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1
Understanding reflections
2
Electrically Short vs. Long
3
The tool we are using explained
4
Simulating: Electrically short
5
Reflections on classic CMOS and standard board
6
Simulating: Electrically long e.g. DDR3 / DDR4
7
50 OHM impedance is not 50 OHM resistance
8
Simulating a buffer example
9
Why we get reflections
10
What happens when there is a reflection
11
Why reflection disappears
12
Frequency of ringing
13
How to eliminate reflections
14
Signal level change caused by termination
15
Source termination
Description:
Explore the intricacies of signal reflections in PCB design through this comprehensive video lecture by Eric Bogatin. Delve into the differences between electrically short and long tracks, and observe simulations of various scenarios using specialized software. Gain insights into reflections on classic CMOS and standard boards, as well as electrically long tracks like DDR3/DDR4. Understand the distinction between 50 OHM impedance and resistance, and learn why reflections occur and their effects on signal integrity. Discover techniques to eliminate reflections, including termination methods and their impact on signal levels. With practical examples and in-depth explanations, master the concepts of signal reflections and their implications in PCB design.

When a Signal Hits the End of a PCB Track - What Happens? - Reflections by Eric Bogatin

Robert Feranec
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