After accounting for the time required to run a full equipment cycle for each mode at each receiver bandwidth and antenna position and calculating that it would take 13.46 years to perform all the ...

This is the first in a series of seven bi-monthly articles on ‘do-it-yourself’ electromagnetic compatibility (EMC) testing techniques. This series will cover the whole range of test methods – from ...

If you are designing or developing an electronic or electrical device, no matter what it is or where it operates, it is capable of both emitting and receiving unwanted electromagnetic interference.

In Europe, where photovoltaic technology is leading the trend, especially in Germany, EMC issues are not only related to the advancement of technology but also directly affect the green electricity ...

Electromagnetic compatibility has long been a key consideration of successful product design. As speeds increase, concerns related to signal and power integrity also come to the fore. Such topics will ...

Once relegated to test labs and engineering courses, electromagnetic forces have lately captured the imagination of the masses. Some of this is due to a kind of apocalyptic fascination—the idea of a ...

Unintended electromagnetic emissions can cause interference to nearby communications receivers —radio, TV, GPS, WiFi, and more. Many years ago, EMI problems were called RFI, or radio frequency ...