Design of H-Shaped Antenna for Multiband Applications

A wireless devices has an consecutive generation renovation to provide a higher and impressive service. The current 5G generation is the only one with the ability and power to communicate at extremely high speeds. Because they are now required for reliable 5G Wi-Fi connectivity, wide-band antennas with high gain have displaced traditional narrow bandwidth antennas with low gain. The next era, 6G, is projected to assist a large number of information site visitors in managing the increase in connection of Wi-Fi device. As a result, a significant amount of bandwidth will be aimed, and a greater benefit will be required. In order to satisfy the demand of information quotes and bandwidth utilization of conversation systems, maximum of the research studies results in the invent of new designs that fulfill the necessities of the future era verbal exchange. In this paper H-Shaped antenna that contains microstrip feed line is proposed. Among various substrates Polyimide dielectric substrate provides improved performance. The loss tangent and relative permittivity of the polyimide substrate are 3.5 and 0.0027, respectively. Computer software technology (CST) software is used to model the proposed system. The suggested H-shape antenna is shown, together with simulated results for gain, VSWR, return loss, directivity, and radiation pattern.