Controlling EMI in High-Speed Designs
On-demand Web Seminar
Electromagnetic Interference (EMI) has become a much larger problem in recent years. Fast edge rates on signals, coupled with the proliferation of high volumes of low-cost electronic devices, have made EMI issues extremely common.
The biggest effect EMI has on a design is that you can’t ship a product that isn’t passing government requirements for radiated emissions. But even if you manage to get the product to pass, and it is still radiating, it means reduced margins for your signals and possible reliability issues, and usually increased susceptibility to outside noise as well. Most of these problems can be avoided simply by making sure all your currents are travelling in a closed loop.
What You Will Learn
- How to prevent EMI issues on PCB designs
- Some common issues that cause EMI in PCBs
- How to find and eliminate EMI issues quickly and easily
About the Presenter
Patrick Carrier worked as a Signal Integrity Engineer at Dell for 5 years before joining Mentor in September 2005. Patrick is now a technical marketing engineer specializing in analysis products, including signal and power integrity, EMC, and thermal design.
Who Should View
- PCB engineers
- PCB designers
- Regulatory professionals
- Engineering managers
Mentor Graphics’ HyperLynx Design Rule Checks (DRC) is a powerful, fully customizable, and fast design rule checking tool.…View Technology Overview
Design of Power-Distribution Networks in the Era of Proliferating Voltage Levels and High Current Demands
This online webinar examines several examples where HyperLynx PI can be used to guarantee both DC and AC power requirements are comfortably met.…View On-demand Web Seminar
This session will discuss the advanced techniques required for modern SI analysis, ranging from high-throughput batch simulation of memory interfaces to IBIS-AMI modeling of SERDES channels to 3D-electromagnetic...…View On-demand Web Seminar
Other Related Resources
White Paper: Electronic designs have become so complex, and operate at such extreme clock speeds that manual checking PCB designs for electrical rule compliance is just about impossible. While manual checks can reveal...…View White Paper
White Paper: Today’s increasing PCB complexity is triggering significant design methodology and analysis paradigm shifts that are driving rapid adoption of new simulation and performance verification design toolsets....…View White Paper