Symbolic circuit analysis is concerned with analytical construction of circuit response in the
frequency (or time) domain, for which an efficient data structure is required. Recent research …

New tearing techniques for the systematic formulation of the state equations in symbolic
normal-form for linear and nonlinear time-invariant large-scale analog circuits are …

A novel behavioral model generation method focused to symbolic analysis of analog
integrated circuits is presented. The proposed method is carried out by modeling each MOS …

A new method to systematically formulate the state equations in symbolic normal-form for
nonlinear time-invariant analog circuits with excess elements is presented. For this, we have …

Analog and mixed-signal circuits are gaining popularity in various applications such as
telecommunication, multimedia, biomedical applications and others. Testing of these circuits …

This paper presents a method towards hierarchical symbolic analysis of linear analog
circuits using twoport networks. The important difference to the ordinary flat symbolic …

Symbolic analysis offers good opportunities for automated bottom-up generation of analytic
models for nonlinear analog circuits. Unfortunately, the simulation performance for this kind …

In this paper we present an application of nonlinear symbolic simplification techniques to
analog circuits using Analog Insydes. The goal is to get insights into the circuits' behavior …

In this paper we present a decomposition technique to systematically formulate the state
equations in symbolic normal-form for linear and/or nonlinear time-invariant large-scale …

The verification of analog circuits remains a very time consuming and expensive part of the
design process. Complete simulation of the state space is not possible; a line is drawn by …