Contact UsAntenna Integration & Design Performance with EM Simulation | Ansys Webinar
Join us as we partner with the Institute of Electrical and Electronics Engineers (IEEE) to highlight electromagnetic (EM) simulation and its impact in antenna integration and design optimization. During this presentation we will also provide a high-overview of the methodology used for the analysis, design, and optimization of modern antenna designs and electromagnetic compatibility.
We will specifically touch on Ansys HFSS which excels at a wide variety of high frequency, full-wave, electromagnetic applications including, but not limited to, antenna design and placement. Additionally, we will explain how Ansys SIWave helps you model, simulate and validate high-speed channels and complete power delivery systems typical in modern high-performance electronics.
Presentation topics include:
- Ansys HFSS overview
- Common simulations/applications
- Solvers
- Adaptive meshing
- Mesh fusion
- Antenna element design
- Installed performance
- Multiphysics link capability
- Software demonstration
Advanced Antenna Integration | Ansys Simulation
The performance of new designs can be precisely predicted before any hardware is constructed by utilizing the most sophisticated electromagnetic modeling software now on the market. The relationship between the design and the finished product is then checked via prototyping. Fast turn prototype validation is possible because to our own measurement capabilities. For clients who demand a high degree of device integration, we can offer antenna integration help in addition to antenna design.
Benefits to Simulative Antenna Integration
For devices with limited space or geometry, our integration services cover both the electrical line from the antenna to the reception and beyond as well as the mechanical and industrial design support. The advantages also consist of:
- Precision of initial design
- Reducing the number of design iterations
- Rapid turnaround
- Instant evaluation of design changes and adaptation
- Predicable outcomes of real-life performance
What RF design and Telecommunications Clients can Anticipate
- Holistic 3-D mechanical database & device importation
- Creation of a robust simulation model
- Establishing the optimal grounding map
- PCB RF layout improvement
- Evaluation of compliance and requirements in full
- Verification of results through early prototype
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
