Contact UsAntenna Platform Integration with HFSS | Ansys Webinar
Antennas can be found almost anywhere, and the ubiquity makes Ansys Antenna Platform simulation more critical than ever. From Commercial uses like cell phones to autonomous vehicles to integrated ground-based communication systems. Fortunately, with Ansys HFSS, designers can assess “what-if” real-life scenarios using electromagnetic simulation of antenna design with Ansys High-Frequency Simulation Software (HFSS).
During this webinar, we will explore various aspects of component design, antenna placement and Co-Site, automatic adaptive meshing, and EMI/Co-Site Interference.
Want to learn more about Ansys High-Frequency Simulation Software?
Check out this article | Intro to Ansys HFSS for Antenna Design and Integration
Ansys Antenna Platform | Design High-Frequency Products with Precision
High Frequency Structure Simulator (HFSS) uses adaptable solvers and an easy-to-use GUI to provide you with unmatched performance and in-depth understanding of all your 3D EM challenges. In order to ensure the thermal and structural reliability of electronic devices, HFSS integrates with Ansys’ thermal, structural, and fluid dynamics tools.
This results in a comprehensive and thorough multiphysics study of the products. By virtue of its automatic adaptive meshing technique and advanced solvers, which can be accelerated by high performance computing (HPC) technology, HFSS is regarded as the industry standard for accuracy and dependability when it comes to solving 3D EM issues.
The Ansys HFSS simulation suite is made up of a complete set of solvers for dealing with a variety of electromagnetic issues, ranging in scale and intricacy from passive IC components to highly large-scale EM investigations like car radar sceneries.
Concentrate Strictly on EM Design via HFSS Ansys Antenna Platform
You may concentrate on the design rather than wasting time choosing and generating the optimal mesh thanks to its dependable automatic adaptive mesh refining. All other EM simulators require manual user control and several solutions to assure that the generated mesh is acceptable and accurate, which sets HFSS apart from others with its automation and guaranteed accuracy. Instead of the physics defining the mesh using Ansys HFSS, the physics define the mesh.
The best EM tool for research and development and virtual design prototyping is Ansys HFSS. It shortens the design cycle time and improves the performance and dependability of your product. With Ansys HFSS, you can outperform the competition and take your market.
Additional Ansys Software Tips & Tricks Resources
- For guidance on Pre-Stressed Modal Analysis Linked to Nonlinear Static Analysis
- For support on Compiling and Loading User Defined Functions (UDFs)
- For Extreme Thermal Expansion Modeling in Mechanical
- For enhancing Autonomous Vehicle Hazard Recognition
- For advanced Analysis of Models Exhibiting Cyclic Symmetry
- Deploying *TREAD in Mechanical APDL to Read External Data
- For Replicating Base Acceleration in Harmonic Analysis
- Setting up Automatic Messages in Ansys Mechanical
- For Constructing Element Quality Plots in Mechanical WB
- For APDL Command Function Post-Response Spectrum Analysis
- Transient Thermal Analysis w/ Non-Physical Temperature Results
