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

An efficient transmission line model of high-speed cables is established, to predict its
response at a high-frequency region (up to 20 GHz). Especially, an appropriate conformal …

In this article, the transmission line model of multibraided shielded cables is improved by
including the proximity effect in the shield model. This is performed by deriving the analytical …

An efficient multiconductor transmission line (MTL) model of a shielded twisted wire pair
(TWP) with apertures on its sheath is developed for predicting common mode (CM) and …

Efficient modelling of both skin and proximity effects in solid and hollow cylindrical
conductors over an ultrawide frequency range is performed. The transition factors (TFs) …

The coupling relationship between space electronics systems is complex, and the signals of
optoelectronic load cables are susceptible to interference, especially the early anomalous …

The coupling of electromagnetic pulse (EMP) with the star‐quad cable having reference
conductor is analyzed by using the proposed model, which is based upon multi‐conductor …

A transmission line model is developed to characterize electromagnetic plane wave
coupling with a noncoaxial cable with apertures on its shield. The transfer impedance and …

In this article, the skin and proximity effects formulas of solid and hollow conductors with
different radii are accurately formulated using exact expressions of electric and magnetic …

This manuscript provides a fabrication process of a new type of twinax pairs with dual
longitudinal balanced shields and twinax cables comprising this type of twinax pairs, and …