Testing

Statistical models for maximum electromagnetic fields within RF reflective enclosures (i.e. complex cavities) have historically been derived from parent distributions obtained from the central limit theorem applied to sums of random variables.

Radiated emission measurements are required worldwide as one type of EMI measurement to demonstrate product compliance with regulatory requirements.

If you are entering the Japan marketplace for the first time, it is highly recommended to hire an experienced regulatory consultant, familiar with the latest requirements as they frequently change as electronics equipment advances, especially since many Japanese consumers are early adopters of new technologies.

Although the foundation of a failure analysis is rooted in science, there is also an art to completing one, successfully. The path from “problem discovery” to “problem solution” has many bumps and twists along the way and this article will hopefully help guide you on your journey.

Today’s fast-paced, high-growth electronics market requires electromagnetic compliance (EMC) test facilities to develop shorter product test cycles while maintaining test accuracy.

The RCM is now mandatory for electrical safety in Australia and New Zealand On March...

This work presents a novel software tool intended to support compilation of coherent technical...

Some Answers to the Most Frequently Asked Questions Readers of In Compliance Magazine have benefited...

This article highlights topics for consideration when obtaining an accredited calibration service. Also included is a step-by-step tutorial on how to obtain an accredited calibration for a log-periodic dipole array (LPDA) antenna.

Regarding the article “Comparing Test Methods for EMI Gaskets” by George M. Kunkel (In Compliance Magazine, January 2016), both the text and the caption to Figure 2 mention shielding effectiveness tests performed on “newspaper”??