Tektronix MSO64 Manuals

Manuals and User Guides for Tektronix MSO64. We have 1 Tektronix MSO64 manual available for free PDF download: Printable Help

Tektronix MSO64 Printable Help

Tektronix MSO64 Printable Help (518 pages)

Brand: Tektronix | Category: Test Equipment | Size: 10.05 MB

Table of Contents

Table of Contents
3
Welcome to the Instrument Help
19
Product Documents and Support

21
- Related Documents
  21
- Product Support and Feedback
  23
- General Information
  23
Accessories

25
- Standard Accessories
  25
- Recommended Accessories
  26
- Recommended Probes
  27
Options

29
Install Your Instrument

43
Getting Acquainted with Your Instrument

55
Configure the Instrument

85
Analog Channel Operating Basics

103
Acquiring Digital Signals

131
Advanced Triggering

137
- Triggering Concepts
  137
- Trigger on a Pulse Width Event
  138
- Set Trigger Holdoff
  139
- Trigger on Sequential Events (a and B Triggers)
  139
- Set up Trigger on a Parallel Bus
  140
- Set up Trigger on a Serial Bus
  140
- Trigger Using the AUX Input
  141
- Create Visual Trigger Areas
  141
- Edit Visual Trigger Areas on the Screen
  142
- Edit Visual Trigger Areas Using the Area Menu
  145
Setting Waveform Display Parameters

149
Zooming on Waveforms

151
- Turn on Zoom Mode
  151
- Using Wave Inspector Front-Panel Controls for Zoom
  152
- Zoom Mode and Searches
  152
Customizing Measurements

155
- Label a Measurement
  155
- Set Measurement Reference Levels
  156
  - Set Measurement Gates
    157
  - Set Measurement Filters
    157
  - Set Measurement Limits
    158
Saving and Recalling Information

159
- Save a Screen Image
  159
- Save a Waveform to a File
  160
- Save Instrument Settings to a File
  160
- Save Reports
  161
- Save Sessions
  162
- Recall a Reference Waveform
  163
- Recall a Setup File
  163
- Recall a Session File
  164
Menus and Dialog Boxes

165
Waveform Acquisition Concepts

431
- Acquisition Concepts
  431
  - Acquisition Hardware
    431
  - Sampling Process
    431
  - Real-Time Sampling
    431
  - Interpolated Real-Time Sampling
    431
  - Waveform Record
    432
  - Interpolation
    432
- Acquisition Modes
  433
  - How the Acquisition Modes Work
    433
- Fastframe Concepts
  434
- Waveform Sample Interpolation
  435
- Coupling
  435
- Scaling and Positioning
  436
- Vertical Acquisition Considerations
  436
- Horizontal Acquisition Considerations
  437
Trigger Concepts

439
- Triggering Concepts
  439
- Trigger Sources
  440
- Trigger Types
  440
- Trigger Modes
  441
- Trigger Holdoff
  441
- Trigger Coupling
  442
- Trigger Slope and Level
  442
  - Trigger Position in Waveform Record
    442
  - Trigger Delay
    443
  - Advanced Triggering
    443
    
    Bus Triggering Concepts
    443
    
    Pulse Width Trigger Concepts
    444
    
    Timeout Trigger
    444
    
    Runt Trigger
    444
    
    Window Trigger
    444
    
    Logic Trigger Concepts
    444
    
    Setup and Hold Trigger Concepts
    444
    
    Rise/Fall Time Trigger Concepts
    445
    
    Sequential (a B) Trigger Concepts
    445
    
    Visual Trigger Concepts
    445
Waveform Display Concepts

447
Measurement Concepts

449
- Measurement Variables
  449
- Missing or Out-Of-Range Samples
  452
- Math Waveforms
  452
- Math Waveform Elements
  454
- Math Waveform Sources
  454
- Guidelines for Working with Math Waveforms
  455
- Math Waveform Editor Syntax
  455
- Math Waveform Differentiation
  456
- Math Waveform Offset, Position, and Scale
  456
- Waveform Integration
  457
- FFT Process
  458
- FFT and Aliasing
  458
- Blackman-Harris FFT Window Concepts
  459
- Flattop2 Window
  460
- Gaussian Window
  460
- Hanning FFT Window
  461
- Hamming Window
  462
- Kaiser-Bessel FFT Window
  462
- Rectangular Window
  463
- Tek-Exponential Window
  464
Measurement Algorithms

465
- Amplitude Measurement Algorithms
  465
  - AC RMS Measurement Algorithm
    465
  - Area Measurement Algorithm
    465
  - Amplitude Measurement Algorithm
    465
  - Base Measurement Algorithm
    465
  - Integration Algorithm
    465
  - Maximum Measurement Algorithm
    466
  - Mean Measurement Algorithm
    466
  - Minimum Measurement Algorithm
    467
  - Negative Overshoot Measurement Algorithm
    467
  - Positive Overshoot Measurement Algorithm
    467
  - Peak-To-Peak Measurement Algorithm
    467
  - RMS Measurement Algorithm
    467
  - Top Measurement Algorithm
    467
- Timing Measurement Algorithms
  468
  - Burst Width Measurement Algorithm
    468
  - Data Rate Measurement Algorithm
    468
  - Delay Measurement Algorithm
    468
  - Falling Slew Rate
    468
  - Fall Time Measurement Algorithm
    468
  - Frequency Measurement Algorithm
    469
  - High Time Measurement Algorithm
    469
  - Hold Time Measurement Algorithm
    470
  - Low Time Measurement Algorithm
    470
  - N-Periods Duration Measurement Algorithm
    470
  - Negative Duty Cycle Measurement Algorithm
    471
  - Negative Pulse Width Measurement Algorithm
    471
  - Period Measurement Algorithm
    471
  - Phase Measurement Algorithm
    471
  - Positive Duty Cycle Measurement Algorithm
    472
  - Positive Pulse Width Measurement Algorithm
    472
  - Rising Slew Rate Measurement Algorithm
    472
  - Rise Time Measurement Algorithm
    472
  - Setup
    473
  - Skew
    473
- Time Outside Level Measurement Algorithm
  474
- Unit Interval Measurement Algorithm
  474
- Jitter Measurement Algorithms
  474
  - AC Common Mode
    474
  - Bit Amplitude Measurement Algorithm
    475
  - Bit High Measurement Algorithm
    475
  - Bit Low Measurement Algorithm
    475
  - DC Common Mode Measurement Algorithm
    475
  - Differential Crossover Measurement Algorithm
    475
  - SSC Freq Dev Measurement Algorithm
    475
  - SSC Modulation Rate Measurement Algorithm
    475
  - Tie
    475
  - T/Nt Ratio Measurement Algorithm
    476
  - DCD
    476
  - Ddj
    476
  - Dual Dirac Deterministic Jitter
    476
  - F/2 Measurement Algorithm
    477
  - F/4 Measurement Algorithm
    477
  - F/8 Measurement Algorithm
    477
  - Jitter Summary Measurement
    477
  - Npj
    477
  - Phase Noise
    477
  - RJ 66 Measurement Algorithm
    478
  - Srj
    478
  - Tj@Ber
    478
- Eye Measurement Algorithms
  478
  - Eye Height Measurement Algorithm
    478
  - Eye High
    478
  - Eye Low
    479
  - Eye Width Measurement Algorithm
    480
  - Height@Ber
    480
  - Q-Factor
    480
  - Width@Ber
    480
- Power Measurement Algorithms
  480
  - Input Analysis Algorithms
    480
  - Amplitude Analysis Measurement Algorithms
    486
  - Timing Analysis Measurement Algorithms
    487
  - Switching Analysis Algorithms
    487
  - Magnetic Analysis Algorithms
    492
  - Output Analysis Algorithms
    495
References

497
- Power Badge Error and Warning Messages (Optional)
  497

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