Course

3 Ways to Optimize Signal Integrity in Your Design Flows

Course
5 items

Shrinking schedules and complex designs pressure HW engineers to optimize workflows and validate performance regularly to avoid bottlenecks.

Learn:

How to identify signal integrity issues in your PCB layout quickly
How to fix unexpected differential impedance, SDD11, and SDD21
Keysight Electrical Power Scan (EP-Scan) bundle W9001E

Lessons

Lesson 1 - How to Fix Unexpected Differential Impedance

Learn how to identify and fix unexpected differential impedance in PCB layouts. Unexpected differential impedance can cause signal integrity problems, such as signal reflections and crosstalk.

Lesson 2 - How to Fix Unexpected SDD11

SDD11 is a type of signal integrity problem that can cause signal reflections and crosstalk. Learn how to identify and fix unexpected SDD11 in PCB layouts.

Lesson 3 - How to Fix Unexpected SDD21

Understand how to identify and fix unexpected SDD21 in PCB layouts.

Application Notes

How to Maximize Your Printed Circuit Board Design Productivity

Performance verification is often the final step for every printed circuit board (PCB) design. It is a time consuming step because specialists are using sophisticated software to examine the signal integrity of the design closely. While specialists verify the performance, PCB designers are waiting and cannot proceed.

PathWave Electrical Performance Scan (EP-Scan) Software

PathWave Electrical Performance Scan (EP-Scan) Software.

Learn Verification Form

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