1.3.1 New Features: An Overview

New Interfaces for PSpice, Eldo, and Saber

Netlist import including small-signal and model-card parameters

Behavioral model writer

Simulation data import and export

New Device Model Library

PSpice and Eldo compatible models for R, L, C, D, BJT, MOS, and JFET

BJT: full Gummel-Poon small-signal and large-signal models

MOS: full Level 1-3 + BSIM3v3 small-signal models, Level 1 large-signal model

Extended Circuit Description and Modeling Language

Model parameter sets, global parameters, multiple source values

Enhanced modeling language for nonlinear dynamic systems

Improved Circuit Equation Setup

Automatic model library search

Automatic design-point extraction for linear and nonlinear circuits

Consistent data handling through DAEObjects

New and Improved Analysis Modes

AC, noise, pole/zero, DC, DC transfer, temperature, transient, parametric, root locus

New and Improved Symbolic Approximation Techniques

New and improved linear approximation techniques for AC and pole/zero analysis

New approximation techniques for nonlinear circuits

Full Integration of High-Performance MathLink Binaries

For symbolic matrix approximation and numerical pole/zero analysis (QZ algorithm)

Multi-platform support (Solaris, Linux, HP-UX, Windows)

Graphics Functions

New and improved graphics functions

Improved command interfaces for a more comfortable use

Improved User Interface

Improved user interface allows for setting up and running circuit analyses from PSpice, Eldo, or Saber netlists with as few as three Analog Insydes commands