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Bandwidth Requirement of X-band Satellite Application


Ahmed Mahfuz Tamim, Mohammad Rashed Iqbal Faruque, Ismatul Nisak Binti Idrus, Md. Abdur Rahman Chowdhury and Sikder Sunbeam Islam
Abstract

Microstrip antenna technology has been the most increasingly developing topic in antenna field in the last twenty years. This manuscript presents a new combined double A-shaped miniaturized microstrip patch antenna (MPA) is presented and proposed which satisfies almost full bandwidth requirement of X-band authorized by IEEE. The proposed antenna is excited by a matching 50Ω microstrip feedline. The antenna structure is designed and simulated utilizing high frequency electromagnetic simulator tool. The antenna has a structure of 18×20 mm2 and the dimension of the patch is 12×14.6 mm2 which is etched on low cost FR4 dielectric substrate. The overall size is 18×20 mm2 with 1.67 mm thickness. Simulated results showed that, the antenna resonates at frequency of 8.436 GHz and 11.32 GHz which has a return loss of -21.62 dB and -17.92 dB, respectively. The antenna has average radiation efficiency of 65%. The antenna is small in size and has operating bandwidth of 7.984 GHz - 11.78 GHz which covers all applications of X-band microwave frequency. Lower cost, light weight nature and compactness of this proposed antenna is a compatible one to fabricate and suitable for X-band applications like - military, earth to satellite, satellite to earth, weather forecasting etc.

Volume 12 | 07-Special Issue

Pages: 1162-1169

DOI: 10.5373/JARDCS/V12SP7/20202216