HP E1429A Manuel d'utilisateur Page 172
- Page / 420
- Table des matières
- MARQUE LIVRES
Noté. / 5. Basé sur avis des utilisateurs
The Status Byte
Status Group
The registers in the Status Byte Status Group enable conditions monitored
by the other status groups to generate a service request.
The Status Byte
Register
The Status Byte register contains the summary bits of the Questionable
Signal Status Group (QUES), the Operation Status Group (OPER), and the
Standard Event Status Group (ESB). The register also contains the message
available bit (MAV) and the service request bit (RQS).
76543210
OPER RQS ESB MAV QUES unused
Questionable Signal Summary Bit (QUES): Bit 3 is set (1) when a
condition monitored by the Questionable Signal Status Group is present,
when the appropriate bit is latched into the group’s Event register, and when
the bit is unmasked by the group’s Enable register.
Message Available Bit (MAV): Bit 4 is set (1) when data, such as a query
response, is in the digitizer’s output queue.
Standard Event Summary Bit (ESB): Bit 5 is set (1) when a condition
monitored by the Standard Event Status Group is present and the
appropriate bit is set in the group’s Event register, and when the bit is
unmasked by the group’s Enable register.
Service Request Bit (RQS): Bit 6 is set (1) when any other bit in the Status
Byte register is set.
Operation Status Summary Bit (OPER): Bit 7 is set (1) when a condition
monitored by the Operation Status Group is present, when the appropriate
bit is latched into the group’s Event register, and when the bit is unmasked
by the group’s Enable register.
172 Understanding the HP E1429 Digitizer Chapter 3
- Contents 1
- WARNINGS 10
- Documentation History 10
- Safety Symbols 10
- Getting Started 13
- 14 Gettin 14
- Started Chapter 1 14
- HP E1429A/B 15
- Configuration 15
- Preparation for Use 16
- Chapter 1 Gettin 17
- Started 17 17
- The Digitizer Bus 18
- Request Level 18
- Installing the 18
- Started 19 19
- Introductory Programs 20
- Started 21 21
- Resetting and 23
- Clearing the 23
- HP BASIC 24
- RSTCLS.C 24
- 24 Gettin 24
- Querying the 25
- Continued on Next Page 26
- 26 Gettin 26
- Started 27 27
- 28 Gettin 28
- OUTP:EXT1:STAT ON; 29
- :TRIG:SOUR EXT1; 29
- :OUTP:EXT1:STAT OFF 29
- C Language 30
- Programs 30
- ++© Version 1.0 31
- ++©: tchhpib.lib 31
- 32 Gettin 32
- Introduction to Programming 33
- Using the MEASure 34
- Chapter 1 Getting Started 35 35
- Programming 36
- Sequence 36
- Configuring the 37
- Channels 37
- How to Make 37
- Measurements 37
- 38 Getting Started Chapter 1 38
- Chapter 1 Getting Started 39 39
- Taking Readings After 40
- Using CONFigure 40
- 40 Getting Started Chapter 1 40
- Chapter 1 Getting Started 41 41
- 42 Getting Started Chapter 1 42
- Querying 43
- Command Settings 43
- 44 Getting Started Chapter 1 44
- Chapter 1 Getting Started 45 45
- ERRORCHK.C 46
- 46 Getting Started Chapter 1 46
- Digitizer/ 47
- Command Module 47
- Deadlock 47
- Where to go Next 48
- Using the Digitizer 49
- 50 Usin 50
- Taking a Burst of Readings 51
- Level Arming 52
- Pre- and Post-Arm Readings 53
- Specifying a Sample Rate 54
- Dual Rate Sampling 55
- Using Multiple Digitizers 56
- MULT_AD.C 57
- 58 Usin 58
- Using the Packed Data Format 59
- 62 Usin 62
- 66 Usin 66
- Chapter 2 Usin 71
- 74 Usin 74
- SEGTST16.CPP 77
- SEGTST32.CPP 77
- #include Files 77
- WORD *dest, ULONG count) { 78
- ),dest,count,1); 78
- *src, ULONG count) { 78
- 86 Usin 86
- 92 Usin 92
- 98 Usin 98
- 100 Usin 100
- STATUS.C 101
- 102 Usin 102
- Understanding the Digitizer 103
- the HP E1429 Di 104
- 104 Understandin 104
- Digitizer Command 105
- The Digitizer Input Section 106
- Setting the Signal 109
- 110 Understandin 110
- Arming and Triggering 111
- The ARM-TRIG 112
- State Diagram 112
- Chapter 3 Understandin 113
- ARM[:STARt]:DELay < 117
- ARM[:STARt]:COUNt < 117
- ARM[:STARt][:IMMediate] 118
- Triggering the 121
- Digitizer 121
- TRIGger[:STARt]:TIMer1 < 122
- The Digitizer 124
- Reference Clock 124
- 128 Understandin 128
- DIAGnostic:CHANnel[< 130
- >]:LABel < 130
- Digitizer Data 133
- Packed Reading 134
- Conversions 134
- 138 Understandin 138
- DIAGnostic:UPLoad: 141
- SADDress? 141
- Memory Management 142
- 144 Understandin 144
- VME Bus Data Transfers 146
- 148 Understandin 148
- The Data Register 150
- The VINStrument 151
- Subsystem 151
- Setting the VME bus 152
- Data Source 152
- DIAGnostic:PEEK? < 153
- >, < 153
- Multiple VME Bus Data 155
- Transfers 155
- Local Bus Data Transfers 156
- How Data is 157
- Transferred 157
- Digitizer Local Bus 159
- Commands 159
- Local Bus Transfer 159
- Configurations 159
- Multiple Digitizers and 160
- Serial Transfers 160
- Restrictions 161
- Setting the Local 162
- Bus Transfer Mode 162
- Bus Data Source 163
- Multiple Local Bus 164
- Data Transfers 164
- The Status 165
- Status System 165
- Registers 165
- The Questionable 167
- Signal Status Group 167
- The Operation 168
- Status Group 168
- The Standard Event 170
- Status Enable Register 171
- The Status Byte 172
- Synchronizing the 174
- How to Save and 175
- Recall a 175
- Command Reference 177
- Command Types 178
- SCPI Command Format 179
- SCPI Command Parameters 180
- • Discrete 181
- • String 181
- SCPI Command Execution 182
- Executable When 183
- Initiated Commands 183
- SCPI Command Reference 184
- [:STARt]:COUNt 187
- ARM[:STARt]:COUNt 187
- [:STARt]:DELay 190
- ARM[:STARt]:DELay 190
- [:STARt][:IMMediate] 191
- Parameters 192
- [:STARt]:SLOPe[< 194
- ARM[:STARt]:SLOPe[< 194
- [:STARt]:SOURce[< 196
- ARM[:STARt]:SOURce[< 196
- CALibration[< 198
- >]:DATA 199
- >]:DELay 201
- >]:GAIN 202
- :SECure:CODE 205
- >]:SECure:CODE 205
- :SECure:STATe 206
- >]:SECure:STATe 206
- >]:STORe 207
- :STORe:AUTO 208
- >]:STORe:AUTO 208
- >]:VALue 209
- >]:ZERO 210
- CONFigure[< 212
- >]:ARRay:[VOLTage][:DC] 213
- DIAGnostic 216
- :CHANnel[<chan >]:LABel 217
- DIAGnostic:FETCh? 218
- :MEMory[<chan>]:FILL 220
- DIAGnostic:PEEK? 221
- DIAGnostic:POKE 222
- DIAGnostic:SGET? 223
- <chan> 224
- FORMat[:DATA] 229
- INITiate 230
- INITiate[:IMMediate] 231
- INPut[< 232
- :FILTer[:LPASs][:STATe] 233
- :IMPedance 233
- >]:FILTer[:LPASs][:STATe] 233
- [:STATe] 234
- >][:STATe] 234
- MEASure[< 236
- >]:ARRay[:VOLTage][:DC]? 237
- :BATTery[:STATe] 240
- :BATTery:CHARge? 241
- MEMory:BATTery:CHARge? 241
- :ECLTrg< 242
- >:FEED 242
- >[:STATe] 243
- OUTPut:ECLTrg< 243
- :EXTernal[1]:FEED 244
- OUTPut:EXTernal[1]:FEED 244
- :EXTernal[1][:STATe] 246
- :TTLTrg< 246
- OUTPut:EXTernal[1][:STATe] 246
- OUTPut:TTLTrg< 247
- [SENSe[< 252
- >]]:FUNCtion 252
- >]]:FUNCtion [SENSe[< 253
- >]]:ROSCillator 254
- >]]:ROSCillator:SOURce 255
- >]]:SWEep 257
- :OFFSet:POINts < 258
- :POINts < 260
- >]]:SWEep:POINts < 260
- >]]:VOLTage[:DC] 262
- >]]:VOLTage[:DC] :RANGe 263
- :RESolution? 264
- :OPC:INITiate 266
- STATus:OPC:INITiate 266
- STATus:PRESet 270
- :VERSion? 271
- TRIGger[:STARt]:COUNt 274
- [:STARt]:SOURce 276
- TRIGger[:STARt][:IMMediate] 276
- TRIGger[:STARt]:SOURce 277
- [:STARt]:TIMer[1] 278
- TRIGger[:STARt]:TIMer[1] 278
- PERIOD VALUE TABLE 280
- [:STARt]:TIMer2 280
- TRIGger[:STARt]:TIMer2 281
- VINStrument 283
- [:CONFigure]:LBUS:FEED 285
- [:CONFigure]:LBUS[:MODE] 287
- [:CONFigure]:LBUS:RESet 288
- [:CONFigure]:LBUS:SEND:POINts 289
- [:CONFigure]:TEST:DATA 291
- [:CONFigure]:VME:FEED 293
- [:CONFigure]:VME[:MODE] 295
- :IDENtity? 297
- VINStrument:IDENtity? 297
- IEEE-488.2 Common Commands 298
- *EMC and *EMC? 300
- *ESE and *ESE? 300
- *PUD and *PUD? 304
- *SRE and *SRE? 307
- CONFigure CONFigure[< 310
- SCPI Conformance Information 314
- Table 4-3. Non-SCPI Commands 315
- Specifications 317
- Read-Out 318
- Amplitude 319
- Characteristics and 319
- Signal Conditioning 319
- A/D Converter 321
- Supplemental 321
- Characteristics 321
- Single-ended inputs 322
- Differential Inputs 324
- Bus Access and 327
- Connectors 327
- Useful Tables 331
- 332 Useful Tables Appendix B 332
- Appendix B Useful Tables 333 333
- 334 Useful Tables Appendix B 334
- Appendix B Useful Tables 335 335
- 336 Useful Tables Appendix B 336
- Appendix B Useful Tables 337 337
- 338 Useful Tables Appendix B 338
- Appendix B Useful Tables 339 339
- 340 Useful Tables Appendix B 340
- Register Programming 341
- Reading and 342
- Writing to the 342
- Addressing the Registers 343
- Determining the 344
- A24 Base Address 344
- A24_READ.C 346
- Register Descriptions 347
- A24 Register Table 348
- The A/D Shift Register 351
- Address 76543210 354
- and base +53 360
- and base + 57 360
- and base + 75 362
- to base + 7B 362
- The Memory Control Registers 363
- The Pulse Register base +08 364
- The Data Register base +0C 364
- to base +27 366
- and base +2F 367
- Using the A/D Shift 368
- Register 368
- Reading and Writing to 369
- Procedure 369
- Setting the Digitizer 373
- Setting the Arm 373
- Setting the 375
- Reference Source 375
- Setting the Trigger 376
- Sending an Arm 376
- Immediate Signal 376
- Sending a Trigger 377
- Aborting 377
- Re-initiating the Digitizer 378
- Initializing and 380
- Initiating the 380
- Timebase 380
- Processor 380
- Retrieving Data from Memory 385
- Example Program 388
- REG_PROG.C 390
- Appendix D 405
- Appendix Contents 405
- Interleaved 406
- Transfer Mode 406
- LBUSINTR.C 408
- Data register, locating, 146 416
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