Are Return Currents Undermining Your PCB’s EMI Performance?
Return currents in PCB designs are often misunderstood, yet they play a critical role in electromagnetic compatibility (EMC) and signal integrity, especially across low and high-speed signals.
Are you optimizing your layouts for these currents, or are hidden issues increasing EMI risks?
Our latest article, Effective Strategies for Managing EMI in PCBs with Low and High-Speed Signal Return Currents, explores how frequency impacts return currents and provides practical guidance for robust PCB design.
It reveals how to control return paths to minimize EMI and ensure reliable performance, whether you’re designing for low-frequency circuits or high-speed applications.
Why Read This?
Uncover how return currents behave at 10 kHz vs. 1 GHz and their impact on EMI.
Learn simulation-backed strategies to optimize PCB layouts for EMC compliance.
Master techniques to maintain signal integrity across diverse frequencies.
Understand when return path design demands special attention to avoid interference.
This guide equips you to design PCBs with confidence, ensuring efficiency and compliance in any application.
Click Here to Read the Full Article.
-Dario
P.S. Want more EMI control strategies to pass EMC?