Semiconductors

Design, analyze, simulate and verify analog, digital, and mixed-signal devices.

Semiconductors are one of the most critical components of today’s new wave of creative technology. It is used in almost all modern electronic devices that enable connectivity, from medical gadgets and self-driving cars to mixed reality and the Internet of Things (IoT). Although the semiconductor industry appears to have a prosperous future, no one can predict where it’s headed. The way it develops depends on various factors and will inevitably present fresh challenges to the engineering community.

Engineers working on Semiconductors and Electronics use MathWorks® and COMSOL® products in various ways, from designing algorithms to Implementation and Validation.

MATLAB® and Simulink® provide engineers an easy way to collaborate and define, analyze, simulate, and test complex multidomain systems using a variety of modeling approaches and levels of abstraction.

The Semiconductor Module of COMSOL Multiphysics® provides engineers with dedicated tools to analyze semiconductor device behavior at the fundamental physics level. In addition, the semiconductor module enables engineers to involve multiple physical effects easily when developing models.

Engineers use our products to:

  • Analyze the operation of semiconductors at the fundamental physics level
  • Simulate a variety of devices using isothermal or nonisothermal transport models
  • Model quantum-confined systems
  • Create models involving multiple physical effects
  • Model the transport of holes and electrons in the Semiconductor Module using finite element or finite volume methods.

Learn more

Products

COMSOL Multiphysics®
Learn more
COMSOL Compiler™
Learn more
COMSOL Server™
Learn more
Electromagnetics Modules
AC/DC
Learn more
Wave Optics
Learn more
Ray Optics
Learn more
Plasma
Learn more
Semiconductor
Learn more
Fluid Flow & Heat Transfer Modules
Mixer
Learn more
Polymer Flow
Learn more
Microfluidics
Learn more
Porous Media Flow
Learn more
Subsurface Flow
Learn more
Pipe Flow
Learn more
Molecular Flow
Learn more
Metal Processing
Learn more
Heat Transfer
Learn more
Structural Mechanics & Acoustics Modules
Structural Mechanics
Learn more
Nonlinear Structural Materials
Learn more
Composite Materials
Learn more
Geomechanics
Learn more
Fatigue
Learn more
Rotordynamics
Learn more
Multibody Dynamics
Learn more
MEMS
Learn more
Acoustics
Learn more
Chemical Engineering Modules
Chemical Reaction Engineering
Learn more
Battery Design
Learn more
Fuel Cell & Electrolyzer
Learn more
Electrodeposition
Learn more
Corrosion
Learn more
Electrochemistry
Learn more
Multipurpose Products
Optimization Module
Learn more
Uncertainty Quantification Module
Learn more
Material Library
Learn more
Particle Tracing Module
Learn more
Liquid & Gas Properties Module
Learn more
Interfacing Products
LiveLink™ for MATLAB®
Learn more
LiveLink™ for Simulink®
Learn more
LiveLink™ for Excel®
Learn more
CAD Import Module
Learn more
Design Module
Learn more
ECAD Import Module
Learn more
LiveLink™ for SOLIDWORKS®
Learn more
LiveLink™ for Inventor®
Learn more
LiveLink™ for AutoCAD®
Learn more
LiveLink™ for Revit®
Learn more
LiveLink™ for PTC® Creo® Parametric™
Learn more
LiveLink™ for PTC® Pro/ENGINEER®
Learn more
LiveLink™ for Solid Edge®
Learn more
File Import for CATIA® V5
Learn more

Trainings

Communications, Electronics, Semiconductors, Software and Internet Training Curricula

  • Communications, Electronics, Semiconductors, Software and Internet Curricula

  • Digital Signal Processing Curriculum

  • Analog Mixed Signal Curriculum

  • Wireless Communications Systems Curriculum

  • AI and Data Science Curriculum

  • Blogs and user stories

    Stay up to date with the industry's latest trends and learn the best pactices to innovate and optimize your engineering designs.


    Engineer working in Optimization Module of COMSOL

    Structural Optimization with COMSOL Multiphysics

    Explore COMSOL’s Optimization Module for enhanced engineering designs. This video provides a quick overview of COMSOL Multiphysics, spotlighting mechanical modeling and optimization tools. The presentation includes a live demonstration of a straightforward stress/strain optimization of a mechanical component subject to static loading and more.

    Ai robotics working on a car

    AI: Driving the Industry Towards Greater Success

    Artificial intelligence (AI) is seen as a promising technology that can help leading OEMs to maintain their position as market leaders. In this post, read about how AI is changing the manufacturing sector, as well as its potential advantages and potential drawbacks.

    MATLAB and Simulink for Artificial Intelligence

    Learn about MATLAB and Simulink’s capabilities for creating AI-driven products and services, including the benefits of using these platforms, key components of the AI workflow, and the integration of AI models into real-world applications.

    Excitation Signals for Identification of Dynamic Systems

    Excitation Signals for Identification of Dynamic Systems

    Learn about optimizing multisine signals for precise frequency-domain system identification. Discover the importance of low Crest Factor (CF) in excitation signals and explore techniques to enhance signal-to-noise ratios (SNR) for improved measurement accuracy.

    Motor Control Design with Simulink

    Learn how to reduce motor control development time by using simulation models to design and verify control algorithms and deploy those algorithms to hardware using automatic code generation.