Design and Implementation of Multiband Microstrip Patch Antenna for 5G-IOT Communication System

A versatile and adjustable multi-functional antenna system should be used to handle a challenging wireless communication scenario so as to ensure system quality. The multiband is attained by designing proposed length and thickness of the micro-strip patch antenna. The frequency sweeps are changed in order to obtain the multi-frequency for the applications such as Internet of Things point-to-point communication etc. The patch antenna with multiband characteristics is proposed in this paper. Inset-fed structure is used to feed the microstrip antenna and fabricated and with FR4 -Epoxy substrate. The proposed structure of patch antenna achieves tri-band characteristics of S-band with 3.7-GHz and C-band X-band with 5. 7GHz, 6.9GHz,7.lGHz.9.3GHz suitable for multiband applications in 5G. Using Ansys HFSS software the proposed microstrip patch antenna was simulated and the essential characteristics of the anticipated design was verified. The design bids multi-band process with stable gain and high directional radiation characteristics.