Stochastic electromagnetic fields coupling to printed circuit board (PCB) traces are important
to the understanding of electromagnetic compatibility at high frequencies when the circuits …

A generalized multiconductor transmission line (MTL) model is integrated with the
polynomial chaos stochastic Galerkin method (PC-SGM) in order to predict the stochastic …

Superconducting circuits, as the possible basis for a new generation of electronic devices,
have been remarkably investigated due to high-speed operation in an electronically low …

This paper presents an approach for the time domain statistical simulation of field-to-wire
coupling model with uncertain wire position in traverse direction. The parameters of …

Several studies have been conducted on an externally-excited microstrip transmission line;
however, no study, to the best knowledge of the researchers, has examined the …

This paper explores the impact of geometric parameter uncertainties on transmission line
crosstalk, crucial to electromagnetic compatibility for modern electronic systems. It reviews …

Because modern electronic systems are likely to be exposed to high intensity radiated fields
(HIRF) environments, there is growing interest in understanding how electronic systems are …

This study proposes a new approach to hybrid a circuit and field analysis in order to
evaluate the susceptibility of a low‐noise amplifier against electromagnetic interference. The …

Four types of circuits for detecting system-level noises due to high-power electromagnetic
(HPEM) pulses have been proposed and implemented in compact modules. The detection …

Due to the prevalence of unintentional electromagnetic interference (EMI) and the growth of
intentional electromagnetic interference (IEMI) or high power microwave (HPM) sources, it is …