Design Fabrication and Analysis of Ultrawide Band Microstrip Patch Antenna for Wireless Communication Applications

Abstract

The advancement in technology replaces wired connectivity media with wireless newlineconnectivity media in order to satisfy all users need. The advantages of wireless newlinetechnology includes flexibility, increased efficiency, low cost, global coverage and newlineportability. Antennas are basic building blocks of wireless media communication. The newlinemost widely used antennas are microstrip antennas because of its viable characteristics newlinesuch as compact size, low cost, simple design and light weight. The only disadvantage of newlinethese antennas is narrow bandwidth. newlineTo handle high data rate and bandwidth requirements of wireless media, Ultrawide band newlinetechnology(UWB) is the only solution. The UWB technology got enormous attention in newlineyear 2002, when a spectrum of 3.1 to 10.6GHz has declared unlicenced for UWB newlinecommunication. The frequency band of microstrip antennas can be enhanced by newlineintroducing UWB technology in its design newline