A Review Paper on Simulation of Wideband Micro Strip Patch Antenna by Using T shape and Rectangular Slot Technique for Wireless Communication

The relentless growth in wireless communication technologies necessitates the continual evolution of antenna designs to meet the demands of modern communication systems. This review paper critically examines the simulation studies conducted on wideband microstrip patch antennas employing innovative techniques, specifically the incorporation of T-shape and rectangular slot configurations. The aim is to assess the impact of these design modifications on the antenna’s performance parameters, such as bandwidth, gain, radiation pattern, and impedance matching. The T-shaped and rectangular slot techniques have gained significant attention due to their potential to enhance the overall performance of microstrip patch antennas. The incorporation of T-shaped elements and rectangular slots in the antenna structure aims to address challenges related to bandwidth limitations and achieve broader frequency coverage. The review systematically analyzes various simulation approaches, including numerical methods and electromagnetic simulation tools, employed to evaluate the proposed antenna configurations.