MOSFETtyper

MOSFETtyper is a Python library designed to facilitate the simulation and analysis of Metal-Oxide-Semiconductor Field-Effect Transistors (MOSFETs). It provides tools for modeling MOSFET behavior, allowing users to explore various device parameters and their impact on electrical characteristics. The library aims to simplify the process of simulating MOSFET circuits, from basic device models to more complex circuit configurations.

Users can leverage MOSFETtyper to define MOSFET device parameters such as gate length, width, oxide thickness, and doping concentrations. These parameters are then used to calculate key electrical properties like drain current, transconductance, and output resistance. The library supports different MOSFET models, including simplified analytical models and more advanced numerical approaches, enabling users to choose the level of accuracy required for their simulations.

Beyond individual device modeling, MOSFETtyper can be used to simulate simple MOSFET-based circuits. This allows for the analysis of common amplifier and switching circuits. The library is intended for researchers, students, and engineers interested in semiconductor device physics and integrated circuit design who require a programmatic way to understand and predict MOSFET performance. Its open-source nature encourages community contributions and further development.