Semiconductor Module enables device level modeling on the COMSOL Multiphysics platform and helps easily create customized simulations involving multiple physical effects.
The Semiconductor Module enables the stationary and dynamic performance of devices to be modeled in one, two, and three dimensions, together with circuit-based modeling of active and …
Model Semiconductor Devices with the Semiconductor Module
Analyze various kinds of transistors, sensors, photonic devices, quantum systems, and basic semiconductor building blocks. Explore the features and functionality of the Semiconductor …
Introduction to Semiconductor Modeling - COMSOL
This 6-part, self-paced course offers an introduction to modeling semiconductor devices in COMSOL Multiphysics ®. The Semiconductor Module is based on drift-diffusion equations and …
Power module manufacturers have been working on new power module designs and packaging technologies in order to increase endurance and prolong the lifetime of power modules in the …
Semiconductor-Based Power Modules vs. Discrete Components
Jun 5, 2024 · Semiconductor-based power modules integrate multiple components into a single package, resulting in a more compact design compared to discrete components. Modules can …
Introduction to the Semiconductor Module - comsol.jp
In Part 1 of this course on semiconductor modeling using COMSOL Multiphysics ® and the Semiconductor Module, we begin by highlighting the physics interfaces available and discuss …
The aim of the course is to develop physics and engineering strategies of semiconductor materials and to discuss their functionalities in modern electronic and optoelectronic devices. …
The Semiconductor Module enables the stationary and dynamic performance of devices to be modeled in one, two and three dimensions, together with circuit-based modeling of active and …
This module looks at how our use of semiconductor-based devices impacts individual human relationships, and draws lessons learned for designing needs-based applications for new 2D …