Accurate synthesis model for microstrip antennas with automatic choice of the shape versus physical and geometrical parameters

Description

An accurate synthesis model applied to multilayer probe-fed microstrip antennas, is presented. An appropriate and original use of a symbolic algebra system and a modified Wolff cavity model allow to obtain, with a low computing time, the optimal size and the shape of the antenna, with its uncertainty, versus the physical and geometrical parameters, necessary to a good approach. The numerical and experimental results for different synthesis are shown and discussed.

Abstract

International audience

Additional details