Agilent Technologies A.18.00 Manuel d'utilisateur Page 221
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221
IEEE 488.2 Common Commands
*PCB (Pass Control
Back)
The Test Set accepts the *PCB command. Refer to “Passing Instrument Control”
in the Advanced Operations chapter of the Agilent 8920B Programmer’s Guide.
*SRE (Service
Request Enable)
The Test Set responds to the *SRE command. See “Status Byte Register” and
“Service Request Enable Register” in the Advanced Operations chapter of the
Agilent 8920B Programmer’s Guide for a detailed explanation of the *SRE
command.
*SRE? (Service
Request Enable
Query)
The Test Set responds to the *SRE? command. See “Status Byte Register” and
“Service Request Enable Register” in the Advanced Operations chapter of the
Agilent 8920B Programmer’s Guide for a detailed explanation of the *SRE?
command.
*STB? (Status Byte
Query)
The Test Set responds to the *STB? command. See “Status Byte Register” and
“Service Request Enable Register” in the Advanced Operations chapter of the
Agilent 8920B Programmer’s Guide for a detailed explanation of the *STB?
command.
*TRG (Trigger) The *TRG command is equivalent to the IEEE 488.1 defined Group Execute
Trigger (GET) message and has the same effect as a GET when received by the
Test Set. The Test Set responds to the *TRG command by triggering all currently
active measurements.
- Programmer’s Guide 1
- Duration of 6
- Warranty: 1 year 6
- Manufacturer’s Address: 8
- Service and 10
- Declaration 11
- Herstellerbescheinigung 11
- Manufacturer’s 11
- Contents 13
- Using GPIB 25
- Overview of the Test Set 26
- Manual Control Mode 27
- Chapter 1, Using GPIB 32
- Figure 1 Manual Control Mode 32
- Getting Started 34
- Control Annunciators 42
- Basic Programming Examples 45
- Remote Operation 47
- Remote Capabilities 48
- Addressing 49
- Remote/Local Modes 53
- Local To Remote Transitions 54
- Remote To Local Transitions 54
- Local Lockout 55
- Clear Lockout/Set Local 55
- Results 57
- Background 58
- BASIC ‘MAV’ Example Program 64
- Command Guidelines 69
- Guidelines for Operation 71
- Command Punctuation 72
- DISP AFAN 73
- AFAN:INP:GAIN ’40 dB’ 73
- !Query the AFGen1 To field 74
- ENTER 714;Afg1_to$ 74
- MEAS:RFR:POW:DUN DBM 76
- ENTER 714;A$ 77
- Using the STATe Command 87
- ENTER 714;State_on_off 88
- Sample GPIB Program 89
- GPIB Commands 91
- GPIB Syntax Diagrams 92
- Diagram Conventions 94
- Adjacent Channel Power (ACP) 95
- AF Analyzer 97
- AF Generator 1 100
- AF Generator 2/Encoder 102
- :AMPS or :TACS 103
- :NAMPs or :NTACs 105
- :CDCSs and :DTMF 107
- :DPAGing 108
- :FGENerator and :TSEQuential 110
- :MPT1327 115
- 1 Integer value from 1 to 32 116
- 2 String maximum length 300 116
- Configure, I/O Configure 117
- (RFGen Volts) 119
- Call Processing 122
- Decoder 141
- :NAMPs or :NTACs and :EDACs 142
- Measure 147
- Oscilloscope 154
- Program 159
- Save/Recall Registers 160
- RF Analyzer 161
- RF Generator 163
- Radio Interface 164
- Spectrum Analyzer 165
- GPIB Only Commands 167
- Trigger 173
- Integer Number Setting Syntax 174
- Real Number Setting Syntax 175
- Number Measurement Syntax 177
- DATA Keys 180
- DATA FUNCTIONS Keys 181
- Use the :AVERage:STATe 183
- Use the :AVERage:STAT? 183
- Generator’s frequency 191
- :INCRement:MULTiply 192
- :INCRement:DIVide 192
- :INCRement <UP or DOWN> 193
- Power measurement 197
- :REFerence:VALue? 198
- ENTER 714;Ref_val 198
- Power measurement to dBm 199
- TX Power measurement 199
- INSTRUMENT STATE Keys 200
- :MEASure:RESet 201
- OUTPUT 714;"*RST" 201
- RECALL mass storage device 203
- :DISPlay? 204
- OUTPUT 714;"DISP?" 204
- ENTER 714;Disp_screen$ 204
- USER Keys 205
- IEEE 488.2 Common Commands 208
- Common Command Descriptions 209
- (Identification 209
- *OPT? (Option 210
- Identification 210
- *TST? (Self-Test 212
- *OPC (Operation 213
- Complete) 213
- *OPC? (Operation 216
- Complete Query) 216
- Example program 218
- *WAI (Wait To 219
- SAVE/RECALL 222
- SAVE/RECALL field on 222
- Triggering Measurements 224
- Trigger Modes 225
- Default Trigger Mode 227
- Trigger Commands 228
- Measurement Pacing 231
- Advanced Operations 233
- Optimizing Measurement Speed 234
- :RFAN:TMOD ’MANUAL’ 235
- :RFAN:ATT:MODE ’HOLD’ 235
- :AFAN:RANG ’HOLD’ 235
- :AFAN:GTIM <value> MS 236
- :RFAN:GTIM <value> MS 236
- ON" 237
- ENTER 714;Power,Freq_abs 238
- Status Reporting 239
- HP 8920 Status Reportin 240
- Structure 240
- Status Byte Register 241
- Read by Serial Poll 242
- Read by STB? 242
- *ESE <integer> 261
- Output Queue Group 262
- Enter 714;Output_data 263
- Error Message Queue Group 264
- STATus:CALibration:ENABle? 279
- ENTER 714;Register_value 279
- Too Wide 281
- STATus:HARDware1:CONDition? 286
- STATus:HARDware1:ENABle? 288
- GPIB Service Requests 293
- , is an 8-bit register that 295
- Instrument Initialization 303
- Methods of Initialization 304
- Power-On Reset 304
- Front-panel PRESET Key 306
- Passing Control 313
- Pass Control Examples 317
- Memory Cards/Mass Storage 323
- Default File System 324
- Mass Storage Device Overview 325
- Typical Uses 328
- Comments 328
- Typical Uses 328
- Built-in IBASIC Controller 331
- External Disk Drive 332
- TESTS Subsystem 332
- Mass Storage Access 333
- File Naming Conventions 334
- File Naming Recommendations 337
- Test Set File Types 338
- Storing Code Files 338
- Using the ROM Disk 340
- Using Memory Cards 341
- The Memory Card Battery 344
- Memory Card Initialization 345
- Copying an Entire Volume 347
- Using RAM Disk 349
- Initializing RAM Disks 350
- Using External Disk Drives 351
- IBASIC Controller 353
- Introduction 354
- The IBASIC Controller Screen 355
- Program Development 358
- Method 1 359
- Method 3 359
- 98642-66505 363
- Receive and Transmit Pacing 366
- PC Configuration 367
- Terminal Configuration 372
- Method 2 374
- Test Set 375
- BASIC for Windows 377
- Operating System 377
- Chapter 7, IBASIC Controller 380
- (Least Preferred) 385
- Serial Ports 9 and 10 393
- Serial Port 10 Information 395
- PROGram Subsystem 396
- PROGram Subsystem Commands 398
- (STATe command sent 406
- IBASIC program 409
- PROGram[:SELected]:WAIT 412
- Using the EXECute Command 414
- The TESTS Subsystem 419
- Procedure Files 421
- TESTS Subsystem Screens 422
- Subsystem 425
- Operational Overview 427
- Connecting a Mobile Station 429
- ENTER 714;Screen$ 431
- Command Syntax 432
- [] Access 439
- [] Active 440
- Amplitude 441
- Called Number: 441
- Cntl Channel 443
- [] Connect 444
- :RCDD<1-6>? 448
- ENTER 714;Rcv_data$ 448
- ESN (dec): 450
- ESN (hex): 450
- FM Deviation 451
- :HANDoff 452
- ENTER 714;Last_ord_sent$ 454
- Phone Num: 456
- Pwr Lvl: 457
- Register 458
- [] Register 458
- :RELease 459
- :SIDentify? 461
- ENTER 714;Sid_number 461
- System Type 462
- TX Freq Error 463
- TX Power 463
- Display Word 465
- RECCW A Message Fields 468
- RECCW B Message Fields 470
- RECCW C Message Fields 472
- RECCW D Message Fields 473
- Dig 1 through Dig 8 473
- RECCW E Message Fields 474
- Dig 9 through Dig 16 474
- RVCOrdCon Message Fields 475
- ENTER 714;Message$ 477
- PRINT Message$ 477
- Data Spec 481
- :DSPecifier? 482
- ENTER 714;Build_method$ 482
- :MESSage? 483
- SPC WORD1 Message Fields 487
- 3 binary characters required 488
- SPC WORD2 Message Fields 489
- 1 binary character required 490
- 1 binary characters required 491
- ACCESS Message Fields 492
- REG INC Message Fields 494
- 3 binary character required 495
- REG ID Message Fields 496
- C-FILMESS Message Fields 498
- MS WORD1 Message Fields 501
- MS IntVCh Message Fields 504
- FVC V Mes Message Fields 508
- AF Anl In 511
- AFGen1 Freq 512
- AFGen1 To 512
- De-Emphasis 512
- Detector 512
- Filter 1 513
- Filter 2 513
- Example Measurement Routines 514
- :CMAXimum? 518
- ENTER 714;Num_acc_chans 518
- TX Pwr Zero 519
- Example Programs 520
- SRQ Example Program 522
- Polling Example Program 530
- Error Messages 539
- IBASIC Error Messages 543
- Error Messages 544
- Text Only Error Messages 545
- The Message Display 546
- GPIB Errors 548
- Text Only GPIB Errors 549
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