Antenna Design Optimization Through Input Space Mapping
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Fecha
2020-05
Autores
Michel-Camacho, Eduardo
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ITESO
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Descripción
We propose a generalized algorithm to optimize an antenna through Broyden based input space mapping. We elaborate on the details of creating an effective coarse model from a 2D coarse mesh method of moments simulation on Matlab™ Antenna Toolbox. The fine model consists of a 3D finite element simulation from Ansys™ EM2019 HFSS Antenna Toolbox. The coarse model is optimized using a minimax formulation to obtain a target response. The Broyden based input space mapping of the models is implemented through a generalized Matlab to HFSS driver. We design 2 antennas; a dipole bowtie and a microstrip patch using the antenna optimization algorithm. We elaborate on the adjustments needed for the implementation of the algorithm to the specific examples.
Palabras clave
Space Mapping, Antenna Design, Antenna Optimization
Citación
Michel-Camacho, E. (2020) Antenna Design Optimization Through Input Space Mapping. Trabajo de obtención de grado, Maestría en Diseño Electrónico. Tlaquepaque, Jalisco: ITESO.