Designing and empirical realization of horn antennas and waveguides in a 60 GHz wireless system

Abstract

Wireless communication in the unlicensed 60GHz band are becoming increasingly commercially attractive and popular. This paper focuses on to design and empirical realization of building a pyramidal horn antenna and waveguides for such a high freqquency system. Antenna is an integral part of receiving and transmitting information at a much faster rate at this high frequency. Therefore, a pioneer step is taken in order to design a 60 GHz antenna with waveguide structures. The antenna system will be tested for data transmission and polarization diversity can also be verified for vertical, horizontal, slant, left circular, right circular and elliptical polarization in the future development of the thesis work.