The IEEE Transactions on Electromagnetic Compatibility (EMC) established a program to recognize the voluntary work of our reviewers, which is fundamental maintaining highest standards EMC.

The paper presents a computer analysis of inductive coupling of the electromagnetic compatibility (EMC) problem. Its focus is on power electronics and electrical drives and tests performed by a numerical computer simulation that can disclose suite surprising findings about EMC problems.

Although still in its primary phase up to now, the research about EMC science and its technological application in modern industries has become more and more noticeable. In this paper the main subjects for EMC research are introduced, then discussed briefly are some hot research topics concerning the application of EMC technology, as in such areas as military field, industrial electronics or mi...

This paper reviews the most common sources of electromagnetic interference (EMI) with cochlear implants (CI). Particular attention will be given to the description of the mechanisms of electromagnetic interaction with CI; main disturbances caused to CI; relevant scientific investigations; and existing requirements and tests for electromagnetic compatibility (EMC) immunity applicable to CI.

The front-end electronics (FEE) noise characterization to electromagnetic interference and the compatibility of the different subsystems are important topics to consider for the LHC calorimeter upgrades. A new power distribution scheme based on switching power converters is under study and will define a noticeable noise source very close to the detector’s FEE. Knowledge and experience with both...

Spurious EM interactions within and between systems endanger and may disturb their proper functional performance. The prevention, elimination or suppression of such electromagnetic interference (EMI) to a satisfactory level constitutes the engineering discipline– EMC – ElectroMagnetic Compatibility. Its objective is preservation or recovery of expected performance of electronic systems at minim...

Idea In Brief In real industrial and instrumentation (I&I) applications, RS-485 interface links must work in harsh electromagnetic environments. Large transient voltages caused by lightning strikes, electrostatic discharge, and other electromagnetic phenomenon can damage communications ports. To ensure that these data ports can survive in their final installation environments, they must meet ce...

Electromagnetic compatibility is a significant application area for electromagnetic modelling techniques. There is strong industrial interest in the development of numerical simulation methods that could allow EMC issues to be investigated in the early stages of design. Although modelling the functional EMC performance of complex systems remains challenging, for both technical and practical rea...

This paper presents results of electromagnetic compatibility (EMC) testing of three implantable neurostimulators exposed to the magnetic fields emitted from several walk-through and hand-held metal detectors. The motivation behind this testing comes from numerous adverse event reports involving active implantable medical devices (AIMDs) and security systems that have been received by the Food a...

International EMC standards describe the measurement environment (setup, equipment, frequencies) and applicable limits for the electromagnetic emission testing of lighting equipment, including compact fluorescent lamps (CFLs). These standards consider the compact fluorescent lamp a ‘black box’. In order to better understand the emissions from this type of light source, the operation of the equi...