Installation guide
Table Of Contents
- A Quick Tour
- Before You Begin
- Introduction to Timing Analysis: Trigger on an Edge
- Verify Pulse Widths
- Introduction to State Analysis: Trigger on an Event
- Trigger on a Sequence of Events
- Trigger on a 4 Bit Serial Pattern
- Trigger the Oscilloscope with the Timing Analyzer
- Load the RESET Configuration File
- Connect the Oscilloscope Probe and Turn the Glitch On
- Get the Analog Waveform on the Display
- Set Up the Timing Analyzer
- Set Up the Timing Analyzer to Trigger on the Glitch
- Tell the Oscilloscope When to Trigger
- Set Up the Analyzer to Arm the Oscilloscope
- Run the Timing Analyzer and Oscilloscope
- Add the Analog Waveform to the Timing Waveform
- Turn the Glitch Off
- Save Your Work
- Lesson Summary
- Using the Pattern Generator
- Load the RESET Configuration File
- Connect the Pattern Generator
- Set Up the Timing Analyzer
- Set Up the Bus Labels
- Define the Trigger Conditions: Trigger on a 1
- Set Up the Pattern Generator
- Program the Pattern Generator Output
- Start the Pattern Generator and View the Walking Ones Pattern
- Stop the Pattern Generator
- Save Your Work
- Lesson Summary
- Setting the Jumpers
- About the Credit Card Board
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Introduction to Timing Analysis:
Trigger on an Edge
Timing analysis with a logic analyzer is much like tracing a signal with a
digital oscilloscope. The timing analyzer, like the oscilloscope, samples
the signal at a rate determined by an internal clock.
The analyzer differs from the scope in that the analyzer uses one-bit
comparators to output two signal levels, a logic 1 or 0. This allows the
analyzer to have many more channels than the oscilloscope. With a
large number of channels, the analyzer can show the timing
relationship of logic between various signals. For example, you could
look at the logic levels on control lines versus address lines or data
lines.
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