Rigol MSO8000-BND - Lorentz; Figure 21.7 Gauss

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Figure 21.7 Gauss

21.1.12 Lorentz

Press Wave, then use the multifunction knob to select "Lorentz", and then press

down the knob to select the waveform. You can also press Wave continuously or

enable the touch screen to select it. At this time, you can set the parameters for the

Lorentz waveform (as shown in the figure below). For setting methods, refer to

descriptions in "

To Output Sine

Function/Arbitrary Waveform Generator (Option)

308

Main Page

Default Chapter3
- Table of Contents3
1 Safety Requirement17
- General Safety Summary17
- Safety Notices and Symbols19
- Measurement Category19
- Ventilation Requirement20
- Working Environment20
- Care and Cleaning22
- Environmental Considerations22
2 MSO8000 Series Overview24
3 Document Overview26
4 Quick Start28
- General Inspection28
- Appearance and Dimensions29
- To Prepare for Use29
- Front Panel Overview37
- Figure 4.12 Probe Compensation37
- Figure 4.13 Front Panel Overview37
- Table 4.1 Front Panel Description37
- Rear Panel Overview39
- Figure 4.14 Rear Panel Overview39
- Front Panel Function Overview41
- To Use the Security Lock58
- Figure 4.22 to Use the Security Lock58
- To Use the Built-In Help System59
- Figure 4.23 Help Information59
- To View the Option and the Option Installation60
5 To Set the Vertical System63
- To Enable or Disable the Analog Channel63
- To Adjust the Vertical Scale64
- Vertical Expansion65
- To Adjust the Vertical Offset66
- Channel Coupling67
- BW Limit68
- Probe Ratio68
- Table 5.2 BW Limit68
- Table 5.3 Probe Ratio69
- Input Impedance70
- Waveform Invert70
- To Set the Probe71
- Amplitude Unit72
- Channel Delay73
- To Set the Bias73
- Figure 5.2 Zero Offset73
- Channel Label74
- Figure 5.3 Label Editing Interface74
6 To Set the Horizontal System76
- To Adjust the Horizontal Time Base76
- To Adjust the Horizontal Position77
- Delayed Sweep78
- Figure 6.1 Delayed Sweep Mode79
7 To Set the Sample System81
- Timebase Mode81
- Acquisition Mode84
- Sampling Mode86
- Sample Rate87
- LA Sample Rate88
- Memory Depth88
- Figure 7.4 Memory Depth89
- LA Memory Depth90
- Anti-Aliasing90
- Horizontal Expansion90
8 To Trigger the Oscilloscope92
- Trigger Source92
- Trigger Level/Threshold Level93
- Trigger Mode94
- Figure 8.1 Schematic Diagram of the Acquisition Memory94
- Trigger Coupling96
- Trigger Holdoff96
- Noise Rejection97
- Trigger Type97
- Zone Trigger149
- Trigger Output Connector151
- Figure 8.25 Trigger Output Connector151
9 Operations and Measurements153
- Math Operation153
- Auto Measurement187
  - Quick Measurement after AUTO187
  - Measurement Parameter189
10 Digital Voltmeter (DVM) and Frequency Counter215
- Digital Voltmeter (DVM)215
11 Power Analysis (Option)220
- Power Quality220
- Figure 11.1 Connection Diagram of Power Quality Analysis222
- Ripple223
- Figure 11.2 Connection Diagram of Ripple Analysis224
12 Histogram Analysis225
- To Enable or Disable the Histogram Function225
- To Select the Histogram Type226
- To Select the Histogram Source226
- To Set the Measurement Items226
- To Set the Histogram Height227
- To Set the Histogram Range227
- To Enable or Disable the Statistical Function227
- To Reset228
13 Real-Time Eye Diagram and Jitter Analysis (Option)229
- Real-Time Eye Analysis229
- Jitter Analysis233
14 Digital Channel239
- To Select the Digital Channel239
- To Enable/Disable the Digital Channel240
- To Set the Threshold241
- Auto Arrangement Setting241
- To Set the Waveform Display Size242
- To Set the Label242
- Group Setting242
- Waveform Color of the Digital Channel243
15 Protocol Decoding245
- Parallel Decoding245
- Figure 15.1 Schematic Diagram of Parallel Decoding246
- Figure 15.2 Parallel Decoding Event Table250
- RS232 Decoding (Option)252
- Figure 15.3 Schematic Diagram of RS232 Serial Bus252
- Figure 15.4 Schematic Diagram of Negative Logic252
- I2C Decoding (Option)259
- Figure 15.5 I2C Serial Bus259
- Figure 15.6 I2C Decoding Event Table261
- SPI Decoding (Option)264
- Figure 15.7 SPI Serial Bus264
- Figure 15.8 SPI Decoding Event Table268
- LIN Decoding (Option)269
- Figure 15.9 LIN Decoding Event Table272
- CAN Decoding (Option)276
- Figure 15.10 Sample Position277
- Figure 15.11 CAN Decoding Event Table279
- Flexray Decoding (Option)281
- Figure 15.12 Sample Position283
- Figure 15.13 Flexray Decoding Event Table284
- I2S Decoding (Option)286
- Figure 15.14 I2S Decoding Event Table289
- 1553B Decoding (Option)291
- Figure 15.15 1553B Decoding Event Table292
16 Reference Waveform295
- To Enable the Ref Function295
- To Select the Reference Channel295
- To Select the Ref Source295
- To Adjust the Ref Waveform Display296
- To Set the Label297
- To Export to Internal or External Memory298
- To Import from Internal or External Memory298
17 Pass/Fail Test299
- To Enable or Disable the Pass/Fail Test Function299
- To Start or Stop the Pass/Fail Test Operation299
- To Select the Source299
- To Create a Mask300
- To Save a Mask301
- To Load a Mask301
- To Set the Output Form of the Test Results301
- To Enable or Disable the Display of the Statistics of the Test Results302
- To Reset Statistics303
18 Waveform Recording and Playing304
- Common Settings304
- Record Options305
- Figure 18.1 Recording Process305
- Play Options307
19 Search and Navigation Function308
- Search Function308
- Navigation Function310
20 Display Control312
- To Select the Display Type312
- To Set the Persistence Time312
- To Set the Waveform Intensity313
- To Set the Screen Grid313
- To Set the Grid Brightness314
- Show Scale314
- Color Grade314
- Waveform Freeze314
21 Function/Arbitrary Waveform Generator (Option)316
- To Output Basic Waveforms316
- To Output the Arbitrary Waveform326
- Modulation331
- Sweep334
- Burst336
22 Store and Load338
- Storage System338
- Storage Type338
  - Binary Data Format (.Bin)341
- Load Type344
- Internal Storage and Load344
- External Storage and Load346
- Disk Management347
- Factory Settings354
- Table 22.4 Factory Settings354
23 System Utility Function Setting374
- Remote Interface Configuration374
- System-Related378
24 Remote Control394
- Remote Control Via USB395
- Remote Control Via LAN395
- Remote Control Via GPIB396
- Figure 24.1 Search for the Available Device397
- Figure 24.2 Confirm the Available Device397
25 Troubleshooting398
26 Appendix400
- Appendix A: Options and Accessories400
- Appendix B: Warranty401
  - Index402

Rigol MSO8000-BND - Lorentz; Figure 21.7 Gauss

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