Agilent Technologies 8935 Series Uživatelský manuál

Agilent Technologies 8935 Series E6380A CDMA Cellular/PCS Base Station Test Set and E6381A TDMA Base Station Test SetProgrammer’s GuideFirmware Versio

10 O:\Manuals\E6380A_Progguid\Book\Preface.fmNOTEHP-IB and GPIB are one and the same.Trademark AcknowledgementsHewlett-Packard and HP are register

100 Chapter 4 O:\Manuals\E6380A_Progguid\Book\Ieee.fmIEEE Common CommandsCommon Command Descriptions*SRE? (Service Request Enable Query) The Test Set

Chapter 4 101IEEE Common CommandsCommon Command Descriptions*SAV (Save Instrument State) The *SAV command saves the present state of the Test Set into

102 Chapter 4 O:\Manuals\E6380A_Progguid\Book\Ieee.fmIEEE Common CommandsCommon Command Descriptions

1035 Triggering Measurements

104 Chapter 5O:\Manuals\E6380A_Progguid\Book\Trigmeas.fmTriggering MeasurementsThis chapter gives you information about triggering your measurements.

Chapter 5 105Triggering MeasurementsTriggering MeasurementsTriggering Measurements The measurement cycle is started (triggered) by the occurrence of a

106 Chapter 5O:\Manuals\E6380A_Progguid\Book\Trigmeas.fmTriggering MeasurementsTriggering MeasurementsTrigger Modes The Trigger Mode is defined by two

Chapter 5 107Triggering MeasurementsTriggering MeasurementsSettling Settling refers to the amount of delay introduced to allow signal transients to pr

108 Chapter 5O:\Manuals\E6380A_Progguid\Book\Trigmeas.fmTriggering MeasurementsTriggering MeasurementsDefault Trigger Mode The Trigger mode is set to

Chapter 5 109Triggering MeasurementsTriggering MeasurementsTrigger Commands :TRIGger:IMMediate The :TRIGger:IMMediate command tells the Test Set to “s

11Regulatory InformationManufacturer’s DeclarationThis statement is provided to comply with the requirements of the German Sound Emission Directive,

110 Chapter 5O:\Manuals\E6380A_Progguid\Book\Trigmeas.fmTriggering MeasurementsTriggering MeasurementsExample 5-7 Settling Syntax:TRIGger:MODE:SETTli

Chapter 5 111Triggering MeasurementsTriggering MeasurementsTrigger Mode Settings for Most Reliable Measurements Use the following Test Set configurati

112 Chapter 5O:\Manuals\E6380A_Progguid\Book\Trigmeas.fmTriggering MeasurementsTriggering MeasurementsArming Hardware-Triggered Measurements Some meas

1136 Advanced Operations

114 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsIncreasing Measurement ThroughputIncreasing Measurement Throughput Measureme

Chapter 6 115Advanced OperationsIncreasing Measurement Throughput2. Autoranging The autoranging functions continuously calculate and adjust gain to pr

116 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsIncreasing Measurement Throughput3. Frequency Counter Gate TimeThe frequency

Chapter 6 117Advanced OperationsIncreasing Measurement ThroughputOptimizing the Execution Speed of the Control Program Execution speed of the control

118 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsIncreasing Measurement ThroughputExample 6-7 Example #3OUTPUT 714;"ENC

Chapter 6 119Advanced OperationsIncreasing Measurement ThroughputScreen Display Time Each time the screen being displayed on the Test Set (active scre

12 O:\Manuals\E6380A_Progguid\Book\Preface.fmSafetyGENERALThis product and related documentation must be reviewed for familiarization with safety ma

120 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsIncreasing Measurement ThroughputExample 6-13 Syntax:SPECiaL:DISPlay?Exampl

Chapter 6 121Advanced OperationsStatus ReportingStatus Reporting This section describes the status reporting structure used in the Test Set. The struc

122 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingFigure 6-1 Status Reporting Structure OverviewStatus Regist

Chapter 6 123Advanced OperationsStatus ReportingStatus Byte Register The Status Byte Register is an 8-bit register that is used to summarize the Summa

124 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingTable 6-1 details the Status Byte Register bit assignments a

Chapter 6 125Advanced OperationsStatus ReportingReading with a Serial Poll The contents of the Status Byte Register can be read by a serial poll from

126 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingExample BASIC program to read Status Byte with *STB commandE

Chapter 6 127Advanced OperationsStatus ReportingStatus Register Structure Overview The structure of the register groups used in the Test Set is based

128 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingStatus Register Model This section explains how the status r

Chapter 6 129Advanced OperationsStatus ReportingTransition Filters are read-write. Transition Filters are unaffected by a *CLS (clear status) command

13Safety Considerations for this InstrumentWARNINGThis product is a Safety Class I instrument (provided with a protective earthing ground incorporat

130 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingStatus Reporting Structure Operation In general the status

Chapter 6 131Advanced OperationsStatus ReportingFigure 6-4 Status Data Structure - Queue ModedataSummary Message Bit Queue Empty = "0&qu

132 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingStatus Register Group Contents Figure 6-5 shows the Status R

Chapter 6 133Advanced OperationsStatus ReportingOperation Status Register Group The Operation Status Register Group contains information about the sta

134 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingTable 6-2 shows the Operation Status Register Group Conditio

Chapter 6 135Advanced OperationsStatus ReportingAccessing the Operation Status Register Group’s Registers The following sections show the syntax and g

136 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingExample 6-24 ExampleOUTPUT 714;"STAT:OPER:EVEN?"E

Chapter 6 137Advanced OperationsStatus ReportingStandard Event Status Register Group The Standard Event Status Register Group is a specific implementa

138 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingTable 6-3 Standard Event Status Register Bit AssignmentsBit

Chapter 6 139Advanced OperationsStatus ReportingAccessing the Standard Event Status Register Group’s Registers The following sections show the syntax

14 O:\Manuals\E6380A_Progguid\Book\Preface.fmWARNINGWhenever it is likely that the protection has been impaired, the instrument must be made inopera

140 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingReading the Event Register Example 6-29 Syntax*ESR?Examp

Chapter 6 141Advanced OperationsStatus ReportingExample 6-34 ExampleOUTPUT 714;"*ESE?"ENTER 714;Register_valueThe *ESE? query allows the pr

142 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingExample 6-38 ExampleOUTPUT 714;"*ESE 255"The *ESE

Chapter 6 143Advanced OperationsStatus ReportingOutput Queue Group The Output Queue Group is a specific implementation of the status queue model descr

144 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingAccessing the Output Queue When messages are sent to the Tes

Chapter 6 145Advanced OperationsStatus ReportingError Message Queue Group The Error Message Queue Group is an implementation of the status queue model

146 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingAccessing the Error Message Queue A message appears in the E

Chapter 6 147Advanced OperationsStatus ReportingQuestionable Data/Signal Register Group The Questionable Data/Signal Register Group contains informati

148 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingTable 6-5 shows the Questionable Data/Signal Register Group’

Chapter 6 149Advanced OperationsStatus ReportingAccessing the Questionable Data/Signal Register Group’s Registers The following sections show the synt

15CAUTIONAlways use the three-prong ac power cord supplied with this product. Failure to ensure adequate earth grounding by not using this cord may

150 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingClearing the Event Register The EVENT register is cleared

Chapter 6 151Advanced OperationsStatus ReportingCalibration Status Register Group The Calibration Status Register Group contains information about the

152 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingTable 6-6 details the Calibration Status Register Group’s Co

Chapter 6 153Advanced OperationsStatus ReportingAccessing the Calibration Status Register Group’s Registers The following sections show the syntax and

154 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingClearing the Event Register The EVENT register is cleared

Chapter 6 155Advanced OperationsStatus ReportingHardware Status Register #2 Group The Hardware Status Register #2 Group contains information about the

156 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingTable 6-7 shows the Hardware Status Register Group #2’s Cond

Chapter 6 157Advanced OperationsStatus ReportingAccessing the Hardware Status Register #2 Group’s Registers The following sections show the syntax and

158 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingClearing the Event Register The EVENT register is cleared

Chapter 6 159Advanced OperationsStatus ReportingHardware Status Register #1 Group The Hardware Status Register #1 Group contains information about the

16 O:\Manuals\E6380A_Progguid\Book\Preface.fmWARNING - RUBIDIUM REFERENCE ASSEMBLY (E6381A)The optional Rubidium Reference assembly, A2A15, (OPTION

160 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingTable 6-8 shows the Hardware Status Register Group #1’s Cond

Chapter 6 161Advanced OperationsStatus ReportingAccessing the Hardware Status Register #1 Group’s Registers The following sections show the syntax and

162 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingExample 6-86 ExampleOUTPUT 714;"STAT:HARD1:PTR 256&quo

Chapter 6 163Advanced OperationsStatus ReportingCommunicate Status Register Group The Communicate Status Register Group contains information about the

164 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingTable 6-9 shows the Communicate Status Register Group’s Cond

Chapter 6 165Advanced OperationsStatus ReportingAccessing the Communicate Status Register Group’s Registers The following sections show the syntax and

166 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsStatus ReportingClearing the Event Register The EVENT register is cleared

Chapter 6 167Advanced OperationsHP-IB Service RequestsHP-IB Service Requests The Test Set is capable of generating a “service request” when it require

168 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsHP-IB Service RequestsSetting Up and Enabling SRQ Interrupts Test Set status

Chapter 6 169Advanced OperationsHP-IB Service RequestsService Request Enable Register Service request enabling allows the application programmer to se

17Agilent Technologies Warranty Statement for Commercial Products Product Name: E6380A/E6381ADuration of Warranty: 1 year1. Agilent Technologies war

170 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsHP-IB Service RequestsReading the Service Request Enable Register The Servic

Chapter 6 171Advanced OperationsHP-IB Service RequestsWriting the Service Request Enable Register The Service Request Enable Register is written with

172 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsHP-IB Service RequestsProcedure for Generating a Service Request The followi

Chapter 6 173Advanced OperationsHP-IB Service RequestsExample BASIC Program to Set Up and Service an SRQ Interrupt The following Agilent Technologies

174 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsHP-IB Service Requests470 !480 OUTPUT Inst_address;"STAT:CAL:PTR";

Chapter 6 175Advanced OperationsHP-IB Service Requests1080 !1090 ENABLE INTR 7;21100 !1110 ! Start of the dummy loop:1120 !1130 LOOP1140 DISP "I

176 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsHP-IB Service Requests1700 ! appropriate action.1710 ! NOTE: Read the Event

Chapter 6 177Advanced OperationsInstrument InitializationInstrument Initialization This section discusses the various methods available to the program

178 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsInstrument InitializationMethods of Initialization There are six methods of

Chapter 6 179Advanced OperationsInstrument InitializationPower-On Reset The Power-On Reset is accomplished by applying or cycling AC/DC power to the T

18 O:\Manuals\E6380A_Progguid\Book\Preface.fm8. Agilent Technologies will be liable for damage to tangible property per incident up to the greater o

180 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsInstrument InitializationThe Power-On Reset condition in the Test Set was sp

Chapter 6 181Advanced OperationsInstrument InitializationFront-panel PRESET Key The Front-panel Reset is accomplished by pressing the PRESET key on th

182 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsInstrument Initialization*RST IEEE 488.2 Common Command The *RST Reset is ac

Chapter 6 183Advanced OperationsInstrument InitializationThe *RST Reset condition in the Test Set was specifically designed to configure the instrumen

184 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsInstrument InitializationDevice Clear (DCL) HP-IB Bus Command The Device Cle

Chapter 6 185Advanced OperationsInstrument InitializationSelected Device Clear (SDC) HP-IB Bus Command The Selected Device Clear (SDC) Reset is accomp

186 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsPassing ControlPassing Control Communications on the HP-IB bus are accomplis

Chapter 6 187Advanced OperationsPassing ControlConfiguring the Test Set as the System Controller To configure the Test Set as a System Controller, sel

188 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsPassing ControlPassing Control to the Test Set Control is passed to the Test

Chapter 6 189Advanced OperationsPassing ControlPassing Control Back to Another Controller The Test Set has two methods of passing control back to anot

19Regional Sales OfficesTable 2 Regional Sales and Service OfficesUnited States of America:Agilent TechnologiesTest and Measurement Call CenterP.O.

190 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsPassing ControlRequesting Control using IBASIC The Test Set has the capabili

Chapter 6 191Advanced OperationsPassing ControlPass Control Examples The following examples illustrate how pass control could be implemented in two of

192 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsPassing ControlExample 6-110 Example PASS CONTROL 714This command p

Chapter 6 193Advanced OperationsPassing ControlExample 6-111 Example10 COM /Hpib_names/ INTEGER Internal_hpib,Inst_address,Cntrl_state20 COM /Cn

194 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsPassing Control620 COM /Reg_vals/ INTEGER Status_byte,Stdevnt_reg_val630

Chapter 6 195Advanced OperationsPassing Control380 GOTO Try_again390 ELSE400 PRINT "ERROR =";ERRN410 STOP420 END IF430

196 Chapter 6O:\Manuals\E6380A_Progguid\Book\Advoper.fmAdvanced OperationsPassing Control

1977 Memory Cards/Mass Storage

198 Chapter 7 O:\Manuals\E6380A_Progguid\Book\Mencard.fmMemory Cards/Mass StorageThis chapter contains information about using the mass storage device

Chapter 7 199Memory Cards/Mass StorageDefault File SystemDefault File System The Test Set’s default file system is DOS (the Microsoft Disk Operating

2 NoticeInformation contained in this document is subject to change without notice.All Rights Reserved. Reproduction, adaptation, or translation wit

20 O:\Manuals\E6380A_Progguid\Book\Preface.fm

200 Chapter 7 O:\Manuals\E6380A_Progguid\Book\Mencard.fmMemory Cards/Mass StorageMass Storage Device OverviewMass Storage Device Overview There are fo

Chapter 7 201Memory Cards/Mass StorageMass Storage Device OverviewFigure 7-1 Mass Storage DevicesPrograms and data can be retrieved from any of these

202 Chapter 7 O:\Manuals\E6380A_Progguid\Book\Mencard.fmMemory Cards/Mass StorageMass Storage Device Overview• Temporary Save/Recall register storageC

Chapter 7 203Memory Cards/Mass StorageMass Storage Device Overview Typical Uses• Permanent storage of factory supplied utility programs • Permanent st

204 Chapter 7 O:\Manuals\E6380A_Progguid\Book\Mencard.fmMemory Cards/Mass StorageMass Storage Device OverviewTypical Uses• Semi-permanent program and

Chapter 7 205Memory Cards/Mass StorageMass Storage Device OverviewTypical Uses• Permanent storage of factory supplied application programs • Permanent

206 Chapter 7 O:\Manuals\E6380A_Progguid\Book\Mencard.fmMemory Cards/Mass StorageDefault Mass Storage LocationsDefault Mass Storage Locations Built-in

Chapter 7 207Memory Cards/Mass StorageDefault Mass Storage LocationsTests Subsystem The default mass storage location for the Tests Subsystem is set u

208 Chapter 7 O:\Manuals\E6380A_Progguid\Book\Mencard.fmMemory Cards/Mass StorageMass Storage AccessMass Storage Access Program and data files stored

Chapter 7 209Memory Cards/Mass StorageDOS File System ConsiderationsDOS File System Considerations The DOS file system is used on IBM compatible perso

211 Using HP-IB

210 Chapter 7 O:\Manuals\E6380A_Progguid\Book\Mencard.fmMemory Cards/Mass StorageDOS File System ConsiderationsPotential File Name Conflicts Unexpecte

Chapter 7 211Memory Cards/Mass StorageDOS File System ConsiderationsInitializing Media The INITIALIZE command is used to initialize a media (PC card,

212 Chapter 7 O:\Manuals\E6380A_Progguid\Book\Mencard.fmMemory Cards/Mass StorageUsing the ROMUsing the ROM The Test Set comes with several Test Proce

Chapter 7 213Memory Cards/Mass StorageUsing PC CardsUsing PC Cards OTP (One-Time Programmable) cards provide removable read-only storage. File editing

214 Chapter 7 O:\Manuals\E6380A_Progguid\Book\Mencard.fmMemory Cards/Mass StorageUsing PC CardsFigure 7-2 Inserting a Memory CardSetting the Write-Pr

Chapter 7 215Memory Cards/Mass StorageUsing PC CardsFigure 7-3 Inserting the Battery and Setting the Write-Protect SwitchBattery Holder BatteryCAUTIO

216 Chapter 7 O:\Manuals\E6380A_Progguid\Book\Mencard.fmMemory Cards/Mass StorageUsing PC CardsThe Memory Card Battery SRAM PC cards use a lithium bat

Chapter 7 217Memory Cards/Mass StorageUsing PC CardsMemory Card Mass Storage Volume Specifier The front-panel PC card slot’s mass storage volume speci

218 Chapter 7 O:\Manuals\E6380A_Progguid\Book\Mencard.fmMemory Cards/Mass StorageBacking Up Procedure and Library FilesBacking Up Procedure and Librar

Chapter 7 219Memory Cards/Mass StorageCopying Files Using IBASIC CommandsCopying Files Using IBASIC Commands Files can be copied from one mass storage

22 Chapter 1 O:\Manuals\E6380A_Progguid\Book\Usehpib.fmUsing HP-IBOverview of the Test SetOverview of the Test Set The Test Set combines numerous sepa

220 Chapter 7 O:\Manuals\E6380A_Progguid\Book\Mencard.fmMemory Cards/Mass StorageCopying Files Using IBASIC CommandsExample 7-5 ExampleCOPY ":ME

Chapter 7 221Memory Cards/Mass StorageUsing RAMUsing RAM RAM is a section of the Test Set’s internal RAM that has been set aside for use as a mass sto

222 Chapter 7 O:\Manuals\E6380A_Progguid\Book\Mencard.fmMemory Cards/Mass StorageUsing RAMInitializing RAM Each RAM volume must be initialized before

2238 IBASIC Controller

224 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerIntroductionIntroduction The Test Set contains an instrument controller that ca

Chapter 8 225IBASIC ControllerThe IBASIC Controller ScreenThe IBASIC Controller Screen The Test Set has a dedicated screen for interfacing with the bu

226 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerThe IBASIC Controller ScreenExample 8-1 ExampleOUTPUT 714;"DISP TIBasic&q

Chapter 8 227IBASIC ControllerImportant Notes for Program DevelopmentImportant Notes for Program Development The Test Set is designed to operate the s

228 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerProgram DevelopmentProgram Development There are three recommended approaches f

Chapter 8 229IBASIC ControllerProgram DevelopmentFigure 8-2 Program Development MethodsDevelop on Test Setusing screen"EDIT" modeRun progra

Chapter 1 23Using HP-IBOverview of the Test SetManual Control Mode The Test Set’s primary instruments are shown on the left side of Figure 1-1 on page

230 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerInterfacing to the IBASIC Controller using Serial PortsInterfacing to the IBASI

Chapter 8 231IBASIC ControllerInterfacing to the IBASIC Controller using Serial PortsFigure 8-3 Serial Port Pin AssignmentsSerial Port 9 Configuratio

232 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerInterfacing to the IBASIC Controller using Serial Ports6. Another method which

Chapter 8 233IBASIC ControllerInterfacing to the IBASIC Controller using Serial PortsReceive and Transmit Pacing When receiving characters into the IB

234 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerInterfacing to the IBASIC Controller using Serial PortsPC Configuration To prep

Chapter 8 235IBASIC ControllerInterfacing to the IBASIC Controller using Serial PortsSetting Up HyperTerminal on your PC (Windows Version 3.1) 1. St

236 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerInterfacing to the IBASIC Controller using Serial Ports9. Edit the Communicatio

Chapter 8 237IBASIC ControllerInterfacing to the IBASIC Controller using Serial Ports3. To select a different communications port, enter the following

238 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerInterfacing to the IBASIC Controller using Serial PortsSetting Up HP AdvanceLin

Chapter 8 239IBASIC ControllerInterfacing to the IBASIC Controller using Serial Ports5. Press REMOTE CONFIG (to set up the Serial port you selected ab

24 Chapter 1 O:\Manuals\E6380A_Progguid\Book\Usehpib.fmUsing HP-IBOverview of the Test SetInternal Automatic Control Mode In Internal Automatic Contro

240 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerInterfacing to the IBASIC Controller using Serial Ports8. Press DONE to return

Chapter 8 241IBASIC ControllerChoosing Your Development MethodChoosing Your Development Method There are three fundamental methods for developing IBAS

242 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerChoosing Your Development MethodMethod 1 Using a BASIC language computer (eithe

Chapter 8 243IBASIC ControllerMethod #1. Program Development on an External BASIC Language ComputerMethod #1. Program Development on an External BASIC

244 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerMethod #1. Program Development on an External BASIC Language ComputerConfigurin

Chapter 8 245IBASIC ControllerMethod #1. Program Development on an External BASIC Language ComputerHP BASIC for Windows PC Configuration for Windows N

246 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerMethod #1. Program Development on an External BASIC Language ComputerProgram De

Chapter 8 247IBASIC ControllerMethod #1. Program Development on an External BASIC Language ComputerExample 8-5 Example20 ! Establishes IO path to sel

248 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerMethod #1. Program Development on an External BASIC Language ComputerAfter the

Chapter 8 249IBASIC ControllerMethod #1. Program Development on an External BASIC Language ComputerExample 8-7 Example10 ! PROGRAM TO UPLOAD IBASI

Chapter 1 25Using HP-IBOverview of the Test SetDifferences Between the Test Set’s IBASIC Controller and Other Single-Tasking ControllersThe IBASIC con

250 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerMethod #2. Developing Programs on the Test Set Using the IBASIC EDIT ModeMethod

Chapter 8 251IBASIC ControllerMethod #2. Developing Programs on the Test Set Using the IBASIC EDIT ModeTo Access the IBASIC Command Line Field1. Posit

252 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerMethod #2. Developing Programs on the Test Set Using the IBASIC EDIT ModeEnteri

Chapter 8 253IBASIC ControllerMethod #2. Developing Programs on the Test Set Using the IBASIC EDIT ModeSetting Up Function Keys In HyperTerminal When

254 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerMethod #2. Developing Programs on the Test Set Using the IBASIC EDIT ModeSettin

Chapter 8 255IBASIC ControllerMethod #3. Developing Programs Using Word Processor on a PC (Least Preferred)Method #3. Developing Programs Using Word P

256 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerMethod #3. Developing Programs Using Word Processor on a PC (Least Preferred)Wr

Chapter 8 257IBASIC ControllerMethod #3. Developing Programs Using Word Processor on a PC (Least Preferred)Transferring Programs from the Word Process

258 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerMethod #3. Developing Programs Using Word Processor on a PC (Least Preferred)As

Chapter 8 259IBASIC ControllerMethod #3. Developing Programs Using Word Processor on a PC (Least Preferred)Example 8-8 Example10 ! ASCII_DN20 ! Pro

26 Chapter 1 O:\Manuals\E6380A_Progguid\Book\Usehpib.fmUsing HP-IBOverview of the Test SetExternal Automatic Control Mode In External Automatic Contro

260 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerMethod #3. Developing Programs Using Word Processor on a PC (Least Preferred)Se

Chapter 8 261IBASIC ControllerMethod #3. Developing Programs Using Word Processor on a PC (Least Preferred)Sending ASCII Text Files over RS-232 with P

262 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerMethod #3. Developing Programs Using Word Processor on a PC (Least Preferred)17

Chapter 8 263IBASIC ControllerUploading Programs from the Test Set to a PCUploading Programs from the Test Set to a PC As an overview, the following s

264 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerSerial I/O from IBASIC ProgramsSerial I/O from IBASIC Programs There are two se

Chapter 8 265IBASIC ControllerSerial I/O from IBASIC ProgramsExample IBASIC Program Using Serial Port 10 The following program illustrates I/O to both

266 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerSerial I/O from IBASIC ProgramsSerial Port 10 Information Serial Port 10 is som

Chapter 8 267IBASIC ControllerPROGram SubsystemPROGram Subsystem IntroductionThe PROGram Subsystem provides a set of commands which allow an external

268 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerPROGram SubsystemTest Set PROGram SubsystemThe Test Set was designed to store o

Chapter 8 269IBASIC ControllerPROGram SubsystemUnsupported SCPI CommandsThe Test Set does not support the following SCPI commands.:CATalog?:SELected:D

Chapter 1 27Using HP-IBOverview of the Test SetWriting programs for the Test Set One of the design goals for automatic control of the Test Set was tha

270 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerPROGram SubsystemPROGram Subsystem Commands See the “:PROGram Subsystem in the

Chapter 8 271IBASIC ControllerPROGram SubsystemExample 8-11 SyntaxPROGram[:SELected]:DEFine <program> The DEFine command is used to create and

272 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerPROGram SubsystemExample 8-13 Example BASIC program to download an IBASIC prog

Chapter 8 273IBASIC ControllerPROGram SubsystemExample 8-16 Example BASIC program to download an IBASIC program to Test Set10 OUTPUT 714;"PROG:D

274 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerPROGram SubsystemExample 8-19 Example BASIC program to upload an IBASIC progra

Chapter 8 275IBASIC ControllerPROGram SubsystemExample 8-21 ExampleOUTPUT 714;"PROGram:SELected:DELete:ALL" orOUTPUT 714;"PROG:DEL:ALL

276 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerPROGram SubsystemExample 8-23 ExampleOUTPUT 714;"PROGram:SELected:EXECute

Chapter 8 277IBASIC ControllerPROGram SubsystemExample 8-26 Example setting the value of a one dimensional array [Array(5)] with 6 elementsOUTPUT 714

278 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerPROGram SubsystemFor simple variables the value is returned as a series of ASCI

Chapter 8 279IBASIC ControllerPROGram SubsystemExample 8-30 Example querying the value of a one dimensional array [Array(5)] with 6 elementsOUTPUT 71

28 Chapter 1 O:\Manuals\E6380A_Progguid\Book\Usehpib.fmUsing HP-IBOverview of the Test SetFigure 1-1 Manual Control ModeDisplayKEY-PAD/ROTARY KNOB SC

280 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerPROGram Subsystem:STATe RUN|PAUSe|STOP|CONTinue The STATe command is used to

Chapter 8 281IBASIC ControllerPROGram SubsystemExample 8-34 SyntaxPROGram[:SELected]:STATe?Example 8-35 ExampleOUTPUT 714;"PROGram:SELected:STA

282 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerPROGram SubsystemExample 8-36 SyntaxPROGram[:SELected]:STRing <varname>{

Chapter 8 283IBASIC ControllerPROGram SubsystemIf an attempt is made to query the value of a string variable or array and no IBASIC program is in the

284 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerPROGram SubsystemExample 8-42 Example of querying the value of a string array

Chapter 8 285IBASIC ControllerPROGram SubsystemExample 8-43 SyntaxPROGram[:SELected]:WAITExample 8-44 ExampleOUTPUT 714;"PROGram:SELected:WAIT&

286 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerPROGram SubsystemExample 8-47 Example BASIC program without using the :WAIT? q

Chapter 8 287IBASIC ControllerPROGram SubsystemUsing the EXECute Command The PROGram:EXECute command can be used to list, edit and control IBASIC prog

288 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerPROGram SubsystemExample 8-52 ExampleOUTPUT 714;"PROG:EXEC ’30 PRINT &quo

Chapter 8 289IBASIC ControllerPROGram SubsystemDownloading An IBASIC Program Into the Test Set The following procedure uses the PROGram Subsystem comm

Chapter 1 29Using HP-IBOverview of the Test SetFigure 1-2 Internal Automatic Control ModeDisplayKEY-PAD/ROTARY KNOBSCREENCONTROLHARDWAREINSTRUMENT CO

290 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerPROGram SubsystemUploading a Program From the Test Set The following BASIC prog

Chapter 8 291IBASIC ControllerPROGram SubsystemSaving an IBASIC Program To A PC card The following procedure can be used to save an IBASIC program fro

292 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerThe TESTS SubsystemThe TESTS Subsystem The Test Set makes available to the user

Chapter 8 293IBASIC ControllerThe TESTS SubsystemTESTS Subsystem File Descriptions Three types of files are used in the TESTS Subsystem to store diffe

294 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerThe TESTS SubsystemFigure 8-6 TESTS Subsystem File RelationshipTESTS Subsystem

Chapter 8 295IBASIC ControllerThe TESTS SubsystemFigure 8-7 The SOFTWARE MENU ScreenTESTS Subsystem User-Interface Screens The TESTS Subsystem allows

296 Chapter 8O:\Manuals\E6380A_Progguid\Book\Ibasic.fmIBASIC ControllerThe TESTS Subsystem•The External Devices screen identifies all connected HP-IB

2979 Error Messages

298 Chapter 9 O:\Manuals\E6380A_Progguid\Book\Errormsg.fmError MessagesGeneral Information About Error MessagesGeneral Information About Error Message

Chapter 9 299Error MessagesGeneral Information About Error MessagesIBASIC Error Messages IBASIC Error Messages are associated with IBASIC operation. I

Contents 31. Using HP-IBOverview of the Test Set . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

30 Chapter 1 O:\Manuals\E6380A_Progguid\Book\Usehpib.fmUsing HP-IBGetting StartedGetting Started What is HP-IB? The Hewlett-Packard Interface Bus (HP-

300 Chapter 9 O:\Manuals\E6380A_Progguid\Book\Errormsg.fmError MessagesGeneral Information About Error MessagesUsually, negative numbers preceding the

Chapter 9 301Error MessagesGeneral Information About Error MessagesThe Message Display During instrument operation, various messages may appear on the

302 Chapter 9 O:\Manuals\E6380A_Progguid\Book\Errormsg.fmError MessagesGeneral Information About Error MessagesText Only Error Messages Operation erro

Chapter 9 303Error MessagesGeneral Information About Error Messages• Cal file checksum incorrect - initializing file.This error usually occurs after c

304 Chapter 9 O:\Manuals\E6380A_Progguid\Book\Errormsg.fmError MessagesHP-IB ErrorsHP-IB Errors Most HP-IB errors occur when the control program attem

Chapter 9 305Error MessagesText Only HP-IB ErrorsText Only HP-IB Errors Un-numbered (text only) HP-IB error messages are generally self-explanatory. F

306 Chapter 9 O:\Manuals\E6380A_Progguid\Book\Errormsg.fmError MessagesText Only HP-IB ErrorsIn order to save the current Test Set state into a Save/R

Chapter 9 307Error MessagesNumbered HP-IB Error DescriptionsNumbered HP-IB Error Descriptions The following HP-IB errors can be generated under any of

308 Chapter 9 O:\Manuals\E6380A_Progguid\Book\Errormsg.fmError MessagesNumbered HP-IB Error DescriptionsExample 9-12 Error -104Data type errorThe pa

Chapter 9 309Error MessagesNumbered HP-IB Error DescriptionsExample 9-20 Error -114 Header suffix out of rangeIndicates that a nonheader character ha

Chapter 1 31Using HP-IBGetting StartedHP-IB Information Provided in This Manual What Is Explained • How to configure the Test Set for HP-IB operation

310 Chapter 9 O:\Manuals\E6380A_Progguid\Book\Errormsg.fmError MessagesNumbered HP-IB Error DescriptionsExample 9-28 Error -134Suffix too longThe suf

Chapter 9 311Error MessagesNumbered HP-IB Error DescriptionsExample 9-36 Error -152Parity errorParity errorExample 9-37 Error -158String data not al

312 Chapter 9 O:\Manuals\E6380A_Progguid\Book\Errormsg.fmError MessagesNumbered HP-IB Error DescriptionsExample 9-44 Error -180Macro errorThis error

Chapter 9 313Error MessagesNumbered HP-IB Error DescriptionsExample 9-52 Error -211Trigger ignoredIndicates that a GET, *TRG, or triggering signal wa

314 Chapter 9 O:\Manuals\E6380A_Progguid\Book\Errormsg.fmError MessagesNumbered HP-IB Error DescriptionsExample 9-59 Error -222Data out of rangeIndic

Chapter 9 315Error MessagesNumbered HP-IB Error DescriptionsExample 9-67 Error -251Missing mass storageIndicates that a legal program command or que

316 Chapter 9 O:\Manuals\E6380A_Progguid\Book\Errormsg.fmError MessagesNumbered HP-IB Error DescriptionsExample 9-74 Error -258Media protectedIndicat

Chapter 9 317Error MessagesNumbered HP-IB Error DescriptionsExample 9-81 Error -274Macro parameter errorIndicates that the macro definition improper

318 Chapter 9 O:\Manuals\E6380A_Progguid\Book\Errormsg.fmError MessagesNumbered HP-IB Error DescriptionsExample 9-88 Error -282Illegal program nameTh

Chapter 9 319Error MessagesNumbered HP-IB Error DescriptionsExample 9-97 Error -313Calibration memory lostIndicates that nonvolatile calibration dat

32 Chapter 1 O:\Manuals\E6380A_Progguid\Book\Usehpib.fmUsing HP-IBGetting StartedGeneral HP-IB Programming Guidelines The following guidelines should

320 Chapter 9 O:\Manuals\E6380A_Progguid\Book\Errormsg.fmError MessagesNumbered HP-IB Error DescriptionsExample 9-104 Error -420Query UNTERMINATEDIndi

Chapter 9 321Error MessagesNumbered HP-IB Error DescriptionsExample 9-109 Error -608Initialization of Input Module Relay Count file failed.Indicates t

322 Chapter 9 O:\Manuals\E6380A_Progguid\Book\Errormsg.fmError MessagesNumbered HP-IB Error DescriptionsExample 9-116 Error -1307Timeout occurred whil

Chapter 9 323Error MessagesNumbered HP-IB Error DescriptionsExample 9-121 Error -1312Data from RVC contains invalid bits in word [1,2,3].Indicates tha

324 Chapter 9 O:\Manuals\E6380A_Progguid\Book\Errormsg.fmError MessagesNumbered HP-IB Error DescriptionsExample 9-125 Error -1316Incomplete data recei

IndexIndex 325Symbols*CLS, 99*ESE, 99*ESE?, 99*ESR?, 99*IDN?, 89*OPC, 93*OPC?, 96*OPT?, 90*PCB, 100, 188*RCL, 100*RST, 91, 182*SAV, 101*SRE, 99, 171*

326 Index Indexupload IBASIC code from Test Set, 249upload IBASIC program from Test Set, 274variables and arrays, 276wait (*WAI), 98Extended Addressin

IndexIndex 327L.LIB Files, 293, 209Library Files, 209, 293backing up, 218Local Lockout, 50Local Mode, 48Local to Remote Transition, 49Local/Remote Tr

328 Index Indextriggering, immediate, 109triggering, repetitive/single, 109triggering, settling, 110upload IBASIC code from Test Set, 249upload IBASIC

IndexIndex 329using semicolon command separator, 117using semicolon to output multiple commands, 67using upper/lower case letters, 65System Controlle

Chapter 1 33Using HP-IBGetting Started6. Send the MEASure query command to initiate a reading. This will place the measured value into the Test Set’s

34 Chapter 1 O:\Manuals\E6380A_Progguid\Book\Usehpib.fmUsing HP-IBGetting Started• Guideline #2.If the program stops or “hangs up” when trying to ENTE

Chapter 1 35Using HP-IBGetting Started• Guideline #3.The syntax diagrams in the HP-IB Syntax Reference Guide show where single quotes are needed and w

36 Chapter 1 O:\Manuals\E6380A_Progguid\Book\Usehpib.fmUsing HP-IBGetting StartedControl Annunciators The letters and symbols at the top right corner

Chapter 1 37Using HP-IBGetting StartedPreparing the Test Set For HP-IB Use 1. If other HP-IB devices are in the system, attach an HP-IB cable from the

38 Chapter 1 O:\Manuals\E6380A_Progguid\Book\Usehpib.fmUsing HP-IBGetting StartedUsing the HP-IB with the Test Set’s built-in IBASIC Controller The Te

Chapter 1 39Using HP-IBGetting StartedBasic Programming Examples The following simple examples illustrate the basic approach to controlling the Test S

4 Contents4. IEEE Common CommandsIEEE 488.2 Common Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

40 Chapter 1 O:\Manuals\E6380A_Progguid\Book\Usehpib.fmUsing HP-IBGetting StartedTo Read a Field’s Setting over HP-IB1. Use the DISPlay command to acc

Chapter 1 41Using HP-IBGetting StartedTo Make a Simple Measurement The basic method for making a measurement is very similar to the method used to rea

42 Chapter 1 O:\Manuals\E6380A_Progguid\Book\Usehpib.fmUsing HP-IBRemote OperationRemote Operation The Test Set can be operated remotely through the H

Chapter 1 43Using HP-IBRemote OperationRemote Capabilities Conformance to the IEEE 488.1-1987 Standard For all IEEE 488.1 functions implemented, the T

44 Chapter 1 O:\Manuals\E6380A_Progguid\Book\Usehpib.fmUsing HP-IBAddressingAddressing Factory Set Address The Test Set’s HP-IB address is set to deci

Chapter 1 45Using HP-IBIEEE 488.1 Remote Interface Message CapabilitiesIEEE 488.1 Remote Interface Message Capabilities The remote interface message c

46 Chapter 1 O:\Manuals\E6380A_Progguid\Book\Usehpib.fmUsing HP-IBIEEE 488.1 Remote Interface Message CapabilitiesClear Lockout/Set LocalYes The Test

Chapter 1 47Using HP-IBIEEE 488.1 Remote Interface Message CapabilitiesTrigger Yes If in remote programming mode and addressed to listen, the Test Set

48 Chapter 1 O:\Manuals\E6380A_Progguid\Book\Usehpib.fmUsing HP-IBRemote/Local ModesRemote/Local Modes Remote Mode In Remote mode all front-panel keys

Chapter 1 49Using HP-IBRemote/Local ModesLocal To Remote Transitions The Test Set switches from Local to Remote mode upon receipt of the Remote messag

Contents 5Calibration Status Register Group . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 151Hardware Status

50 Chapter 1 O:\Manuals\E6380A_Progguid\Book\Usehpib.fmUsing HP-IBRemote/Local ModesLocal Lockout The Local Lockout mode disables the front-panel LOCA

512 Methods For Reading Measurement Results

52 Chapter 2O:\Manuals\E6380A_Progguid\Book\Measrslt.fmMethods For Reading Measurement ResultsBackgroundBackgroundOne of the most common remote user i

Chapter 2 53Methods For Reading Measurement ResultsBackgroundThe following programs demonstrate a recommended technique for querying and entering data

54 Chapter 2O:\Manuals\E6380A_Progguid\Book\Measrslt.fmMethods For Reading Measurement ResultsRMB ‘ON TIMEOUT’ Example ProgramRMB ‘ON TIMEOUT’ Example

Chapter 2 55Methods For Reading Measurement ResultsRMB ‘ON TIMEOUT’ Example ProgramExample 2-2 Time-out Example10 COM /Io_names/ INTEGER Inst_addr,B

56 Chapter 2O:\Manuals\E6380A_Progguid\Book\Measrslt.fmMethods For Reading Measurement ResultsRMB ‘ON TIMEOUT’ Example ProgramComments for Recommended

Chapter 2 57Methods For Reading Measurement ResultsRMB ‘ON TIMEOUT’ Example Program380 Set up a time-out for any I/O activity on the HP-IB while the c

58 Chapter 2O:\Manuals\E6380A_Progguid\Book\Measrslt.fmMethods For Reading Measurement ResultsRMB ‘MAV’ Example ProgramRMB ‘MAV’ Example ProgramThe fo

Chapter 2 59Methods For Reading Measurement ResultsRMB ‘MAV’ Example ProgramExample 2-3 MAV Example10 COM /Io_names/ INTEGER Inst_addr,Bus_addr20 CL

6 ContentsCopying Files Using IBASIC Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .219Copying an Entire Vo

60 Chapter 2O:\Manuals\E6380A_Progguid\Book\Measrslt.fmMethods For Reading Measurement ResultsRMB ‘MAV’ Example ProgramComments for Recommended Routin

Chapter 2 61Methods For Reading Measurement ResultsRMB ‘MAV’ Example Program360 Perform a serial poll to read the Status Byte from the Test Set. A ser

62 Chapter 2O:\Manuals\E6380A_Progguid\Book\Measrslt.fmMethods For Reading Measurement ResultsRMB ‘MAV’ Example Program490 The following lines of code

633 HP-IB Command Guidelines

64 Chapter 3O:\Manuals\E6380A_Progguid\Book\Guidelin.fmHP-IB Command GuidelinesSequential and Overlapped CommandsSequential and Overlapped Commands IE

Chapter 3 65HP-IB Command GuidelinesGuidelines for OperationGuidelines for Operation The following topics discuss rules and guidelines for controlling

66 Chapter 3O:\Manuals\E6380A_Progguid\Book\Guidelin.fmHP-IB Command GuidelinesGuidelines for OperationUsing Quotes for String Entries Quotation marks

Chapter 3 67HP-IB Command GuidelinesGuidelines for OperationExample 3-4 ExampleDISP AFANAFAN:INP:GAIN ’40 dB’Using the Semicolon to Output Multiple C

68 Chapter 3O:\Manuals\E6380A_Progguid\Book\Guidelin.fmHP-IB Command GuidelinesGuidelines for OperationExample 3-6 ExampleRFAN:FREQ 850MHZ;:AFAN:INP

Chapter 3 69HP-IB Command GuidelinesGuidelines for OperationDisplay Units (DUNits)Display Units are the units-of-measure used by the Test Set to displ

Contents 7PROGram Subsystem Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 270Using the EXECute Com

70 Chapter 3O:\Manuals\E6380A_Progguid\Book\Guidelin.fmHP-IB Command GuidelinesGuidelines for OperationExample 3-16 mV:MEAS:RFR:POW:DUN MV Example 3-

Chapter 3 71HP-IB Command GuidelinesGuidelines for OperationExample 3-26 Example!Query Display Units setting for TX Power measurement.OUTPUT 714;&quo

72 Chapter 3O:\Manuals\E6380A_Progguid\Book\Guidelin.fmHP-IB Command GuidelinesGuidelines for OperationHP-IB Units (UNITs) HP-IB Units are the units-o

Chapter 3 73HP-IB Command GuidelinesGuidelines for OperationChanging HP-IB Units Use the UNITs command to change the HP-IB Units setting for selected

74 Chapter 3O:\Manuals\E6380A_Progguid\Book\Guidelin.fmHP-IB Command GuidelinesGuidelines for OperationGuidelines for HP-IB Units • When setting the

Chapter 3 75HP-IB Command GuidelinesGuidelines for OperationAttribute Units (AUNits)Attribute Units are the units-of-measure used by the Test Set when

76 Chapter 3O:\Manuals\E6380A_Progguid\Book\Guidelin.fmHP-IB Command GuidelinesGuidelines for OperationDefault Data Function Values The majority of m

Chapter 3 77HP-IB Command GuidelinesGuidelines for OperationThe Data Functions are set to their default values whenever• the power is cycled on the Te

78 Chapter 3O:\Manuals\E6380A_Progguid\Book\Guidelin.fmHP-IB Command GuidelinesGuidelines for OperationIf it is not possible to properly convert all t

Chapter 3 79HP-IB Command GuidelinesGuidelines for OperationExample 3-29 Example!Reset the Test SetOUTPUT 714;"*RST"!Set HIgh LIMIT value t

8 Contents

80 Chapter 3O:\Manuals\E6380A_Progguid\Book\Guidelin.fmHP-IB Command GuidelinesGuidelines for OperationReading-back Attribute Units Use the AUNits? c

Chapter 3 81HP-IB Command GuidelinesGuidelines for OperationGuidelines for Attribute Units • When setting the value of measurement functions REFeren

82 Chapter 3O:\Manuals\E6380A_Progguid\Book\Guidelin.fmHP-IB Command GuidelinesGuidelines for OperationUsing the STATe Command The STATe command corre

Chapter 3 83HP-IB Command GuidelinesGuidelines for OperationReading back the measurement, instrument function, or data function state Use the query fo

84 Chapter 3O:\Manuals\E6380A_Progguid\Book\Guidelin.fmHP-IB Command GuidelinesGuidelines for OperationSample HP-IB Program The following program was

Chapter 3 85HP-IB Command GuidelinesGuidelines for Operation300 !310 !Measure and plot oscilloscope trace to see the waveform shape.320 DIM Trace(0:41

86 Chapter 3O:\Manuals\E6380A_Progguid\Book\Guidelin.fmHP-IB Command GuidelinesGuidelines for Operation

874 IEEE Common CommandsThis chapter describes IEEE 488.2 common commands.

88 Chapter 4 O:\Manuals\E6380A_Progguid\Book\Ieee.fmIEEE Common CommandsIEEE 488.2 Common CommandsIEEE 488.2 Common Commands The IEEE 488.2 Standard d

Chapter 4 89IEEE Common CommandsCommon Command DescriptionsCommon Command Descriptions *IDN? (Identification Query) The *IDN? query causes a device to

9About this manual, its companions, and product regulatory information.What is discussed in this manualThis manual explains how to program the Test

90 Chapter 4 O:\Manuals\E6380A_Progguid\Book\Ieee.fmIEEE Common CommandsCommon Command Descriptions*OPT? (Option Identification Query) The *OPT? comma

Chapter 4 91IEEE Common CommandsCommon Command Descriptions*RST (Reset) The *RST command resets the Test Set. When the *RST command is received the ma

92 Chapter 4 O:\Manuals\E6380A_Progguid\Book\Ieee.fmIEEE Common CommandsCommon Command Descriptions*TST? (Self-Test Query) The *TST? self-test query c

Chapter 4 93IEEE Common CommandsCommon Command Descriptions*OPC (Operation Complete) The *OPC command allows for synchronization between the Test Set

94 Chapter 4 O:\Manuals\E6380A_Progguid\Book\Ieee.fmIEEE Common CommandsCommon Command DescriptionsExample BASIC program - Service Request Example 4-5

Chapter 4 95IEEE Common CommandsCommon Command DescriptionsExample BASIC program - Polling the Standard Event Status Register Example 4-6 Example10 I

96 Chapter 4 O:\Manuals\E6380A_Progguid\Book\Ieee.fmIEEE Common CommandsCommon Command Descriptions*OPC? (Operation Complete Query) The *OPC? query al

Chapter 4 97IEEE Common CommandsCommon Command DescriptionsExample 4-7 Example BASIC program10 INTEGER Output_que_val20 OUTPUT 714;"*SRE 0"

98 Chapter 4 O:\Manuals\E6380A_Progguid\Book\Ieee.fmIEEE Common CommandsCommon Command Descriptions*WAI (Wait To Complete) The *WAI command stops the

Chapter 4 99IEEE Common CommandsCommon Command Descriptions*CLS (Clear Status) The *CLS command clears the contents (sets all bits to zero) of all Eve