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Fundamentals of Signal Integrity Primer
Get valuable insights into the causes, characteristics, effects and solutions for signal integrity-related problems in digital systems with this comprehensive Primer.
Traditionally "integrity" means "complete and unimpaired". Therefore, a digital signal with good integrity would have clean, fast transitions; stable, valid logic levels; accurate placement in time; and it would be free of transients. For digital design engineers it has increasingly become a difficult and pressing task to produce and maintain, complete, unimpaired signals in digital systems.
This primer will provide you with insights into the causes, characteristics, effects, and solutions for signal integrity-related problems in digital systems
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