Agilent Technologies N8201A Service Manual Page 462
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462 Agilent N8201A Performance Downconverter Synthetic Instrument Module, 250 kHz to 26.5 GHz
23 Sweep
Sweep
Switches the N8201A between continuous-sweep and single-sweep mode. Pressing the
front-panel Single key will also put the N8201A in single-sweep mode, then take a sweep.
Key Path: Sweep
State Saved: Saved in Instrument State
Factory Preset: Continuous
Remote Command:
:INITiate:CONTinuous OFF|ON|0|1
:INITiate:CONTinuous?
:INITiate:[IMMediate]
Remote Command Notes:
This command affects sweep if not in a measurement, and affects trigger when in a
measurement. A “measurement” refers to any of the functions under the MEASURE key.
This corresponds to continuous sweep or single sweep operation when not in a
measurement, and continuous measurement or single measurement operation when in a
measurement.
When not in a measurement, this command does the following:
• When ON at the completion of each sweep cycle, the sweep system immediately
initiates another sweep cycle.
• When OFF, the sweep system remains in an “idle” state until CONTinuous is set to ON
or an :INITiate[:IMMediate] command is received. On receiving the
:INITiate[:IMMediate] command, it will go through a single sweep cycle, and then return
to the “idle” state.
• The query returns 1 or 0 into the output buffer. 1 is returned when there is continuous
sweeping. 0 is returned when there is only a single sweep.
When in a measurement, this command does the following:
• When ON at the completion of each trigger cycle, the trigger system immediately
initiates another trigger cycle.
• When OFF, the trigger system remains in an “idle” state until CONTinuous is set to ON
or an :INITiate[:IMMediate] command is received. On receiving the
:INITiate[:IMMediate] command, it will go through a single trigger cycle, and then return
to the “idle” state.
• The query returns 1 or 0 into the output buffer. 1 is returned when there is continuous
triggering. 0 is returned when there is only a single trigger.
- User’s and 1
- SCPI Programming Guide 1
- Adobe Acrobat Reader 2
- Contents 5
- 3 Auto Couple 6
- 6Display 7
- 8Frequency / Channel 9
- 10 Marker -> 10
- 11 Marker 10
- 12 Marker Fctn 11
- 13 Meas Control 11
- 15 Measurement Setup 12
- 16 MODE 17
- 18 Peak Search 18
- 25 Trace/View 21
- 26 Trig 22
- 27 Using the STATus System 22
- 28 Programming Fundamentals 23
- List of Commands 25
- " on page 62 29
- on page 180 39
- Using This Document 43
- Terms Used in This Book 44
- Amplitude / Y Scale 45
- 2 Amplitude / Y Scale 48
- Scale/Div 49
- Scale Type 50
- Presel Center 51
- Presel Adjust 53
- 3 - 26 GHz 55
- External 55
- Y Axis Units 56
- Amplitude / Y Scale 2 57
- Ref Lvl Offset 62
- Factory Preset: No 65
- “Edit" on page 66 67
- Delete All Corrections 69
- Ext Amp Gain 70
- Atten Step 71
- Auto Couple 73
- Auto All 74
- FFT & Sweep 76
- Auto: Best Speed 77
- Manual: Swept 77
- Manual: FFT 78
- FFTs/Span 79
- PhNoise Opt 81
- Optimize LO for Fast Tuning 82
- Detector 84
- ADC Dither 86
- ADC Ranging 88
- Auto Ranging 89
- 4 BW/Avg 92
- BAND:VID? 95
- BWID:VID:AUTO ON 95
- BWID:VID:AUTO? 95
- VBW/RBW 96
- Remote Commands: 98
- Avg/VBW Type 100
- Log-Pwr Avg (Video) 101
- Pwr Avg (RMS) 101
- Voltage Avg 102
- Example: 103
- Remote Command: 103
- Span/RBW 104
- Det/Demod 105
- Detector Auto Manual 106
- Tip: RMS Detection 107
- 5 Det/Demod 108
- Remote Command Notes: 108
- Det/Demod 5 109
- Negative Peak 115
- Quasi Peak 116
- EMI Average 118
- EMI Peak 119
- MIL Peak 120
- RMS (Remote Command Only) 122
- Agilent Technologies 123
- Full Screen 124
- Display Line 125
- 6 Display 126
- Limit 1 or Limit 2 127
- Type (Upper Lower) 127
- Limit Display 128
- Limit Test 128
- Margin (On Off) 129
- Frequency (or Time) 131
- Amplitude 131
- Delete Limit 132
- Freq Interp 133
- Amptd Interp 134
- X Axis Units 135
- Limits (Fixed Rel) 135
- Delete All Limits 136
- Active Fctn Position 138
- Change Title 141
- Clear Title 141
- Preferences 142
- File Types 144
- Catalog 146
- Corrections 148
- By Date 148
- By Name 148
- Dir Select 149
- Save Now 150
- Trace + State 153
- Reverse Bitmap 154
- Trace 1 154
- Trace 2 154
- Load Now 156
- Destination 158
- Delete Now 160
- Copy Now 162
- Dir From/To 163
- Rename Now 164
- Key Path: File, Rename 165
- Create Dir 167
- Delete All 169
- Frequency / Channel 175
- Center Freq 176
- Start Freq 177
- Stop Freq 178
- Freq Offset 180
- Signal Track 181
- 8 Frequency / Channel 182
- Input/Output 183
- Input Port 184
- RF Coupling 185
- Input Mixer (Option AYZ only) 186
- 18-26.5 GHz (K) 187
- 26.5-40 GHz (A) 187
- 33-50 GHz (Q) 187
- 40-60 GHz (U) 188
- 50-75 GHz (V) 188
- 60-90 GHz (E) 188
- 75-110 GHz (W) 188
- 90-140 GHz (F) 189
- 110-170 GHz (D) 189
- 140-220 GHz (G) 189
- 170-260 GHz (Y) 189
- 220-325 GHz (J) 190
- Signal ID (Option AYZ only) 191
- Signal ID Mode 192
- Mixer Config 193
- 9 Input/Output 194
- Mixer Type 194
- Mixer Bias 194
- Range: –10 to 10 mA 195
- 321.4 MHz IF Out Opt 196
- Marker -> 199
- Mkr->CF 200
- Mkr->Stop 201
- MkrΔ->Span 201
- MkrΔ->CF 201
- Mkr->Ref Lvl 202
- Marker Units 203
- Select Marker 206
- Delta Pair 207
- Span Pair 209
- Marker Trace 212
- Readout 213
- Inverse Time 214
- Marker Table 216
- Marker All Off 217
- Marker Fctn 219
- Marker Noise 221
- Band/Intvl Power 223
- Function Off 224
- Marker Count 225
- Gate Time 226
- Meas Control 227
- Restart 228
- Pause or Resume 230
- (Spectrum Analysis Mode) 233
- Meas Off 238
- Channel Power 239
- Key Path: MEASURE 240
- Occupied BW 242
- Adjacent Channel Power—ACP 244
- Multi-Carrier Power 248
- Power Stat CCDF 250
- Harmonic Distortion 253
- Burst Power 256
- Key Access: MEASURE 257
- Intermod (TOI) 259
- Spurious Emissions 260
- Spectrum Emission Mask 261
- Measurement Setup 269
- Avg Number 271
- Avg Mode 272
- Integ BW 273
- Chan Pwr Span 274
- Optimize Ref Level 275
- RRC Filter 276
- Filter Alpha 277
- Max Hold 281
- Occ BW % Pwr 282
- OBW Span 283
- Chan Integ BW 290
- Offset/Limits 291
- State Frequency Integ. BW 293
- Measurement Setup 15 295
- Meas Type 296
- On, On, Off, Off, Off, Off 299
- Total P wr R e f 301
- Noise Correction 306
- Carrier Setup 310
- Ref Carrier Freq 311
- Configure Carriers 312
- Carrier Pwr Present 313
- Carrier Width 314
- Carrier IntegBW 315
- Offsets/Limits 316
- Offset Integ BW 317
- Upper Offset Limit 317
- Lower Offset Limit 318
- Carrier Result 319
- Power Ref 322
- Function—CCDF) 327
- Meas BW 328
- Meas Interval 330
- Harmonics 335
- ST/Harmonic 336
- Range Table (On/Off) 337
- Range Table 338
- Video BW 341
- Sweep Time 342
- Auto Fill Range Table 343
- Meas Setup (Burst Power) 345
- Average Type 348
- Threshold Lvl 349
- Meas Method 350
- Burst Width 351
- Meas Setup (Intermod (TOI)) 353
- TOI Span 356
- Max Mixer Lvl 357
- Abs Start Limit 367
- Abs Stop Limit 367
- Peak Excursn 368
- Pk Threshold 369
- Attenuation 369
- Detector 1 370
- Detector 2 371
- Spur is enabled (no 376
- Factory Preset: Examine 377
- Range: Examine 377
- Example: SPUR:TYPE FULL 377
- Ref Level 379
- Fast Spurious Meas 380
- Key Path: Front-panel key 381
- Ref Channel 384
- Total Pwr Ref or PSD Ref 386
- SEM:CARR:AUTO 1 387
- SEM:CARR:AUTO? 387
- Factory Preset: A 389
- F is off, this will be 5 394
- Abs Stop 395
- Absolute 398
- Relative 398
- Factory Preset: 399
- Abs AND Rel 399
- Abs OR Rel 399
- Results Index 399
- Spectrum Analysis 407
- Radio Std 412
- J-STD-008 413
- GSM/EDGE 414
- 3GPP W-CDMA 414
- Key Type: 1 of N menu 415
- Bluetooth™ 417
- FCC Part 15 Subpart F 417
- 802.11a 418
- 802.11b 418
- Hiper LAN/2 419
- L/SECAM/NICAM 420
- G/PAL/NICAM 420
- I/PAL/NICAM 420
- System E 421
- UWB Indoor 421
- Example: RAD:STAN UWBINDOOR 422
- Radio Std Setup 423
- Retain Params 424
- Enable All Measurements 425
- Peak Search 429
- Next Peak 430
- Next Pk Right 431
- Next Pk Left 432
- Min Search 433
- Pk-Pk Search 434
- Continuous Pk 436
- Search Param 437
- 19 Preset 442
- User Preset 443
- Mode Preset 444
- Factory Preset 446
- Save User Preset 447
- 20 Restart 450
- 21 Single 452
- Span / X Scale 453
- 22 Span / X Scale 454
- Span Zoom 455
- Full Span 456
- Zero Span 457
- Last Span 458
- 23 Sweep 462
- Auto Sweep Time 464
- Gate Setup 467
- Polarity 468
- Gate Source 469
- Example: SWE:EGAT:SOUR RFB 471
- Show Errors 474
- Verbose SCPI On Off 475
- Clear Error Queue 476
- Power On/Preset 477
- Preset Type 478
- System 24 479
- Time/Date 481
- Set Time 482
- Set Date 483
- Alignments 484
- Align All Now 485
- Align Subsys 486
- Align IF 487
- Align ADC 487
- 24 System 488
- Align Current IF Flatness 488
- Align Current SysGain 488
- Align Audio Digitizer Gain 488
- Restore Align Defaults 489
- Config I/O 491
- Reference 492
- 10 MHz Out 493
- Show System 494
- Color Palette 495
- Vision Impair 1 495
- Vision Impair 2 495
- Optical Filter 496
- Monochrome 496
- Diagnostics 497
- Restore Sys Defaults 498
- License Key 499
- Activate License 500
- Delete License 500
- Show License 501
- Personality 502
- Security 503
- Managing Security 506
- Remote Message 508
- Remote Message Turned Off 509
- Trace/View 511
- Trace 1,2, or 3 514
- Clear Write 515
- Min Hold 517
- Operations 520
- 1 -> 3 521
- 2 -> 3 521
- Normalize 523
- Norm Ref Lvl 524
- Norm Ref Posn 525
- Ref Trace (Trace 3) 525
- Remote Command Example: 526
- Free Run 528
- Trigger In 531
- Ext Rear (Trigger In) 532
- RF Burst (Wideband) 533
- Trig Slope 534
- Trig Dela y 535
- Using the STATus System 537
- Status System Commands 538
- Using the Status Registers 541
- Using the STATus System 27 543
- Using a Status Register 544
- Generating a Service Request 545
- Status Byte Register 548
- Operation Status Register 553
- Questionable Status Register 554
- Calibration Query 555
- Clear Status 555
- Standard Event Status Enable 555
- Identification Query 556
- Instrument State Query 556
- Operation Complete 556
- Query Instrument Options 557
- Power-On Status Clear 557
- Service Request Enable 559
- Read Status Byte Query 559
- Trigger 559
- Self Test Query 560
- Wait-to-Continue 560
- STATus Subsystem 561
- Preset the Status Byte 562
- Questionable Register 563
- Questionable Power Register 576
- Range: 0 to 32767 579
- Programming Fundamentals 581
- SCPI Language Basics 582
- Parameters in Commands 584
- Variable Parameters 585
- Block Program Data 586
- Improving Measurement Speed 589
- Avoid unnecessary use of *RST 590
- Programming Fundamentals 28 591
- Command Subsystem 594
- Specific Command Differences 595
- Command Description 597
- Using Telnet to Send Commands 598
- Unix Telnet Example: 599
- Telnet Example: 600
- Troubleshooting help: 604
- Cannot connect to the N8201A 610
- If all else fails 612
- Normal Response for UNIX 612
- Error Messages 612
- Linking to VTL Libraries 617
- Example Program 618
- Opening a Session 619
- Device Sessions 620
- Addressing a Session 621
- Closing a Session 622
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