Fabrication de Semi-conducteurs

Modélisation et simulation dans toute l'industrie   Fabrication de Semi-conducteurs

Designing system components, optimizing manufacturing processes, and developing next-generation semiconductor devices calls for precision and accuracy. This is why industry leaders turn to multiphysics modeling and simulation to develop, test, and verify designs.

Browse content related to wafer production, fabrication, packaging, testing, and device design to see how the COMSOL Multiphysics® software is used in the semiconductor manufacturing industry.

Modèle
Four-Point Bending Test of an IGBT Module
Article de Blog
Preconditioning of Surface-Mount Devices for Reliability Testing
Présentation Utilisateur
Overcoming Challenges in the Simulation of Vacuum Processing Hardware at Evatec AG
Vidéo
MKS Instruments Models Transformer-Coupled Toroidal Plasma
Vidéo
Tokyo Electron Ltd. Models Semiconductor Wet Processes
Article de Blog
Modeling the Pulsed Laser Heating of Semitransparent Materials
Modèle
Microlithography Lens
Modèle
Reflow Soldering in IC Packaging
Article de Blog
Analyzing Turbomolecular Pumps
Présentation Utilisateur
Wire Bonding: A Thorough Numerical Methodology at STMicroelectronics
Modèle
Chemical Etching
Modèle
Photoresist Spin Coating
Article de Blog
Modeling Wet Chemical Etching
Modèle
The Epitaxial Growth of SiC by the PVT Method
Présentation Utilisateur
Thin Microchip Release From a Carrier Tape: Structural Mechanics and Vacuum Forces
Modèle
Preconditioning (PRE) of Surface-Mount Devices (SMDs) for Testing
Article
ASML Advances Computing Breakthroughs with Multiphysics Modeling
Modèle
Stress Analysis of an IGBT Module Under the Highly Accelerated Stress Test (HAST) Condition
Article
Besi Optimizes Memory Chip Manufacturing
Article
EMIX Optimized the Production Process for Photovoltaic-Quality Silicon
Modèle
Thermal Analysis of a Czochralski Crystal Growth Furnace
Modèle
Model of an Argon/Chlorine Inductively Coupled Plasma Reactor with RF Bias
Article de Blog
Simulating UHV/CVD and Silicon Growth on a Wafer Substrate
Modèle
Trench-Gate IGBT 3D
Présentation Utilisateur
Modeling Directed Self-Assembly of Block Copolymers for Lithographic Applications
Modèle
Ultrahigh Vacuum, Chemical Vapor Deposition
Modèle
3D Analysis of a Bipolar Transistor
Article
Lam Research Corporation Models Complex Physics to Speed Up Chip Development
Modèle
DC Characteristics of a MOS Transistor (MOSFET)
Modèle
Viscoplastic Creep in Solder Joints
Article
Tokyo Electron Ltd. Pushes the Limits of Chip Density
Présentation Utilisateur
Experimental Validation of Model of Electro-Chemical-Mechanical Planarization (ECMP) of Copper
Modèle
Heating Circuit
Modèle
Laser Heating of a Silicon Wafer
Modèle
Molecular Flow in an Ion-Implant Vacuum System
Modèle
GEC CCP Reactor, Argon Chemistry
Modèle
3D ICP Reactor, Argon Chemistry

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Éclairage sur le produit

It all starts with COMSOL Multiphysics®, the platform product for creating physics-based models and simulation apps. From there, you can add as many specialized modules and interfacing products as needed — they all connect seamlessly via the platform for a consistent modeling workflow regardless of what you are modeling.

Here are some suggested products to add to COMSOL Multiphysics® for modeling semiconductor manufacturing equipment, processes, and devices:

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