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The design and analysis of a new 0.06λ × 0.09λ compact circular polarized square‐shaped dual‐resonant multiple split‐ring patch antenna on a 1.905‐mm‐thick high‐dielectric ceramic–polytetrafluoroethylene composite is presented. The proposed antenna was designed and analyzed by using a high‐frequency electromagnetic simulator based on the finite element method and was fabricated on a printed circuit...
Design and analysis of a split ring patch antenna on a ceramic material substrate is presented in this paper. The proposed split ring antenna designed and analyzed by using computer aided high frequency electromagnetic solver HFSS. The result shows 170 MHz (7.25 GHz–7.42 GHz) and 173 MHz (8.0 GHz–8.173 GHz) impedance bandwidth with 0.8 dBi and 4.67 dBi gains are achieved at two resonant frequencies...
A compact electrically small multiband rectangular shape microstrip patch antenna is designed and analyzed in this paper. The antenna designed with 13 × 10 mm2 radiating copper patch on Aluminium oxide high dielectric ceramic material substrate with ground plane for three different frequency application which is smaller in size compared to other available multiband antennas. The proposed antenna is...
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