Abstract

This paper proposes a coplanar waveguide fed multiband antenna for Wi-Fi and 5G networking applications. To obtain the desired frequencies, this proposed work used an innovative method consisting of frequency shifting strips (FSS) and a U-slot. The ANSYS HFSS software, a FEM-based electromagnetic field solver, is used to simulate the designed antenna. This planned antenna covers the 5G frequency bands of 28, 35, and 37 GHz, with a maximum gain of 11.61 dB and radiation efficiency of 92%. In the result analysis section, the simulated results are compared to the measured results to check the efficiency of the simulated design. This paper also includes a comparison of the proposed antenna performance with that of other existing antennas. This paper also includes information on antenna gain, VSWR, field distributions, bandwidth, and surface current distributions (both E and H field) about the designed antenna.

中文翻译：

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用于 5G 通信的紧凑型 CPW 馈电多频段天线

摘要

本文提出了一种用于 Wi-Fi 和 5G 网络应用的共面波导馈电多频段天线。为了获得所需的频率，这项提议的工作使用了一种由频移条 (FSS) 和 U 槽组成的创新方法。ANSYS HFSS 软件是一种基于 FEM 的电磁场求解器，用于对设计的天线进行仿真。该规划天线覆盖5G频段28、35、37GHz，最大增益11.61dB，辐射效率92%。在结果分析部分，将模拟结果与测量结果进行比较，以检查模拟设计的效率。本文还包括对提议的天线性能与其他现有天线的性能进行比较。本文还包括有关天线增益、VSWR、场分布、带宽、