Optimizing High-Speed Interfaces & Conducted EMI Made Easy
  • Courses
  • 4 items

Delve into the world of high-speed digital design. Topics include simulating a DDR5 design and analyzing a real-world DDR5 chip with an oscilloscope and exploring design choices to improve signal integrity.

Learn:

  • New ways to explore and mitigate Conducted EMI noise sources in your design with Pathwave ADS
Lessons
Lesson 1 - DDR5 Simulation and Test

Lesson 1 - DDR5 Simulation and Test

Discusses how to simulate a DDR5 design using Keysight's Advanced Design System (ADS). The lesson covers the basics of DDR5 signaling, how to create a DDR5 model in ADS, and how to simulate the performance of the design.
Lesson 2 - Optimizing High-Speed Digital Interfaces

Lesson 2 - Optimizing High-Speed Digital Interfaces

How to optimize high-speed digital interfaces for signal integrity. The lesson covers topics such as differential impedance, crosstalk, and signal reflections. It also discusses how to use simulation and lab testing to improve signal integrity.
Lesson 3 - Conducted EMI Made Easy

Lesson 3 - Conducted EMI Made Easy

Mitigate conducted EMI from high-speed digital interfaces. The lesson covers topics such as return path design, ground plane integrity, and filtering. It also discusses how to use simulation and lab testing to measure and reduce conducted EMI.
Lesson 4 - Insights from Curious Marc

Lesson 4 - Insights from Curious Marc

Curious Marc uses his engineering skills to create videos documenting restorations of exceptional vintage electronics, early computers, space hardware, and more. Marc shares his insights on how to improve signal integrity and mitigate conducted EMI in these restoration projects.
Related Product
W3623B ADS Core, EM Design, Layout, HSD Ckt Sim, PIPro

Software

W3623B ADS Core, EM Design, Layout, HSD Ckt Sim, PIPro

The W3623B is a Power Integrity bundle, equipped with high-speed serial channel simulation. The EM analysis in PIPro is faster than general purpose EM tools.
Related Use Case
How to Simulate an RF Circuit

How to Simulate an RF Circuit

Validate design performance by simulating your components' characteristics