Efficient Microstrip Patch Antenna design for improving the transceiver process of wireless communication application

Transmission and receiving processes are the essential operations in wireless devices,

consuming a significant portion of the usually limited available energy. Microstrips are implemented to replace antennas as results of the small size, low power consumption, and modest required spaces; indeed, Microstips can be printed directly onto a circuit board. Numerous factors, including resonance frequency, radiation pattern, and bandwidth, rely on the Microstrip design i. e., Microstrip shape. In this article, typical designs such as rectangular, triangular, and circular Microstrip patch antennas are designed, simulated, and built to determine the optimal shape in the 890-915 MHZ frequency band. Version 15 of the High- Frequency Structural Simulator (HFSS) tool was utilized in the simulation procedure. The antenna's substrate is the lowest.