Technical data

6 Agilent InfiniiVision 7000B Series Oscilloscopes Evaluation Guide
In This Guide
If you are experiencing the InfiniiVision 7000 Series oscilloscope for the first
time, begin with Demo Board Getting Started Guide. If you have a basic
knowledge of the InfiniiVision 7000 Series oscilloscope’s front-panel
controls, begin with Lab
1.
Conventions
In this guide’s desscriptions:
• Front panel keys are in brackets and bold, for example [Run/Stop].
• Softkeys and selected values are in bold, for example Settings and D15.
• Knobs are described by name/function, for example “Trigger Level knob”.
Top ic Pa ge
Time
Allowance
Demo Board Getting Started Guide 7 10 min.
Lab 1: Capturing and Viewing Complex Signals
with MegaZoom Technology
14 10 min.
Lab 2: Using Auto Scale, Cursors, Measurements,
and Waveform Math
18 10 min.
Lab 3: Discovering an Infrequent Glitch with Fast
Waveform Update Rates
24 10 min.
Lab 4: Using Pass/Fail Mask Testing to Discover a
Signal Violation
27 10 min.
Lab 5: Viewing Multiple Signals in an MCU-based
Design with an MSO
30 10 min.
Lab 6: Verifying I
2
C Serial Bus Communication 34 10 min.
Lab 7: Verifying SPI Serial Bus Communication 39 10 min.
Lab 8: Verifying RS-232/UART Serial Bus
Communication
43 10 min.
Lab 9: Verifying CAN Serial Bus Communication 48 10 min.
Lab 10: Verifying LIN Serial Bus Communication 54 10 min.
Lab 11: Verifying I
2
S Serial Bus Communication 58 10 min.
Lab 12: Using Segmented Memory Acquisition to
Capture More Data
61 10 min.
Lab 13: Using Serial Search and Navigation 67 10 min.
Appendix A: Using Trigger Holdoff to Synchronize
Acquisitions/Display on Complex Signals
71 10 min.