The list below shows a summary of Analog Insydes' main program features.

• Mathematica 6.x and 7.0 compatible

• Netlist-based input of electronic circuits and control systems

• Available linear circuit elements: resistor, impedance, conductance, admittance, capacitor, inductor, independent current and voltage source, all four types of controlled sources (VCVS, CCVS, VCCS, CCCS), operational amplifier (OP), operational transconductance amplifier (OTA), nullator, norator, fixator

• Available control network elements: proportional amplifier, differentiator, integrator, ideal transmission line, generic transfer function, signal source

• Hierarchical netlist entry and device modeling by means of subcircuits and behavioral model definitions

• User-extendible device model library which includes bipolar (full Gummel-Poon small-signal and large-signal) and MOS (full Level~1-3 and BSIM3v3 small-signal, Level~1 large-signal) transistor models

• Automatic setup of symbolic or mixed symbolic/numeric circuit equations by modified nodal (MNA), sparse tableau (STA), and extended sparse tableau analysis (ESTA) from netlists for linear and nonlinear circuit

• Automatic equation setup for AC, DC, transient, and noise analysis

• Symbolic calculation of transfer functions, input impedances, two-port parameters, etc.

• Design formula extraction by approximation of linear symbolic circuit equations and transfer functions

• Simplification techniques for the approximation of nonlinear circuit descriptions

• Support for automated generation of behavioral models for nonlinear circuits

• Numerical AC, noise, and pole/zero analysis

• Numerical DC, DC-transfer, and transient analysis of nonlinear circuits

• Solution of circuit equations not only for currents and voltages but also for design parameters

• Graphics functions for Bode, Nyquist, Nichol, Fourier, and root locus plots, transient waveforms, DC-transfer, and parametric analyses

• Netlist import for Eldo, PSpice, Saber, and Spectre netlist files, including small-signal, operating-point, and model-card parameters

• Import filter for Eldo, PSpice, Saber, and Spectre simulation data

• Export filter of Analog Insydes simulation data for PSpice and Saber

• Export filter for Saber MAST model templates

• Import filter for circuit schematics and other line graphics from DXF files