Taking these factors into account can save time and money.

A well-defined and structured certification program is vital to assuring product quality and safety.

Of concern are high-level electromagnetic fields that will create serious problems for electronic systems on the Earth’s surface, including critical infrastructure.

Studies show that Li-Zn ferrites can successfully suppress EMI.

An innovative capacitor design can provide more RFI suppression in a substantially smaller package.

An efficient shield room for automotive testing progresses from design to finished structure.

Measurement uncertainty for common-mode disturbances can be reduced from about 22 dB to a maximum of a few dB.

EMI filter performance plays a critical role in limiting emissions and also impacts the immunity of end-use equipment to electrical disturbances.

Thin and flexible materials can provide simple and innovative solutions for hardware engineers.

The reverberation chamber provides the most realistic simulation/equivalency for electronics functioning within a cavity.

Compliance with EU RoHS does not equate to compliance with China RoHS.

As soon as current flows through metal conductors, inductance exists.

There is an ever-increasing demand for lighter, stronger, easy-to-manufacture, and cost-effective shielding solutions.

More information and reduced measurement time can significantly improve the quality of emissions testing.

Relevant data and basic calculations can determine the level of lightning protection needed for a particular facility.

We now have FCC SAR test procedures for 5-GHz WLAN.

The drive to protect the environment and to conserve natural resources has brought about a proliferation of regulations.

The IEC coordinates a worldwide system for testing electrical equipment.

IEC 61000-4-3: 2006’s frequency escalation »

Expand your E3 support role so you can provide your project with a “best value” solution by taking project priorities into consideration.