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shielding effectiveness

Estimating Reverberant Electromagnetic Fields in Populated Enclosures by Using the Diffusion Model

The authors predict the internal electromagnetic field of a populated enclosure by using the diffusion model, and compare them with the fields obtained by the power balance method, a full-wave electromagnetic solver and measurements, to demonstrate its efficacy.

Conductive Elastomer Sheets from Leader Tech

The advantages using conductive elastomer gaskets are well known in the electronics manufacturing industry....

Phase Stability, Loss Stability, and Shielding Effectiveness

This article addresses phase stability, loss stability, and shielding effectiveness in cable assemblies exceeding...

New Test Methods to Determine the Shielding Effectiveness of Small Enclosures Defined in IEEE P299.1

Today’s end-use electronic equipment has a number of characteristics that require protection from the electromagnetic environment. These characteristics include the growing use of digital electronics (still with a layer of analog electronics); multiple inputs and outputs for power, data, controls and indicators; ventilation for air flow and thermal management; and small openings for accessories. Few pieces of equipment use only one microprocessor. Multiple digital packages (i.e., integrated circuits) are used for small and large amounts of memory, signal processing, and input/output control just to name a few. The days of having just one power cord and a few knobs for control have long since past.

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