Performance Analysis of Microstrip Patch Antenna for Various Applications

An antenna is a leading transitional that is used to transmit or receive radio waves. In this ever-changing area of wireless networking, dual or multiband antennas have played a critical role in wireless service standards. The microstrip patch antenna has a number of advantages, including a cheap cost, a compact design, a simple construction, and optimum circuitry compatibility. The microstrip patch antenna is a popular and significant topic in antenna theory because of its numerous benefits over conventional antennas, including cheap cost, light weight, ease of feeding, and attractive radiation properties. It has been a source of frustration for scholars. an area of research in which the goal is to reduce antenna size while maintaining a high level of performance preserving a high gain and bandwidth For mobile phones and portable PCs, Microwave and Wireless Local Area Network (WLAN) Connectivity around the World WiMAX interoperability has been utilized. Both are affordable, efficient, and scalable as well as high capacity data connections. This article discusses a variety of applications for a variety of platforms. Radiating patches, feeding methods, and substrates come in a variety of shapes and sizes.

Keywords: 5G , Energy harvester , Multiband antenna , Neural Network , Textile Antenna and Smart antenna.