Tektronix CSA8000B Manual de usuario Pagina 175
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CSA8000B & TDS8000B User Manual
3- 101
Creating Math Waveforms
Once you have acquired waveforms or taken measurements on waveforms, the
instrument can mathematically combine them to create a waveform that supports
your data-analysis task. For example, you can define a math waveform that
combines waveforms mathematically (+, --, /, x). You can also integrate a single
waveform into an integral math waveform as is shown below.
Source waveform
Math waveform
Defining Math Waveforms
This instrument supports mathematical combination and functional transforma-
tions of waveforms that it acquires. Figure 3--24 shows this concept:
Channel waveform
(C2)
Math waveform
(M1)
Diff(C2)
Math expression
(function(source))
Figure 3- 24: Functional transformation of an acquired waveform
- User Manual 1
- 071-1099-03 1
- WARRANTY 3
- Table of Contents 5
- Operating Basics 6
- Reference 6
- Appendices 9
- List of Figures 10
- List of Tables 12
- General Safety Summary 13
- Symbols and Terms 14
- About This Manual 15
- Conventions 16
- Contacting Tektronix 17
- Product Description 19
- Product Software 21
- Firmware Upgrade 22
- Sampling Modules Supported 22
- Check the Package Contents 25
- Installation 27
- Install the Sampling Modules 28
- Maximum Configuration 29
- Connect the Peripherals 30
- Power On the Instrument 31
- Powering Off the Instrument 33
- Back Up User Files 33
- Software Installation 33
- Incoming Inspection 35
- Perform the Diagnostics 36
- Perform the Compensation 38
- Perform the Functional Tests 39
- Verify Electrical Input 40
- Channels 40
- CSA8000/TDS8000 41
- SMA cable from DC calibration 41
- DC CAL Output Limits 43
- Control bar 45
- Vertical offset 45
- Baseline 45
- Verify the 46
- Time Bases Work 46
- Perform Gated Trigger 50
- QA+Win32 56
- Checking the Cooling Fan 57
- Operation 57
- Checking the Hardware 57
- Accessories and O ptions 59
- Optional 60
- Accessories and Options 62
- Operational Maps 63
- Documentation Map 64
- <NR3><Space> 65
- System Overview Maps 66
- Process Overview Map 68
- and position controls 69
- to a waveform 71
- Display Map -- Multiple Views 72
- Front Panel I/O Map 73
- Rear Panel I/O Map 74
- Overview 75
- Horizontal 78
- To Set Up the Signal Input 82
- knob to adjust the selected 83
- To Autoset the Instrument 85
- To Reset the Instrument 87
- Signal Conditioning 87
- Background 87
- Apparent low-frequency 97
- Sampled points 97
- To Set Acquisition Modes 98
- To Start and 100
- Stop Acquisition 100
- Acquisition Hardware 101
- Sampling Process 101
- Sampling Modes 102
- Waveform Record 102
- Acquisition Cycle 103
- FrameScan Acquisitions 104
- What’s Excluded? 105
- Keys to Using 105
- To Acquire in 107
- FrameScan Mode 107
- Acquiring Waveforms 108
- End of Procedure 109
- ToCatchaBitError 110
- Triggering 113
- To Trigger 122
- To Use Gated Trigger 124
- Displaying Waveforms 127
- Why Use? 129
- What’s Special? 129
- Ch Ref Math 131
- Reference / 100) 133
- To Display Waveforms in 136
- To Display Waveforms 138
- Customizing the Display 140
- To Set Display Styles 142
- To Customize the 143
- Graticule and Waveforms 143
- Measuring Waveforms 147
- Taking Automatic Measurements 148
- Select among methods 151
- To Take Automatic 154
- Measurements 154
- To Localize a 157
- Measurement 157
- Taking Cursor Measurements 159
- What Sources 160
- Can I Measure? 160
- Keys to Using Cursors 160
- To Take a Cursor 163
- To Set the Cursor Sources 164
- Compensation 166
- To Compensate the 166
- Instrument and Modules 166
- To Deskew Channels 170
- To Perform Dark-Level 172
- Compensations 172
- Creating Math Waveforms 175
- To Define a 179
- Math Waveform 179
- Operations on Math Waveforms 181
- of a math wavef orm 183
- settings in the source 183
- Data Input and Output 187
- To Save Your Setup 189
- To Recall Your Setup 192
- To Save Your Waveform 195
- To Recall Your Waveform 198
- To Clear References 201
- To Export Your Waveform 202
- To Export Your Histogram 203
- To Use an Exported 203
- Waveform (or Histogram) 203
- Printing Waveforms 206
- To Print Using 208
- Ink-saver Mode 208
- To Print to a File 210
- Set High Color 211
- Remote Communication 213
- Mask Testing Waveforms 215
- To Mask Test a Waveform 219
- To Edit a Mask 223
- Counting Masks 225
- To Create a New Mask 226
- Taking Histograms 228
- Histograms 229
- To Take a Histogram 230
- Histogram 232
- Statistics 232
- Using Waveform Databases 233
- To Set Up a Waveform 236
- Database 236
- Database Display 238
- Accessing Online Help 241
- How to Use Online Help 242
- Cleaning the Instrument 249
- Flat Panel Display Cleaning 250
- Optical Connector Cleaning 250
- Appendix A: Specifications 251
- Table A- 3: 254
- Table A- 6: Display 257
- Table A- 7: Ports 258
- Table A- 9: Mechanical 260
- Certifications 261
- Pulse Measurements - Timing 270
- Pulse Measurement - Area 276
- All Sources 318
- Pulse Sources 319
- Pulse Crossings and 320
- Mid-reference Level 320
- Mid-reference Level (AOP) 320
- Overshoot Levels 321
- RZ Sources 322
- RZ Crossings 323
- NRZ Sources 324
- NRZ Measurement 325
- Reference Levels 325
- NRZ Crossings 326
- NRZ Eye -Aperture 327
- Parameters 327
- NRZ Overshoot Levels 328
- NRZ Crossings ( OMA) 329
- Tracking Methods 330
- Use a Waveform Database 332
- Glossary 333
- of the selected 337
- Index- 1 343
- Index- 2 344
- Index- 3 345
- Index- 4 346
- Index- 5 347
- Index- 6 348
- Index- 7 349
- Index- 8 350
- Index- 9 351
- Index- 10 352
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