In this article, we present a hybrid numerical scheme to compute the transient
electromagnetic fields scattered by a metallic structure loaded with lumped nonlinear loads …

The Loewner matrix (LM) is a powerful macromodeling technique that uses sampled data in
the frequency domain for representing dynamical systems in a descriptor form. As stability …

Recently, large-scale diode grids have received much attention with regard to spatial
electromagnetic (EM) field protection of electronic systems. The distributed nature of diode …

In this paper, we present a method for extrapolating a truncated spectrum with the objective
of obtaining a causal impulse response. The method is based on solving a set of equations …

One of the most common methods to protect electronic and telecommunication systems in a
high‐power electromagnetic (HPEM) environment is using a conductive enclosure …

High-power electromagnetic (HPEM) pulse affects electronic devices that have
linear/nonlinear characteristics. To protect the electronic circuit board, the use of metallic …

Nonlinearly loaded multiport structures have promising features for the application of
controlling scattered fields. Modelling such structures can lead to investigations up to …

Metallic enclosures effectively reduce electromagnetic interference in high intensity radiated
field (HIRF) environments. However, any aperture-eg for wireless communication with the …

In this paper, we present a stable method for simulating passive distributed networks
connected to linear and nonlinear devices using the time marching (TM) method. The …

A stable method for the analysis of lossy transmission lines with nonlinear loads is
presented. The simulation employs the time marching (TM) method for solving the …