Design and analysis of MSA for wireless applications using FPGA

Abstract

Wireless communication is one among significant area in newlinecommunication. A study of communication systems is imperfect without newlineunderstanding appropriate function and fabrication of antennas. The newlinemicrostrip patch antenna is the smallest antenna used for wireless newlinecommunication. The microstrip patch antenna is designed at a frequency newlinerange of 2.5GHz. The antenna parameters width, length, and height are the newlinemain purpose to design an antenna. It is used for the transmission line analysis newlinemethod and the coaxial feed method is introduced in the design to give the newlineexcitation values and this method uses the two cylinders two interconnect the newlinetop layer and bottom layer of the antenna design. The RogersRT/duriod5880 newlinematerial is used as the substrate material. It is the most popularly used newlinematerial for the microstrip patch antenna design. Based on these newlineconsiderations the microstrip patch antenna is designed and the antenna newlinecharacteristics of antenna frequency response, radiation pattern, gain, newlinedirectivity, and polarization are found and simulated through by using the newlineHFSS version 11.1. The modelled antenna is practiced in the FPGA Cyclone newlineII board for real-time employment. newline newline