In this paper, mode conversion occurring in differential lines with cross section affected by
geometric imbalance is investigated by recognizing a strict analogy with crosstalk, and by …

In this work, a two-step procedure to predict maximum (worst-case scenario) and minimum
(best-case scenario) noise levels induced by bulk current injection (BCI) at the terminal …

The imbalance difference theory provides both physical insight and a powerful technique for
modeling the conversion from differential-mode signals to common-mode noise, especially …

Metamaterial absorbers have been introduced as custom-designed solutions for mitigating
radiated emissions from a system shield box. In this article, the analysis of these system …

In this study the switching characteristics of semiconductors are investigated as a main
source of radiated electromagnetic interference (EMI). Especially, characteristic oscillations …

High frequency signals on printed circuit board (PCB) traces can couple to I/O nets that carry
the coupled energy away from the board resulting in significant radiated emissions …

The imbalance difference model introduced by Watanabe is a method for modeling how
differential-mode signal currents are converted to common-mode noise currents. A …

Common-mode current on attached cables is a typical source for radiated emission. Several
models have been made for conversion of the intended differential signal to unwanted …

The mechanism of common-mode noise generation in multi-conductor transmission lines is
presented. Telegraphic equations, wave equations, and reflection coefficients in the normal …

In the field of electromagnetic compatibility (EMC) research, the knowledge of the formation
mechanism of the far field electromagnetic radiation and its prediction is essential for the …