A Single-Band Modified Rectangular Patch Antenna Having Different Slots with Parasitic Structure for V-Band Applications

This research article presents a novel microstrip modified rectangular Electromagnetic energy antenna having V-band applications. A radiating EM wave rectangular monopole is utilized in the antenna design to achieve resonance at 46.97GHz with a return loss of -42.80 dB. The introduced MIMO antenna design consists of interconnected rectangular and circular patches in the shape of joker. It is designed on a substrate composed of Rogers RT/Duroid 5880 which is 0.254mm thick. It has a frequency range of 42.2- 49.6GHz. The HFSS software was used to design the suggested antenna. The design provides a good resistance and a reactance of 50 ohms and 1 ohms respectively. The antenna exhibits strong far-field performance which is suitable for use in 5G mobile users devices and has applications in mobile networks and wireless technology. This paper analyses various parameters such as E-plane and H-plane 2-D radiation pattern, VSWR and reflection coefficients.