International Journal of Electronic Devices and Networking
2023, Vol. 4, Issue 1, Part A
A millimeter wave patch antenna with slots and tapered feed for 5G applications
Author(s): Ruchika Singh and Mukesh Arora
Abstract: In this paper, a novel structure of micro strip antenna for the millimeter-wave is proposed. 42 GHz resonant frequency is initially taken to design the structure (one of the frequency bands used for the 5G applications). In this work optimization of the slots of C shape in the patch as well as an optimization on the tapering in the feed line has been done. The reported return loss of the proposed structure at the resonant frequency (42GHz) is -31.60dB. The reported gain at the correspondence frequency is 6.44dBi. The value of gain is sufficiently high for the 5G communication system. The antenna shows an improvement in impedance bandwidth after the modifications. The material Rogers RT 5880LZ with dielectric constant 1.96 is taken to design the structure. It is a low-loss material.
Pages: 45-48 | Views: 314 | Downloads: 133
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How to cite this article:
Ruchika Singh, Mukesh Arora. A millimeter wave patch antenna with slots and tapered feed for 5G applications. Int J Electron Devices Networking 2023;4(1):45-48.
