Design and Analysis of H-Shape Microstrip Patch Antenna for 5G Wireless Communication Systems

This research paper presents a novel high-gain, wide-band H-shaped slot-loaded microstrip patch antenna. This antenna is printed on a dielectric substrate with a metallic ground plane and is directly fed by a 50 Ω coaxial cable. The antenna was simulated using the ADS software package according to the specified dimensions. The combined effect of incorporating these techniques and introducing the novel slotted patch results in a low-profile, wide-bandwidth, high-gain, and compact antenna element. This printed monopole antenna can be used in wireless communication devices operating in various frequency ranges. In this rapidly evolving world of wireless communication, dual or multiband antennas play a crucial role in meeting the demands of wireless services. An antenna transmits and receives information, making it an essential component for microwave communication. This research paper discusses various feeding techniques used for microstrip patch antennas, which is a key aspect of its design. Achieving a good impedance match between the line and the patch without additional matching components primarily depends on the feeding technique used. After discussing various feeding techniques, this research paper provides an enhanced understanding of the antenna’s design parameters and their impact on bandwidth and gain.