Mathematical model of the microstrip radiator based on thin-wire approximation of metal patch
В. В. Кизименко, Alexander Ulanouski
Abstract
В. В. Кизименко, Alexander Ulanouski
Abstract
This paper proposes a model of the rectangular microstrip antenna based on the integral equation method and thin-wire approximation of a metal patch. A substrate is taken into consideration by inserting values of dielectric effective permittivity in the integral equations. The comparison of the calculated input impedance and resonant frequency with the experimental data and modeling results in commercial software is given.
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This paper proposes a model of the rectangular microstrip antenna based on the integral equation method and thin-wire approximation of a metal patch. A substrate is taken into consideration by inserting values of dielectric effective permittivity in the integral equations. The comparison of the calculated input impedance and resonant frequency with the experimental data and modeling results in commercial software is given.
Key concepts: Microstrip antenna, Microstrip, Radiator (engine cooling), Electrical impedance, Integral equation, Patch antenna, Permittivity, Materials science