In this article, a magnetic-field probe with improved common-mode rejection ratio (CMRR) is
proposed, fabricated, and calibrated. The magnetic-field probe consists of a differential dual …

Near-field probes with high sensitivity facilitate the identification of the root causes of
intrasystem radio frequency interference issues, where weak noise desensitizes the …

Creating an equivalent field source is an efficient method for predicting radiated emissions
from IC structures. In this paper, the maximum radiated emissions for a heat-sink/IC structure …

Magnetic near-field probes (NFP) represent a suitable tool to measure the magnetic field
level from a small electromagnetic interference (EMI) source. This kind of antenna is useful …

In this paper, systematic characterization of the dual probe, which is designed for the near
field simultaneous measurement of both electric and magnetic field, is investigated with a …

Accurate measurement of switching voltage is the basis for evaluating the dynamic behavior
of power devices. With the development of wide bandgap (WBG) devices, the high switching …

As the first part of a study that aims to propose tools to take into account some
electromagnetic compatibility aspects, we have developed a model to predict the electric …

This paper presents, through an illustrative example, a 3-D modeling approach to predict the
electromagnetic interference (EMI) between complex electronic devices and …

In this letter, a miniaturized active electric probe, which simultaneously achieves high
performance in terms of wide bandwidth, high spatial resolution, and high sensitivity, is …

A novel enhanced-sensitivity tangential-field probe with tunable resonant frequency is
proposed in this article. This-field probe consists of a front-end electric dipole induction part …