Agilent Technologies 3458A Guia do Utilizador Página 12
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- Agilent Technologies 1
- 3458A Multimeter 1
- User’s Guide 1
- Safety Symbols 3
- WARNINGS 3
- Documentation History 3
- DECLARATION OF CONFORMITY 4
- Contents 7
- 8 Contents 8
- Contents 9 9
- 10 Contents 10
- Contents 11 11
- 12 Contents 12
- Introduction 15
- Initial Inspection 15
- Options and Accessories 16
- Installing the Multimeter 17
- Setting the Line 18
- Voltage Switches 18
- Installing the Line 18
- Power Fuse 18
- Connecting the GPIB 19
- Mounting the 20
- Multimeter 20
- Maintenance 21
- Chapter 2 Getting Started 23
- 24 Chapter 2 Getting Started 24
- Chapter 2 Getting Started 25
- Table 5. Power-On State 26
- Table 6. Display Annunciators 27
- Figure 6. Front Panel 27
- Making a 28
- Measurement 28
- Changing the 28
- Function 28
- Autorange and 29
- Manual Ranging 29
- Reading the Error 31
- Register 31
- Resetting the 32
- Using the 32
- Configuration Keys 32
- Installing the 41
- Keyboard Overlay 41
- Operating from Remote 42
- OUTPUT 722; "BEEP" 43
- OUTPUT 722;"ID?" 43
- 10 ENTER 722;A$ 43
- 20 PRINT A$ 43
- 10 ENTER 722;A 44
- 20 PRINT A 44
- General Configuration 47
- Registers 48
- °C from when 49
- Selecting the Input 50
- Terminals 50
- Suspending 51
- Presetting the 52
- Specifying a 53
- Table 12: DC Voltage Ranges 55
- Table 13: DC Current Ranges 56
- Table 14: Resistance Ranges 56
- 10MW 12.000000MW 1W 500nA 57
- 100MW 120.00000MW 10W 500nA 57
- 1GW 1.2000000GW 100W 500nA 57
- Configuring the A/D 58
- Converter 58
- • 1- 10 PLC in 1 PLC steps 59
- × 100 = 0.01 60
- Fixed Input 62
- Resistance 62
- Synchronous Sampling 63
- Conversion 63
- Random Sampling 64
- Specifying the AC 64
- Voltage Method 64
- Specifying 66
- Bandwidth 66
- When to Specify 69
- Using Subprogram Memory 71
- Executing a 72
- Subprogram 72
- Autostart 73
- Compressing 73
- Using State Memory 74
- Using the Input Buffer 75
- Using the Status Register 75
- Reading the Status 77
- Chapter 4 Making Measurements 79
- Triggering Measurements 81
- Table 20: Event Parameters 82
- Making Single 83
- Making Multiple 83
- Multiple Trigger 84
- Making Synchronous 84
- Making Timed 85
- Making Delayed 86
- External Trigger 88
- Buffering 88
- Table 21. Event Combinations 89
- Reading Formats 92
- Using Reading Memory 94
- 20 ENTER 722;A 96
- 30 PRINT A 96
- Using the SINT or 99
- DINT Output Format 99
- Using the SREAL 101
- Output Format 101
- Using the DREAL 101
- Increasing the Reading Rate 102
- Readings 103
- Configuring for Fast 103
- Integration Time and 104
- Resolution 104
- High-Speed Transfer 107
- Determining the 109
- Reading Rate 109
- The EXTOUT Signal 110
- Math Operations 116
- Table 23: Math Registers 117
- ·100 = 0.01 · 100 = 1 120
- Table 24: STAT Registers 122
- Measuring 125
- Temperature 125
- Chapter 5 Digitizing 127
- 128 Chapter 5 Digitizing 128
- Chapter 5 Digitizing 129
- Table 26: Digitizing Methods 130
- The Sampling Rate 131
- Level Triggering 132
- Chapter 5 Digitizing 133 133
- DCV Digitizing 134
- 136 Chapter 5 Digitizing 136
- Direct-Sampling 137
- Direct Sampling 138
- Sub-Sampling 139
- Fundamentals 140
- The Sync Source 141
- 142 Chapter 5 Digitizing 142
- Sending Samples to 144
- Chapter 5 Digitizing 145 145
- Viewing Sampled Data 146
- Chapter 5 Digitizing 147 147
- 148 Chapter 5 Digitizing 148
- Chapter 6 Command Reference 149
- Standard Query 153
- Commands 153
- Additional Query 153
- Commands by Functional Group 155
- ACDCI, ACDCV, ACI, ACV 159
- Syntax AUXERR? 161
- Auxiliary Error 161
- Conditions 161
- Syntax AZERO [control] 162
- • Related Commands: TONE 164
- Syntax CALNUM? 165
- COMPRESS 166
- Syntax CONT 167
- Syntax CSB 167
- DCI, DCV 168
- Syntax DEFKEY number,string 169
- Examples DEFKEY 170
- Syntax DELAY [time] 170
- DIAGNOST 171
- • Related Commands: NDIG 172
- Syntax EMASK [value] 174
- • Related Commands: OFORMAT 176
- Syntax ERR? 177
- Syntax ERRSTR? 178
- Syntax FIXEDZ [control] 180
- Syntax FSOURCE [source] 182
- Syntax ID? 186
- Syntax INBUF [control] 186
- Syntax ISCALE? 188
- Examples SINT Example 188
- Syntax LFILTER [control] 191
- Syntax LFREQ [frequency] 191
- Syntax LINE? 192
- • Related Commands: LFREQ 193
- Syntax MCOUNT? 196
- Syntax MEM [mode] 196
- Syntax MENU [mode] 198
- Syntax MFORMAT [format] 198
- • Related Commands: DISP 204
- 1 - 10 PLC in 1 PLC steps 205
- Syntax NRDGS [count][,event] 206
- Examples SYN Event 208
- • Related Commands: OHM, OHMF 209
- Syntax OFORMAT [format] 210
- Examples SINT Format 211
- DREAL Format 213
- • Related Commands: QFORMAT 214
- Syntax PAUSE 215
- TRIGGER 7 216
- Syntax PRESET [type] 217
- • Related Commands: RESET 219
- Examples NORM 220
- ARANGE ON 221
- WÿMAX, 10mW 223
- Syntax RATIO [control] 224
- Syntax RES [%_resolution] 225
- Syntax RESET 226
- • Related Commands: PRESET 227
- Syntax REV? 228
- Syntax RMATH [register] 228
- Syntax RQS [value] 230
- Syntax RSTATE [name] 231
- Examples Changing the Code 233
- Syntax SETACV [type] 233
- Syntax SLOPE [slope] 234
- !LEVEL DETECTION 235
- Syntax SRQ 236
- SSAC, SSDC 237
- Syntax SSPARM? 240
- Syntax SSRC [source][,mode] 241
- Syntax SSTATE name 244
- 30 PRINT A !PRINTS RESPONSE 245
- Syntax SUB name 246
- Syntax SUBEND 248
- Syntax T [event] 251
- Syntax TBUFF [control] 253
- Syntax TEMP? 254
- Syntax TERM [source] 254
- Syntax TEST 255
- Syntax TIMER [time] 255
- Syntax TONE 256
- Syntax TRIG [event] 256
- How It Works 261
- BASIC Language Commands 262
- BINIOR, BIT, ROTATE, SHIFT 263
- New Multimeter Commands 264
- Variables and Arrays 266
- Note PROGRAMMING HINT 267
- Variables for Data 268
- Reading Multimeter 268
- General Purpose Math 269
- Making Comparisons 272
- Subprograms 273
- Subprogram Command Types 275
- Execution 277
- Appendix A Specifications 281
- 282 Appendix A Specifications 282
- Appendix A Specifications 283
- 1 / DC Voltage 284
- 2 / Resistance 285
- 2 Accuracy 286
- 3 / DC Current 287
- 4 / AC Voltage 288
- Settling Characteristics 289
- 5 / AC Current 293
- 6 / Frequency/ Period 294
- 7 / Digitizing Specifications 295
- Voltage 296
- 8 / System Specifications 297
- 9 / Ratio 298
- 10 / Math Functions 298
- 11 / General Specifications 299
- Appendix B GPIB Commands 301
- 302 Appendix B GPIB Commands 302
- Appendix B GPIB Commands 303
- ABORT 7 (IFC) 304
- CLEAR (DCL or SDC) 304
- LOCAL (GTL) 304
- LOCAL LOCKOUT (LLO) 305
- SPOLL (Serial Poll) 306
- TRIGGER (GET) 307
- Rear Terminals and Guard 309
- Terminal Switches 309
- Front/Rear Terminals and 311
- Guard Terminal Switches 311
- Covers Removal 312
- Procedure 312
- Figure 36. 3458 Left side 313
- Figure 38. 3458 Rear view 314
- Switch Cap 316
- Installation 316
- Covers Installation 318
- Maximizing the Testing Speed 322
- Topics Covered in 323
- Optimizing 324
- Through the DCV 324
- DCV,20;RES.001 326
- AC Volts and AC Current 328
- Comparison of ACV 329
- Frequency and 330
- State Storage and 331
- Program Memory 331
- A Benchmark 333
- With the 3458A 347
- Digitizing Analog 350
- Using the DCV Path 351
- Capturing the Data 352
- [SWEEP 100E-9,4096] 354
- High Speed Data Transfers 355
- 1270 CALL Wfdgtz(1) 356
- Starter Main 357
- Errors in Measurements 358
- Figure 60. These 359
- Trigger and 361
- Timebase Errors 361
- INDEX 363 363
- 364 INDEX 364
- INDEX 365 365
- 366 INDEX 366
- INDEX 367 367
- 368 INDEX 368
- INDEX 369 369
- 370 INDEX 370
- INDEX 371 371
- 372 INDEX 372
- *03458-90014* 374
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