The ever-increasing demands of digital computing and wireless communication have been
driving the semiconductor technology to change with each passing day. Modern electronic …

Rational models must be passive in order to avoid unstable time domain simulations. This
paper introduces a fast approach for passivity enforcement of pole-residue models. This is …

After providing an overview of the state-of-the-art in power distribution design and modeling,
this paper focuses on return path discontinuities (RPDs) for I/O signaling. After briefly …

One major difficulty in the rational modeling of linear systems is that the obtained model can
be nonpassive, thereby leading to unstable simulations. The model's passivity properties are …

This paper presents a comparative study of several passivity enforcement schemes for linear
lumped macromodels. We consider three main classes of algorithms. First class is …

Rational macromodels must be passive in order to guarantee a stable simulation. This paper
introduces a fast approach for enforcing passivity for S-parameter based pole-residue …

A robust multivariate extension of the orthonormal vector fitting technique is introduced for
rational parametric macromodeling of highly dynamic responses in the frequency domain …

Rational models must be passive in order to ensure stable time domain simulations. The
assessment of passivity properties is usually done via a Hamiltonian matrix that is …

The need for rapid and precise transient simulation for signal integrity (SI) assessment of
high-speed circuits in microwave systems becomes increasingly crucial. Conventional …

The so-called vector fitting (VF) algorithm has gained much popularity over the last few
years. This technique provides a very effective system identification tool that, starting from …