Design and Performance of Hexagonal Patch Antenna using Porcelain Dielectric Material in Comparison with Lead glass Dielectric Material

In this work the proposed novel hexagonal patch antenna using hexagonal patch is designed on Porcelain dielectric substrate and its performance is analyzed by using SPSS software. The antenna has been analyzed for various dimensions of slots and based on the performance the antenna is chosen. Analysis was carried out by designing the Hexagonal patch antenna using Porcelain dielectric material in comparison with Lead glass dielectric material. This process was analyzed using SPSS software, and it has originally two individual groups in which each group contains 15 samples. The G power value is 80%. The Novel Hexagonal patch antenna designed using Porcelain dielectric material has better gain performance compared with the Hexagonal patch antenna designed using Lead glass. The gain of Hexagonal patch antenna using Porcelain is (6.631dB) whereas using lead glass is (5.566 dB). The simulation results show that the Hexagonal patch antenna designed by using porcelain dielectric material has high gain performance in comparison with the Hexagonal patch antenna designed using Lead glass dielectric.