The motivation for starting the work described in this book was the interest that Hewlett-
Packard's microwave circuit designers had in simulation techniques that could tackle the …

Radio-frequency (RF) circuits exhibit several distinguishing characteristics that make them
difficult to simulate using traditional SPICE transient analysis. The various extensions to the …

This paper presents analytical expressions for steady-state waveforms, output power, and
power conversion efficiency for the class-E inverter outside the class-E zero-voltage …

Frequency‐domain nonlinear analysis techniques for the simulation of active microwave
circuits solve the linear and nonlinear network equations entirely in the frequency‐domain …

A technology-independent large-signal model of electron devices, the nonlinear integral
model (NIM), is proposed. It is rigorously derived from the Volterra series under basic …

The principles employed in the development of modern RF simulators are introduced and
the various techniques currently in use, or expected to be in use in the next few years, are …

Physics-based modeling of MESFETs is addressed from the point of view of efficient
simulation, accurate behavior prediction and robust parameter extraction. A novel …

Data structures such as* BMDs, HDDs, and K* BMDs provide compact representations for
functions which map Boolean vectors into integer values, but not floating point values. We …

In this paper, the analytical solutions for paired asymmetric periodic oscillations in a pair of
first-order asymmetric nonlinear circuit systems are developed for the first time. The purpose …

This paper proposes a new iteration-free steady-state analysis to the Class-E power
amplifier (PA) in frequency-domain by extending the scope of electrical impedance. Owning …