Development and study of 28GHz antenna for different shapes and work on antenna transparency for celluler devices

Abstract

In this paper antenna concept is especially presented for future wireless communication devices to achieve spherical beam steering coverage. This paper describes a feasibility study performed on antennas made from various transparent conductors. Moreover, it is also represented to scrutinize the configuration of rectangular, circular, triangular patch antenna arrays fed by a 28 GHz microstrip feeding line for future 5G applications. Our simulation (using HFSS) gives a maximum result for antenna gain of 1*4 circular patch which is 7.2258dB. The simulated results of the return-loss, the gain, directivity and radiation pattern of the antenna array have been discussed.