- Select the antenna model and specify the properties of dielectrics and metals.
- Create a 3D model of the platform, assigning appropriate materials to different parts.
- Discretize the model into a finite element mesh for simulation.
- Use numerical methods like MoM or FEM to compute the electromagnetic fields and radiation pattern.
- Examine the radiation pattern and other performance metrics, utilizing MATLAB's visualization tools.
- Adjust design and materials based on simulation outcomes for optimal performance.
Is Antenna Toolbox able to simulate radiation pattern of installed antenna cases where the platform is made of dielectrics and metals?
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Is Antenna Toolbox able to simulate radiation pattern of installed antenna cases where the platform is made of dielectrics and metals?
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Answers (2)
Pratyush
on 12 Apr 2024
Hi Mumin,
MATLAB's Antenna Toolbox can simulate the radiation pattern of antennas installed on platforms made of both dielectrics and metals. The process involves:
This toolbox is designed for iterative design and analysis, allowing for detailed study of how platform materials affect antenna performance.
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