Articles to understand EMC before choosing a gasket or a pad: what it is, how it is tested, how a shield works and where an enclosure leaks.
Why a metal enclosure is not automatically a good EMI shield: where it leaks, what surface finishes do to contact, and which parts restore continuity.
Read moreWhy EMC is often dealt with too late, and five frequent design mistakes: shielding continuity, openings, grounding, cables and mechanical interfaces.
Read moreExamples of electromagnetic interference and how EMC is handled in four sectors: automotive, medical, aerospace and defence. With a note on RTCA DO-160.
Read moreHow EMC testing works: emission and immunity tests, the standards behind them, what the EMC Directive really requires, and what to do when a product fails
Read moreWhat electromagnetic (EMI) shielding does and how it works: the Faraday cage, shielding effectiveness in dB, the main shielding materials and their limits.
Read moreWhat electromagnetic compatibility (EMC) means, where interference (EMI) comes from, and how design, shielding and testing keep electronics working together
Read moreOur articles explain test methods, the principles of EMI/RFI shielding and the most common design mistakes. They are written for people who design or buy: each one starts from a concrete case, an enclosure that leaks, a failed test, a surface finish that insulates, and says what to check.
To go from theory to hardware, you can also browse our EMI gaskets by type, the page that brings together the shielding gaskets and thermal pads these articles talk about.
To find out more about ElectroDome, visit our home page.