This tutorial distills the salient phase‐noise analysis concepts and key equations developed
over the last 75 years relevant to integrated circuit oscillators. Oscillator phase and …

Circuit simulation is seen by some people as a well established discipline, where there
remains little or no space for improvement. Yet, no steady state and stability analysis …

Lyapunov exponents are a basic and powerful tool to characterise the long-term behaviour
of dynamical systems. The computation of Lyapunov exponents for continuous time …

This paper reports the occurrence of symmetry-breaking bifurcation in the series-parallel
load-resonant dc-dc converter with LC output filter. The constant frequency phase shift …

Conventional shooting methods cannot be used to determine the steady‐state solution of
circuits whose model is characterised by a vector field exhibiting zero order discontinuities …

In this paper the results obtained by performing the Periodic Noise (PNoise) analysis of a
Phase-Locked Loop (pll) modeled as a mixed analog/digital circuit are compared with those …

In discontinuous systems, the fundamental solution matrix of the linearized dynamics about
a reference trajectory can be noninvertible. This feature can be exploited, for instance, to …

Low phase noise oscillators are ubiquitous building blocks for radio frequency applications
and pulse energy restore oscillator can represent the paradigm for a circuit class …

Limiters are normally used to prevent damage in power system equipment. In the literature, it
is recognized that limiters can also contribute to stability of nonlinear power system models …

A new analytical formulation for phase noise in MEMS oscillators was recently presented
encompassing the role of essential nonlinearities in the electrical and mechanical domains …