aimspice 2.15

AIM-Spice serves as an updated iteration of the widely utilized SPICE analog circuit simulator, a cornerstone tool for the electronics industry. Known for its broad applicability, SPICE effectively supports a wide range of circuit elements and is adept at managing complex nonlinear circuits. Its capabilities encompass calculating DC operating points, conducting transient analyses, and identifying poles and zeros across various transfer functions. Additionally, it enables users to assess small signal frequency responses, small signal transfer functions, and sensitivities, as well as performing Fourier, noise, and distortion analyses.

Originally developed at the University of California, Berkeley, SPICE made its debut in 1972. The foundational architecture of the simulator has remained consistent despite numerous enhancements and the contributions of many researchers from Berkeley and other institutions. In 1975, Nagel introduced SPICE2, marking a significant upgrade while retaining the core structure of the program. Subsequent versions have seen advancements in device modeling, numerical techniques, and user interfaces. The subsequent major update, SPICE3, arrived in 1985, featuring a critical transition of source code from FORTRAN to C programming language. While the Berkeley version is available as a public domain program, several companies have since released commercial versions offering additional improvements in user support and interfaces.

AIM-Spice is tailored to operate on Microsoft Windows and Linux platforms, aiming to enhance user experience with a focus on accessibility and functionality. One notable feature is its ability to provide real-time graphical displays of simulation results, empowering users to make informed decisions about terminating runs based on intermediate outcomes. The development of AIM-Spice reflects a commitment to fostering a more user-friendly environment while integrating advanced device models for sophisticated circuit simulations.