Symbolic Analysis in Analog Integrated Circuit Design provides an introduction to computer-
aided circuit analysis and presents systematic methods for solving linear (ie small-signal) …

In this paper, a new variant of the multilevel Newton–Raphson method for parallel circuit
simulation is presented. Its local and global convergence properties are studied. It is shown …

Analogue and microwave design requires accurate and reliable simulation tools and
methods to meet the design specifications. System properties are often measured in the …

Time-varying root-locus of a large-signal LC oscillator is obtained via semi-symbolic
analysis, where the complex frequency s is a symbol. The steady-state circuit behavior is …

The convergence problems of conventional DC analysis can be partly avoided by using
piecewise‐linear analysis. This paper proposes a piecewise‐linear DC analysis method that …

A method for steady-state time-domain analysis including components defined in the
frequency domain is presented. The circuit is divided into timeand frequency-dependent …

An approximate harmonic analysis method for non‐linear circuits is introduced. the method
solves the steady state, time domain representation as well as the frequency response of …

Piecewise-linear DC analysis has good global convergence properties. This paper
concentrates on a piecewise-linear DC analysis method that performs piecewise-linear …

This paper presents a steady-state small-signal analysis method for nonlinear circuits. The
method can be used to calculate the steady-state time domain representation as well as the …

The oscillator circuit is one of the key components of the communication systems. It is
necessary for an oscillator to provide the proper oscillations in order to confirm the stable …