emc

EMC is vital for industrial equipment reliability. With numerous electronic systems in industrial environments, EMI risks are high. Achieving EMC compliance prevents disruptions, maintains productivity, and ensures safe operation in complex industrial settings.

When EMC requirements seem impossible to meet, tailoring test standards might be the solution. Not all limits are necessary for every application—a satellite's deep emission notch isn't needed for aircraft galley equipment. Smart analysis and early engineering discussions can prevent unnecessary weight, cost, and design headaches while maintaining safety margins.

This article summarizes the current state of affairs of standards documents sponsored by the IEEE EMC Society, including areas where there is active development in progress, as well as information on those standards that are currently stable and those that are currently inactive. We’ll also advise readers on how to become more directly involved in the IEEE EMC standards development efforts.

In the realm of electromagnetic compatibility (EMC), grounding and bonding are fundamental practices that ensure the safe and effective operation of electrical systems. Proper grounding and bonding minimize electromagnetic interference (EMI) and enhance the performance, reliability, and safety of electronic devices. This article delves into the principles of grounding and bonding in EMC, explores common practices across various industries, and highlights successful implementations through case studies.

This is the first of seven articles devoted to the topic of shielding to prevent electromagnetic wave radiation. The results presented here are valid under the assumption of a uniform plane wave with normal (perpendicular) incidence on a boundary between two media.

In our increasingly electronic world, electromagnetic interference (EMI) poses a significant challenge to the reliability and performance of electronic devices. Shielding is a critical technique used in electromagnetic compatibility (EMC) to mitigate the effects of EMI. This article explores the concept of shielding, its importance in EMC, various shielding materials and their applications, and practical tips for designing effective shielding solutions.

Looking beyond the equipment, EMC compliance hinges on precise antenna performance. This blog examines how construction materials, proper setup techniques, and regular maintenance affect measurement accuracy. Learn why high-conductivity metals, careful calibration, and consistent care are essential for reliable testing that ensures your products meet regulatory standards.

This practical guide explores the critical challenges of electromagnetic compatibility in modern consumer electronics, from smartphones to wearables. Learn key design strategies for managing interference in increasingly compact devices with real-world examples. 

How can the EMI/EMC community continue to blame this accident on electromagnetic interference (EMI) from the USS Forrestal’s on-board AN-SPS-43 search radar when the official US Navy inquiry comes to different conclusions?

This series of articles delves into the design principles of power filters for switched-mode power converters and similar applications, focusing on conducted and radiated emissions. Part 2 will examine specific aspects of switched power converters.