhead? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR REG INC

EGISTRATION INCREMENT GLOBAL ACTION MESSAGE). THE MESSAGE FIELDS FOR

(R REG INC ARE FOUND ON THE CALL BIT SCREEN.

CALL Process

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR

:RIDentify

:TYPE|T1T2 ’<character_data>’ (2 chars required, valid chars: 01) :TYPE?|T1T2? (Returns quoted string)

:DCCode ’<character_data>’ (2 chars required, valid chars: 01) :DCCode? (Returns quoted string)

:IDENtify|REGID ’<character_data>’ (20 chars required, valid chars: 01) :IDENtify?|REGID? (Returns quoted string)

:END ’<character_data>’ (1 char required, valid chars: 01) :END? (Returns quoted string)

:OVERhead ’<character_data>’ (3 chars required, valid chars: 01) :OVERhead? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR REG ID

EGISTRATION ID MESSAGE). THE MESSAGE FIELDS FOR

(R REG ID ARE FOUND ON THE CALL BIT SCREEN.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR

:CFMessage

:TYPE|T1T2 ’<character_data>’ (2 chars required, valid chars: 01) :TYPE?|T1T2? (Returns quoted string)

:DCCode ’<character_data>’ (2 chars required, valid chars: 01) :DCCode? (Returns quoted string)

:FIELD1|FIEL1|F1 ’<character_data>’ (6 chars required, valid chars: 01) :FIELD1?|FIEL1?|F1? (Returns quoted string)

:CMACode ’<character_data>’ (3 chars required, valid chars: 01) :CMACode? (Returns quoted string)

:RESERVED1|RES1|RSVD1 '<character_data>' (2 chars req’d, valid chars: 01) :RESERVED1?|RES1?|RSVD1? (Returns quoted string)

:FIELD2|FIEL2|F2 '<character_data>' (2 chars required, valid chars: 01) :FIELD2?|FIEL2?|F2? (Returns quoted string)

:RESERVED2|RES2|RSVD2 '<character_data>' (2 chars req’d, valid chars: 01) :RESERVED2?|RES2?|RSVD2? (Returns quoted string)

:FIELD3|FIEL3|F3 '<character_data>' (1 char required, valid chars: 01) :FIELD3?|FIEL3?|F3? (Returns quoted string)

:WFOMessage '<character_data>' (1 char required, valid chars: 01) :WFOMessage? (Returns quoted string)

:FIELD4|FIEL4|F4 '<character_data>' (4 chars required, valid chars: 01) :FIELD4?|FIEL4?|F4? (Returns quoted string)

:OVERhead '<character_data>' (3 chars required, valid chars: 01) :OVERhead? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR C-FILMESS (CONTR OL-FILLER

T MESSAGE). THE MESSAGE FIELDS FOR C-FILMESS ARE FOUND ON THE CALL BIT

SCREEN.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR

:MSWord

:TYPE|T1T2 ’<character_data>’ (2 chars required, valid chars: 01) :TYPE?|T1T2? (Returns quoted string)

:DCCode ’<character_data>’ (2 chars required, valid chars: 01) :DCCode? (Returns quoted string)

:MINumber ’<ch ar ac ter_data>’ (24 chars required, vali d chars: 01) :MINumber? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR MS WORD1 (FCC MOBILE

T STATION CONTROL MESSAGE WORD 1 - ABBREVIATED ADDRESS WORD). THE MESSAGE

FIELDS FOR MS WORD1 ARE FOUND ON THE CALL BIT SCREEN.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

:CPR

:MSORder

:TYPE|T1T2 ’<character_data>’ (2 chars required, valid chars: 01) :TYPE?|T1T2? (Returns quoted string)

:SCCode ’<character_data>’ (2 chars required, valid chars: 01) :SCCode? (Returns quoted string)

:MINumber ’<ch ar ac ter_data>’ (10 chars required, vali d chars: 01) :MINumber? (Returns quoted string)

:REServed|RSVD ’<character_data>’ (1 char required, valid chars: 01) :REServed?|RSVD? (Returns quoted string)

:LOCal ’<character_data>’ (5 chars required, valid chars: 01) :LOCal? (Returns quoted string)

:ORDQualifier ’<character_data>’ (3 chars required, valid chars: 01) :ORDQualifier? (Returns quoted string)

:ORDer ’<character_data>’ (5 chars required, valid chars: 01) :ORDer? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR MSMESSORD (FCC MOBILE

T STATION CONTROL MESSAGE EXTENDED ADDRESS WORD - ORDER). THE MESSAGE

FIELDS FOR MSMESSORD ARE FOUND ON THE CALL BIT SCREEN.

CALL Process

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR

:MSVoice

:TYPE|T1T2 ’<character_data>’ (2 chars required, valid chars: 01) :TYPE?|T1T2? (Returns quoted string)

:SCCode ’<character_data>’ (2 chars required, valid chars: 01) :SCCode? (Returns quoted string)

:MINumber ’<ch ar ac ter_data>’ (10 chars required, vali d chars: 01) :MINumber? (Returns quoted string)

:VMACode ’<character_data>’ (3 chars required, valid chars: 01) :VMACode? (Returns quoted string)

:CHANnel ’<character_data>’ (11 chars required, valid chars: 01) :CHANnel? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR MSINTVCH (FCC MOBILE

T STATION CONTROL MESSAGE EXTENDED ADDRESS WORD - VOICE CHANNEL ASSIGNMENT). THE MESSAGE FIELDS FOR MSINTVCH ARE FOUND ON THE CALL BIT

SCREEN.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

:CPR

:FVORder

:TYPE|T1T2 ’<character_data>’ (2 chars required, valid chars: 01) :TYPE?|T1T2? (Returns quoted string)

:SCCode ’<character_data>’ (2 chars required, valid chars: 01) :SCCode? (Returns quoted string)

:PSCCode ’<character_data>’ (2 chars required, valid chars: 01) :PSCCode? (Returns quoted string)

:REServed|RSVD ’<character_data>’ (9 chars required, valid chars: 01) :REServed?|RSVD? (Returns quoted string)

:LOCal ’<character_data>’ (5 chars required, valid chars: 01) :LOCal? (Returns quoted string)

:ORDQualifier ’<character_data>’ (3 chars required, valid chars: 01) :ORDQualifier? (Returns quoted string)

:ORDer ’<character_data>’ (5 chars required, valid chars: 01) :ORDer? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR FVC O MES (FCC MOBILE

T STATION CONTROL ORDER MESSAGE). THE MESSAGE FIELDS FOR FVC O MES ARE

FOUND ON THE CALL BIT SCREEN.

CALL Process

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR

:FVVoice

:TYPE|T1T2 ’<character_data>’ (2 chars required, valid chars: 01) :TYPE?|T1T2? (Returns quoted string)

:SCCode ’<character_data>’ (2 chars required, valid chars: 01) :SCCode? (Returns quoted string)

:PSCCode ’<character_data>’ (2 chars required, valid chars: 01) :PSCCode? (Returns quoted string)

:REServed|RSVD ’<character_data>’ (8 chars required, valid chars: 01) :REServed?|RSVD? (Returns quoted string)

:VMACode ’<character_data>’ (3 chars required, valid chars: 01) :VMACode? (Returns quoted string)

:CHANnel ’<character_data>’ (11 chars required, valid chars: 01) :CHANnel? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR FVC V MES (FCC MOBILE

T STATION CONTROL VOICE CHANNEL ASSIGNMENT MESSAGE). THE MESSAGE FIELDS FOR FVC V MES ARE FOUND ON THE CALL BIT SCREEN.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR

:AMPS :AUTHenticate ’Off’

:AUTHenticate? (Returns quoted string)

:AKEY ’<character_data> (26 chars maximum, valid chars: decimal)’ :AKEY? (Returns quoted string)

:AKEY :GENerate

:ONOFF ’On’

:ONOFF? (Returns quoted string)

:OON (See "Intege r Nu mb e r Setting Synta x" o n page 209, does not include

:ESNumber ’<character_data> (10 chars maximum, valid chars: hex)’ :ESNumber? (Returns quoted string)

’On’

HESE COMMANDS SELECT/QUERY THE ANALOG AUTHENTICATION

STATE. THE AUTHENT FIELD IS FOUND ON THE AUTHENTICATION SCREEN.

HIS IMMEDIATE ACTION COMMAND GENERATES A NEW A_KEY FOR USE

IN THE MOBILE STATION. THE RESULTANT CHECKSUM WILL BE DISPLAYED IN THE LAST 6 DIGITS OF THE A_KEY FIELD. THE

A_KEY FIELD IS FOUND ON THE AUTHENTICATION SCREEN. THERE IS

NO MANUAL (FRONT PANEL) OPERATION THAT GENERATES A NEW

A_KEY IN THIS MANNER.

’Off’

:INCRement command)

HIS COMMAND SETS THE NUMBER OF TIMES THE SYSTEM PARAMETER

T OVERHEAD MESSAGE IS SENT. THE 1 OF N FIELD IS FOUND ON THE AUTHENTICATION SCREEN.

HIS COMMAND SETS THE ESN (ELECTRONIC SERIAL NUMBER) OF THE

MOBILE STATION. THE ESN FIELD IS FOUND ON THE AUTHENTICATION SCREEN.

:CCORder ’SSD Upd’

:CCORder? (Returns quoted string)

’Uniq Ch’

HIS COMMAND SENDS/QUERIES AN ORDER TYPE MOBILE STATION

CONTROL MESSAGE ON THE FORWARD CONTROL CHANNEL TO THE MOBILE STATION.

HE CC ORDER FIELD IS FOUND ON THE CALL CONTROL SCREEN WHEN THE

T AUTHENT FIELD ON THE AUTHENTICATION SCREEN IS “ON” AND A CALL IS

NOT CONNECTED.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR

:AMPS

:AUTH

:VCORder ’Chng PL 0’

:VCORder? (Returns quoted string)

:SSDA '<character_data> (16 chars: hex)' :SSDA? (Returns quoted string)

:NEW '<character_data> (16 chars: hex)' :NEW? (Returns quoted string)

:SSDB '<character_data> (16 chars: hex)' :SSDB? (Returns quoted string)

:NEW '<character_data> (16 chars: hex)' :NEW? (Returns quoted string)

:ASCProcedure '<character_data> (31 chars: hex)' :ASCProcedure :RESult? (Returns quoted string)

’Chng PL 1’ ’Chng PL 2’ ’Chng PL 3’ ’Chng PL 4’ ’Chng PL 5’ ’Chng PL 6’ ’Chng PL 7’ ’Mainten’ ’Alert’

HIS COMMAND SENDS/QUERIES AN ORDER TYPE MOBILE STATION

CONTROL MESSAGE ON THE VOICE CHANNEL TO THE MOBILE STATION. THE VC

RDER FIELD IS FOUND ON THE CALL CONTROL SCREEN WHEN THE AUTHENT

FIELD ON THE AUTHENTICATION SCREEN IS “ON” AND THE MOBILE STATION AND TEST SET ARE ON A VOICE CHANNEL.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

:CPR

:AMPS

:AUTH

:RAND

:A ’<character_data>’ (4 chars required: hex)

:A? (Returns quoted string)

HESE COMMANDS SET/QUERY THE 16 MOST SIGNIFICANT BITS OF RAND,

WHICH IS USED IN THE AUTHENTICATION PROCESS. THE RAND_A FIELD IS FOUND ON THE AUTHENTICATION SCREEN.

:B ’<character_data>’ (4 chars required: hex) :B? (Returns quoted string)

HESE COMMANDS SET/QUERY THE 16 LEAST SIGNIFICANT BITS OF RAND,

WHICH IS USED IN THE AUTHENTICATION PROCESS. THE RAND_B FIELD IS FOUND ON THE AUTHENTICATION SCREEN.

:U ’<character_data>’ (6 chars required: hex) :U? (Returns quoted string)

HESE COMMANDS SET/QUERY RAND_U, A 24-BIT NUMBER ISSUED BY THE BASE

STATION IN A UNIQUE CHALLENGE ORDER. THE RAND_U FIELD IS FOUND ON THE

AUTHENTICATION SCREEN.

:SSD1 ’<character_data>’ (6 chars required: hex) :SSD1? (Returns quoted string)

HESE COMMANDS SET/QUERY THE 24 MOST SIGNIFICANT BITS OF RANDSSD,

ISSUED BY THE BASE STATION DURING A SSD UPDATE ORDER. THE RANDSSD_ 1 FIELD IS FOUND ON THE AUTHENTICATION SCREEN.

:SSD2 ’<charac te r_ data>’ (6 chars required: hex) :SSD2? (Returns quoted string)

HESE COMMANDS SET/QUERY THE 24 BITS BETWEEN RANDSS D_1 AND RANSSD_3.

IS ISSUED BY THE BASE STATION DURING A SSD UPDATE ORDER. THE

RANDSSD RANDSSD_2 FIELD IS FOUND ON THE AUTHENTICATION SCREEN.

:SSD3 ’<character_data>’ (2 chars required: hex) :SSD3? (Returns quoted string)

HESE COMMANDS SET/QUERY THE 24 LEAST SIGNIFICANT BITS OF RANDSSD,

ISSUED BY THE BASE STATION DURING A SSD UPDATE ORDER. THE RANDSSD_ 3 FIELD IS FOUND ON THE AUTHENTICATION SCREEN.

CALL Process

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR

:AMPS

:RCA

:TYPE | T1T2 ’<character_data>’ (2 chars required: binary) :TYPE? | T1T2? (Returns quoted string)

:DCCode ’<character_data>’ (2 chars required: binary) :DCCode? (Returns quoted string)

:ACTion ’<character_data>’ (4 chars required: binary) :ACTion? (Returns quoted string)

:RANDA ’<character_data>’ (16 chars required: binary) :RANDA? (Returns quoted string)

:END ’<character_data>’ (1 char required: binary) :END? (Returns quoted string)

:OVERhead ’<character_data>’ (3 chars required: binary) :OVERhead? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR RANDCHALA (RANDOM

T CHALLENGE A GLOBAL ACTION MESSAGE). THE MESSAGE FIELDS FOR RANDCHALA ARE FOUND ON THE CALL BIT SCREEN.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

:CPR

:AMPS

:RCB

:TYPE | T1T2 ’<character_data>’ (2 chars required: binary) :TYPE? | T1T2? (Returns quoted string)

:DCCode ’<character_data>’ (2 chars required: binary) :DCCode? (Returns quoted string)

:ACTion ’<character_data>’ (4 chars required: binary) :ACTion? (Returns quoted string)

:RANDB ’<character_data>’ (16 chars required: binary) :RANDB? (Returns quoted string)

:END ’<character_data>’ (1 char required: binary) :END? (Returns quoted string)

:OVERhead ’<character_data>’ (3 chars required: binary) :OVERhead? (Returns quoted string)

:PARity? (Returns quoted string)

:RSSD1 :TYPE | T1T2 ’<character_data>’ (2 chars required: binary) :TYPE? | T1T2? (Returns quoted string)

:SCCode ’<character_data>’ (2 chars required: binary) :SCCode? (Returns quoted string)

:RANDSSD1 ’<character_data>’ (24 chars required: binary) :RANDSSD1? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR RANDCHALA (RANDOM

T CHALLENGE A GLOBAL ACTION MESSAGE). THE MESSAGE FIELDS FOR RANDCHALA ARE FOUND ON THE CALL BIT SCREEN.

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR RAND SSD1 (FIRST SSD

PDATE ORDER WORD). THE MESSAGE FIELDS FOR RAND SSD1 ARE FOUND ON THE

CALL BIT SCREEN.

CALL Process

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR

:AMPS

:RSSD2

:TYPE | T1T2 ’<character_data>’ (2 chars required: binary) :TYPE? | T1T2? (Returns quoted string)

:SCCode ’<character_data>’ (2 chars required: binary) :SCCode? (Returns quoted string)

:RANDSSD2 ’<character_data>’ (24 chars required: binary) :RANDSSD2? (Returns quoted string)

:PARity? (Returns quoted string)

:RSSD3 :TYPE | T1T2 ’<character_data>’ (2 chars required: binary) :TYPE? | T1T2? (Returns quoted string)

:SCCode ’<character_data>’ (2 chars required: binary) :SCCode? (Returns quoted string)

:RSVD1 ’<character_data>’ (2 chars required: binary) :RSVD1? (Returns quoted string)

:RANDSSD3 ’<character_data>’ (12 chars required: binary) :RANDSSD3? (Returns quoted string)

:RSVD2 ’<character_data>’ (4 chars required: binary) :RSVD2? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR RAND SSD2 (SECOND SSD

PDATE ORDER WORD). THE MESSAGE FIELDS FOR RAND SSD2 ARE FOUND ON THE

CALL BIT SCREEN.

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR RAND SSD3 (THIRD SSD

PDATE ORDER WORD). THE MESSAGE FIELDS FOR RAND SSD3 ARE FOUND ON THE

CALL BIT SCREEN.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

:CPR

:AMPS

:BSCC

:TYPE | T1T2 ’<character_data>’ (2 chars required: binary) :TYPE? | T1T2? (Returns quoted string)

:SCCode ’<character_data>’ (2 chars required: binary) :SCCode? (Returns quoted string)

:RSVD1 ’<character_data>’ (2 chars required: binary) :RSVD1? (Returns quoted string)

:AUTHBS ’<character_data>’ (18 chars required: binary) :AUTHBS? (Returns quoted string)

:RSVD2 ’<character_data>’ (4 chars required: binary) :RSVD2? (Returns quoted string)

:PARity? (Returns quoted string)

:UCORder :TYPE | T1T2 ’<character_data>’ (2 chars required: binary) :TYPE? | T1T2? (Returns quoted string)

:SCCode ’<character_data>’ (2 chars required: binary) :SCCode? (Returns quoted string)

:RANDU ’<character_data>’ (24 chars required: binary) :RANDU? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR BSCHALCON (BASE STATION

T CHALLENGE ORDER CONFIRMATION WORD). THE MESSAGE FIELDS FOR BSCHA LCON ARE

FOUND ON THE CALL BIT SCREEN.

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR UNIQCHORD (UNIQUE

T CHALLENGE ORDER WORD). THE MESSAGE FIELDS FOR UNIQCHORD ARE

FOUND ON THE CALL BIT SCREEN.

CALL Process

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR

:AMPS

:FVCSSD1

:TYPE | T1T2 ’<character_data>’ (2 chars required: binary) :TYPE? | T1T2? (Returns quoted string)

:RANDSSD1 ’<character_data>’ (24 chars required: binary) :RANDSSD1? (Returns quoted string)

:RSVD ’<character_data>’ (2chars required: binary) :RSVD? (Returns quoted string)

:PARity? (Returns quoted string)

:FVCSSD2 :TYPE | T1T2 ’<character_data>’ (2 chars required: binary) :TYPE? | T1T2? (Returns quoted string)

:RANDSSD2 ’<character_data>’ (24 chars required: binary) :RANDSSD2? (Returns quoted string)

:RSVD ’<character_data>’ (2 chars required: binary) :RSVD? (Returns quoted string)

:PARity? (Returns quoted string)

:FVCSSD3 :TYPE | T1T2 ’<character_data>’ (2 chars required: binary) :TYPE? | T1T2? (Returns quoted string)

:RANDSSD3 ’<character_data>’ (24 chars required: binary) :RANDSSD3? (Returns quoted string)

:RSVD ’<character_data>’ (2 chars required: binary) :RSVD? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR FVC SSD1 (FIRST SSD

PDATE ORDER WORD). THE MESSAGE FIELDS FOR FVC SSD1 ARE FOUND ON THE

CALL BIT SCREEN.

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR FVC SSD2 (SECOND SSD

PDATE ORDER WORD). THE MESSAGE FIELDS FOR FVC SSD2 ARE FOUND ON THE

CALL BIT SCREEN.

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR FVC SSD3 (THIRD SSD

PDATE ORDER WORD). THE MESSAGE FIELDS FOR FVC SSD3 ARE FOUND ON THE

CALL BIT SCREEN.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

:CPR

:AMPS

:FVCBSC

:TYPE | T1T2 ’<character_data>’ (2 chars required: binary) :TYPE? | T1T2? (Returns quoted string)

:RSVD1 ’<character_data>’ (4 chars required: binary) :RSVD1? (Returns quoted string)

:AUTHBS ’<character_data>’ (18 chars required: binary) :AUTHBS? (Returns quoted string)

:RSVD2 ’<character_data>’ (4 chars required: binary) :RSVD2? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR FVCBSCON (BASE

T STATION CHALLENGE ORDER CONFIRMATION). THE MESSAGE FIELDS FOR FVCBSCON ARE FOUND ON THE CALL BIT SCREEN.

CALL Process

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR

:AMPS

:FVCUC

:TYPE | T1T2 ’<character_data>’ (2 chars required: binary) :TYPE? | T1T2? (Returns quoted string)

:RSVD ’<character_data>’ (2 chars required: binary) :RSVD? (Returns quoted string)

:RANDU ’<character_data>’ (24 chars required: binary) :RANDU? (Returns quoted string)

:PARity? (Returns quoted string)

:BSCOrder :FWORd? | F? (Returns quoted string)

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR FVCUNIQCH (UNIQUE

T CHALLENGE ORDER WORD). THE MESSAGE FIELDS FOR FVCUNIQCH ARE FOUND ON THE

CALL BIT

SCREEN.

:NAWComing? (Returns quoted string)

:RANDBS? (Returns quoted string)

:PARity? (Returns quoted string)

:AWORd :FWORd? | F? (Returns quoted string)

HESE COMMANDS QUERY THE MESSAGE FIELDS FOR BSCHALORD (BASE STATION

CHALLENGE WORD). THE MESSAGE FIELDS FOR BSCHALORD ARE FOUND ON THE

CALL DATA

SCREEN.

:NAWComing? (Returns quoted string)

:COUNT? (Returns quoted string)

:RANDC? (Returns quoted string)

:AUTHR? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS QUERY THE MESSAGE FIELDS FOR AUTHWORD (AUTHENTICATION

WORD). THE MESSAGE FIELDS FOR AUTHWORD ARE FOUND ON THE CALL DATA SCREEN.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

:CPR

:AMPS

:UCC :FWORd? | F? (Returns quoted string)

:NAWComing? (Returns quoted string)

:RSVD? (Returns quoted string)

:AUTHU? (Returns quoted string)

:PARity? (Returns quoted string)

:RVCOrder :FWORd? | F? (Returns quoted string)

HESE COMMANDS QUERY THE MESSAGE FIELDS FOR UNIQCHCON (UNIQU E

CHALLENGE ORDER CONFIRMATION WORD). THE MESSAGE FIELDS FOR UNIQCHCON

ARE FOUND ON THE CALL DA TA SCREEN.

:NAWComing? (Returns quoted string)

:T? (Returns quoted string)

:LOCal? (Returns quoted string)

:ORDQ? (Returns quoted string)

:ORDer? (Returns quoted string)

:RSVD? (Returns quoted string)

:PARity? (Returns quoted string)

:RVCBSC :FWORd? | F? (Returns quoted string)

HESE COMMANDS QUERY THE MESSAGE FIELDS FOR RVCORD (REVERSE VOICE CHANNEL

GENERIC ORDER). THE MESSAGE FIELDS FOR RVCORDARE FOUND ON THE CALL DATA

SCREEN.

:NAWComing? (Returns quoted string)

:T? (Returns quoted string)

:RANDBS? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS QUERY THE MESSAGE FIELDS FOR RVCBSCHAL (BASE STATION

CHALLENGE ORDER WORD). THE MESSAGE FIELDS FOR RVCBSCHALARE FOUND ON THE

CALL DATA SCREEN.

CALL Process

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR

:NAMPs

:NDMMode ’NData’

:NDMMode? (Returns quoted string)

:CEXTension :ACTual? (Returns quoted string)

:SETTing 'Wide'

:SETTing? (Returns quoted string)

:DSAT :MEASurement? (Returns quoted string)

[:RESult?] (Returns quoted string) :SELect 'DSAT'

:SELect? (Returns quoted string)

:SETTing ’<character_data>’ :SETTing? (Returns quoted string)

’NMeas’

HESE COMMANDS SET/QUERY THE TYPE OF INFORMATION DISPLAYED ON THE CALL

SCREEN WHEN AN ANALOG CALL IS CONNECTED AND THE SYSTEM TYPE FIELD

CONTROL

ON THE CALL CONTROL SCREEN IS SET TO “NAMPS”. THE DISPLAY FIELD IS FOUND ON THE CALL CONTROL SCREEN.

HIS COMMAND QUERIES THE NAMPS CHANNEL LOCATION (LOWER, MIDDLE,

UPPER, WIDE CHANNEL) FOR A CALL CURRENTLY CONNECTED. THE CH LOC FIELD IS FOUND ON THE CALL CONTROL SCREEN WHEN THE SYSTEM TYPE FIELD ON THE CALL

SCREEN IS SET TO “NAMPS”.

CONTROL

'Lower' 'Middle' 'Upper'

HIS COMMAND SETS/QUERIES THE NAMPS CHANNEL LOCATION (LOWER, MIDDLE,

UPPER, WIDE CHANNEL) TO BE USED DURING THE NEXT CALL OR HANDOFF. THE

CH LOC FIELD IS FOUND ON THE CALL CONTROL SCREEN WHEN THE SYSTEM TYPE FIELD ON THE CALL CONTROL SCREEN IS SET TO “NAMP S” .

'Data'

HIS COMMAND SETS/QUERIES THE NAMPS DSAT (DIGITAL SUPERVISORY AUDIO

T TONE) TO BE USED DURING THE NEXT CALL OR HANDOFF. THE DSAT FIELD IS

FOUND ON THE CALL CONTROL SCREEN WHEN THE SYSTEM TYPE FIELD ON THE

CALL CONTROL SCREEN IS SET TO “NAMPS”.

:ACTual? (Returns quoted string)

HIS COMMAND QUERIES THE NAMPS DSAT (DIGITAL SUPERVISORY AUDIO

T TONE) FOR A CALL CURRENTLY CONNECTED. THE DSAT FIELD IS

FOUND ON THE CALL CONTROL SCREEN WHEN THE SYSTEM TYPE FIELD ON THE

CALL CONTROL SCREEN IS SET TO “NAMPS”.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

:CPR

:NAMPs

:MRI

:RSETting ’Imm Resp’

:RSETting? (Returns quoted string)

:RSSI ’<charac te r_ data>’ :RSSI? (Returns quoted string)

:BSETting? (Returns integer number) :BSETting (See "Integer Number Setting Synt ax" on page 209, valid range: $$$)

’-75 dBm’ ’-80 dBm’ ’-85 dBm’ ’-90 dBm’ ’-95 dBm’ ’-100 dBm’ ’-105 dBm’

HESE COMMANDS SET/QUERY THE MRI (MOBILE REPORTED INTERFERENCE)

THRESHOLD. THE RSSI THRESH FIELD IS FOUND ON THE CALL

RSSI CONFIGURE

SCREEN IS SET TO “NAMPS”

HESE COMMANDS SET/QUERY THE BER (BIT ERROR RATE) THRESHOLD. THE BER

HRESH FIELD IS FOUND ON THE CALL CONFIGURE SCREEN WHEN THE SYSTEM TYPE

FIELD ON THE CALL CONTROL SCREEN IS SET TO “NAMPS”.

SCREEN WHEN THE SYSTEM TYPE FIELD ON THE CALL CONTROL

:BERate? (Returns quoted string)

:NORDer 'Chng PL 0'

:NORDer? (Returns quoted string)

'Chng PL 1' 'Chng PL 2' 'Chng PL 3' 'Chng PL 4' 'Chng PL 5' 'Chng PL 6' 'Chng PL 7' 'MRI' 'Mainten' 'Alert'

HESE COMMANDS SEND/QUERY THE ORDER MESSAGE TO A MOBILE STATION ON A VOICE

CHANNEL WHEN THE SYSTEM TYPE FIELD HAS “NAMPS” SELECTED. THE ORDER FIELD IS FOUND ON THE CALL CONTRO L SCREEN WHEN THE AUTHENT FIELD ON THE

AUTHENTICATION SCREEN IS “OFF”.

CALL Process

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR

:NAMPs

:NOConfirm :TYPE? | T1T2? (Returns quoted string)

:AWComing? (Returns quoted string)

:LOCal? (Returns quoted string)

:OQUalifier? | ORDQ? (Returns quoted string)

:ORDer? (Returns quoted string)

:DSCCode? (Returns quoted string)

:VMACode? (Returns quoted string)

:OEVen? | OE? (Returns quoted string)

:RSVD? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS QUERY THE MESSAGE FIELDS FOR NRVC ORD (NARROW ORDER

OR ORDER CONFIRMATION MESSAGE). THE MESSAGE FIELDS FOR NRVC ORD ARE FOUND ON THE CALL DATA SCREEN.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

:CPR

:NAMPs

:MRIOrder :TYPE? | T1T2? (Returns quoted string)

:AWComing? (Returns quoted string)

:RSV1? (Returns quoted string)

:RSSI? (Returns quoted string)

:OQUalifier? | ORDQ? (Returns quoted string)

:ORDer? (Returns quoted string)

:DSCCode? (Returns quoted string)

:VMACode? (Returns quoted string)

:OEVen? | OE? (Returns quoted string)

:BERate? (Returns quoted string)

:RSV2? (Returns quoted string)

CALL Process

:PARity? (Returns quoted string)

:EPFControl | EXTP

:TYPE | T1T2 ’<character_data>’ (2 chars required: binary) :TYPE? | T1T2? (Returns quoted string)

:SCCode ’<character_data>’ (2 chars required: binary) :SCCode? (Returns quoted string)

:MINumber ’<character_data>’ (10 chars required: binary) :MINumber? (Returns quoted string)

:EFCIndicator | EF ’<character_data>’ (1 char required: binary) :EFCIndicator? | EF? (Returns quoted string)

:EPMLength | MSL ’<character_data>’ (5 chars required: binary) :EPMLength? | MSL? (Returns quoted string)

:EPMType | MST ’<character_data>’ (8 chars required: binary) :EPMType? | MST? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS QUERY THE MESSAGE FIELDS FOR MRI ORD (MRI ORDER MESSAGE). HE MESSAGE FIELDS FOR MRI ORD ARE FOUND ON THE CALL DATA SCREEN.

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR EXT PROT (FCC MOBILE

T STATION CONTROL MESSAGE). THE MESSAGE FIELDS FOR EXT PROT ARE FOUND ON

THE CALL BIT SCREEN.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR

:NAMPs

:NCAMessage | NCHA

:TYPE | T1T2 ’<character_data>’ (2 chars required: binary) :TYPE? | T1T2? (Returns quoted string)

:DSCCode ’<character_data>’ (3 chars required: binary) :DSCCode? (Returns quoted string)

:RSVD ’<character_data>’ (7 chars required: binary) :RSVD? (Returns quoted string)

:CB13 | C13 ’<character_data>’ (1 char required: binary) :CB13? | C13? (Returns quoted string)

:CB12 | C12 ’<character_data>’ (12 chars required: binary) :CB12? | C12? (Returns quoted string)

:VMACode ’<character_data>’ (3 chars required: binary) :VMACode? (Returns quoted string)

:CHANnel ’<character_data>’ (11 chars required: binary) :CHANnel? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR NCH ASN (FCC NARROW

T CHANNEL ASSIGNMENT MESSAGE). THE MESSAGE FIELDS FOR NCH ASN ARE

FOUND ON THE CALL BIT SCREEN.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

:CPR

CALL Process

:NAMPs

:NFVMessage | NFVC

:TYPE | T1T2 ’<character_data>’ (2 chars required: binary) :TYPE? | T1T2? (Returns quoted string)

:DSCCode ’<character_data>’ (3 chars required: binary) :DSCCode? (Returns quoted string)

:PDCCode | PDSCcode ’<character_data>’ (3 chars required: binary) :PDCCode? | PDSCcode? (Returns quoted string)

:EFCIndicator | EF ’<character_data>’ (1 char required: binary) :EFCIndicator? | EF? (Returns quoted string)

:RSVD ’<character_data>’ (5 chars required: binary) :RSVD? (Returns quoted string)

:OEVen | OE ’<character_data>’ (1 char required: binary) :OEVen? | OE? (Returns quoted string)

:LOCal ’<character_data>’ (5 chars required: binary) :LOCal? (Returns quoted string)

:OQU | ORDQ ’<character_data>’ (3 chars required: binary) :OQU? | ORDQ? (Returns quoted string)

:ORDer ’<character_data>’ (5 chars required: binary) :ORDer? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR NMS FVC (FVC MOBILE

T STATION CONTROL MESSAGE). THE MESSAGE FIELDS FOR NMS FVC ARE

FOUND ON THE CALL BIT SCREEN.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR

:NAMPs

:MRIMessage | NMRI

:TYPE | T1T2 ’<character_data>’ (2 chars required: binary) :TYPE? | T1T2? (Returns quoted string)

:DSCCode ’<character_data>’ (3 chars required: binary) :DSCCode? (Returns quoted string)

:PDCCode ’<character_data>’ (3 chars required: binary) :PDCCode? (Returns quoted string)

:EFCIndicator | EF ’<character_data>’ (1 char required: binary) :EFCIndicator? | EF? (Returns quoted string)

:RSSI ’<character_data>’ (3 chars required: binary) :RSSI? (Returns quoted string)

:BERate ’<character_data>’ (2 chars required: binary) :BERate? (Returns quoted string)

:OEVen | OE ’<character_data>’ (1 char required: binary) :OEVen? | OE? (Returns quoted string)

:BLSBit | BERLsb ’<charact er _d ata>’ (5 chars required: binary) :BLSBit? | BERLsb? (Returns quoted string)

:OQU | ORDQ ’<character_data>’ (3 chars required: binary) :OQU? | ORDQ? (Returns quoted string)

:ORDer ’<character_data>’ (5 chars required: binary) :ORDer? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR MRI MES (MRI

ARAMETER MESSAGE). THE MESSAGE FIELDS FOR MRI MES ARE FOUND ON THE

CALL BIT SCREEN.

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

:CPR

:NAMPs

:WNHMessage

:TYPE | T1T2 ’<character_data>’ (2 chars required: binary) :TYPE? | T1T2? (Returns quoted string)

:SCCode ’<character_data>’ (2 chars required: binary) :SCCode? (Returns quoted string)

:PSCCode ’<character_data>’ (2 chars required: binary) :PSCCode? (Returns quoted string)

:CTYPe ’<character_data>’ (1 char required: binary) :CTYPe? (Returns quoted string)

:DSCCode ’<character_data>’ (3 chars required: binary) :DSCCode? (Returns quoted string)

:RSVD ’<character_data>’ (2 chars required: binary) :RSVD? (Returns quoted string)

:CB13 | C13 ’<character_data>’ (1 char required: binary) :CB13? | C13? (Returns quoted string)

:CB12 | C12 ’<character_data>’ (1 char required: binary) :CB12? | C12? (Returns quoted string)

:VMACode ’<character_data>’ (3 chars required: binary) :VMACode? (Returns quoted string)

:CHANnel ’<character_data>’ (11 chars required: binary) :CHANnel? (Returns quoted string)

:PARity? (Returns quoted string)

HESE COMMANDS SET/QUERY THE MESSAGE FIELDS FOR WNHO MES (WIDE TO NARROW

T HANDOFF MESSAGE). THE MESSAGE FIELDS FOR WNHO MES ARE FOUND ON THE

CALL BIT SCREEN.

CALL Process

S:\HP8924C\QK_REF\BOOK\SECTIONS\callproc.sec

CALL Process

:CPR

:NAMPs

:NHOMessage