Overview
In contemporary times when the whole world is drifting towards digitalization- the effects of electromagnetic fields on circuits and systems cannot be ignored. ANSYS electromagnetics simulation solution helps enterprises to produce innovative electrical and electronic products much faster. This solution has the capability to uniquely simulate electromagnetic performance across component, circuit and system design, and can evaluate temperature, vibration, and other critical mechanical effects. Its unparalleled design flow helps you achieve first-pass design success for advanced electromechanical components, communication systems, high-speed electronic devices, and power electronic systems.
Products
Our Unique Offerings
ANSYS Electronics Desktop
- Design and Simulation Management
- ANSYS HFSS 3‐D Layout
- Design Automation and Scripting
- Component Libraries and Model Support
- ANSYS Electronics Desktop Product Offering
ANSYS HFSS
Simulate 3‐D full‐wave electromagnetic fields
- High Frequency Electromagnetic Field Simulation
- EM Solver Technologies
- Automatic Adaptive Meshing
- HFSS User Interface
- 3‐D Components
- Advanced Finite Array Simulation
- Mesh Element Technologies
- Advanced Broadband SPICE Model Generation
ANSYS Icepak
For Electronics Cooling
- Icepak Objects
- ECAD‐MCAD
- Flexible and Automatic Meshing
- Advanced Numerical Solver
- Results Visualization
- Automated Delphi Package Characterization
- Automatic Computation of Thermal Conductivity
- Joule Heating Multiphysics
- Thermal Stress Multiphysics
- Macro Customization
- Icepak Libraries
- ROM with Simplorer
- DoE with DX
- Cloud Solution
- Multiphysics with Icepak and HFSS
- Multiphysics with Icepak and Maxwell
- Multiphysics with Icepak and Q3D Extractor
ANSYS Maxwell
- Low frequency electromagnetic field simulation
- Automatic Adaptive Meshing
- Maxwell Finite Element Solvers
- Dynamic Link with ANSYS Simplorer
- Multiphysics
- High‐Performance Computing
- Distributed Solve
- Magnetic Vector Hysteresis Modeling
- Temperature‐Dependent Permanent Magnets
