Published Paper Details:

The demand for wireless network access dramatically increasing due to the automation of all appliances. The need for high performance wireless transceivers is also warrants more. The successful operation of various electronic gadgets under strong electromagnetic environment is a challenging. The EMI disturbance is not that much sensitive in consumer electronics. But it has strong influence in the military electronic equipment. Radar, Satellites, commercial communication equipment and other medical equipment. They need accurate tracking and faithful operation even at the worst natural and manmade environmental pollutions. ISM band is used in the applications such as medical, industrial wireless environment and mobile communications etc., these applications require high gain, more directional and low return loss antennas. Antennas are front-end component in the transceiver. Antenna needs to be selective and sensitive. In this work, a microstrip patch antenna has been design and analysed at 5 GHz frequency. The design methodology adopts analytical approach to find the dimensions of the antenna and to fix the location of the feeding point. The patch is a distributed planar structure of microstrip line.