ELECTROMAGNETIC COMPATIBILITY AND RADIATION CONTROL

Electromagnetic Compatibility and Radiation Management are essential areas in contemporary electronic communication systems. With the growth of communication networks into higher frequencies and increased complexity, it is crucial to manage electromagnetic interference and ensure radiation compliance for optimal performance, safety, and reliability. Electromagnetic compatibility is now an essential necessity in today’s electrical and electronic systems because of growing circuit densities, wireless communications, switching power electronics, and complicated electromagnetic environments. This chapter offers a comprehensive analysis of electromagnetic compatibility principles, interference mechanisms, control methods, and current advancements influencing the field. Emerging trends in materials, AI-driven modelling, and radiation reduction for 5G, 6G, IoT, and quantum communication technologies are also examined, offering a cohesive perspective on the advancing realm of electromagnetic compatibility. The chapter examines the regulatory standards for electromagnetic compatibility compliance and emphasizes new challenges as technology progresses. The objective is to integrate a technically sound, research-based viewpoint on Electromagnetic Compatibility based on recognized engineering principles and current design issues. The research addresses mechanisms of electromagnetic interference, modes of coupling, modelling of emissions and susceptibility, regulatory guidelines, and design practices in engineering.