Bowtie shaped microstrip based patch antenna for 5G wide band applications.

In this paper, we are going to simulate the antenna design using CST Microwave studios and designing a microstrip patch antenna with enhanced bandwidth for 5G applications, we are using a special substrate called 'KAPTON POLYMIDE', and we are going to increase the antenna bandwidth by using this Kapton substrate, here the operating frequency is to be greater than 1 GHz frequency, and we have explained the design methodology of bowtie shaped microstrip patch antenna, there are various parameters like the thickness of the substrate, resonant frequency, and we have different taking care of feeding strategies and has a number of shapes of the patch, in only millimeter-wave frequency range on suitable performances of antenna. For 5G connectivity, a compact and elevated bow-tie antenna is proposed. It also has 95.6 percent assessed radiation efficiency. Over the resonating band, the suggested design provides acceptable time-domain properties, adequate FBR, and appropriate impedance matching over the resonating band. [ABSTRACT FROM AUTHOR]