Coupling analysis of shielded and unshielded star quad cables excited by an intentional
electromagnetic pulse (IEMP) is investigated using the transmission line theory-based …

In this article, deep neural network (DNN) and chain parameter methods are used to analyze
the crosstalk coupling of a star‐quad and a twisted bundle of twisted wire pairs (TBTWP) …

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 …

In this paper, a multi-core twisted wire model with random non-uniform twists is established.
The random combination of complete and non-complete pitch sections is used to accurately …

In this paper, a geometric model of multi-core twisted wire is established to analyze the
amplitude-frequency and angular-frequency characteristics of crosstalk in electromagnetic …

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

In this paper, a systematic approach for electromagnetic compatibility (EMC) modelling of
hand-assembled, complex cable bundles is presented. The first part of the article focuses on …

EMC design using only numerical simulations remains out of reach. There are at least three
main hurdles to overcome, i) the impossible description of all physical parameters involved; …

A generalized model for a nonuniform braided-shielded twisted wire pair (TWP) is
formulated to investigate the effect of the nonuniformities of the braided shield on its …

This paper provides a time domain method for solving the induced currents (and voltages) of
frequency-dependent lossy multiconductor transmission lines (MTLs) model randomly …