Antenna Design and Optimization
EMCoS Studio provides advanced construction tools and special calculation techniques especially suited for simulation of antenna performance. The powerful CAD interface gives you manifold possibilities to design even very complex antennas in short time. Sophisticated simulation cores based on the Method of Moments, optimized for sequential and parallel computations, deliver accurate results.
EMCoS Studio covers a wide range of antenna design, analysis and optimization problems:
- Waveguide and wire antennas, antenna arrays
- Large reflectors and beam forming antennas
- Patch and microstrip antennas
- Planar and conformal glass antennas
- High frequency modeling of microstrip structures
- 5G and MIMO antenna simulations
To simplify modeling of standard antennas EMCoS Studio contains a library of models, which can be easily modified changing value of the corresponding parameter. Models can be further processed and extended without restrictions.
Advanced Conformal Antenna Construction Tools
Modern automotive design tends towards conformal and hidden antenna applications, such as glass antennas integrated in vehicle windowpanes. Such antennas usually consist of large amount of narrow tracks and interconnections and have conformal structure, which makes the design and discretization process a non-trivial task. For accurate construction of this kind of antennas, EMCoS Studio offers a specialized tool, which leads user through the process of construction of glass antenna by dividing the whole process into several consecutive steps.
Antenna Surface, Pattern Lines and Patches
Parametrical Grids and Parametrical Lines Construction Tools
Antenna Placement Analysis
Investigation of optimal antenna position, analysis of near/far fields generated by antennas placed on large structures (like automobiles, ships, aircrafts, etc.) plays important role in onboard antennas design and installation.
Radiation from Wi-Fi Antenna on Car
Automotive Glass Antenna Simulations
Smart-Entry System Performance