基于蘑菇样ebg的5G通信微带贴片天线设计与增强

Ahlam Alsudani, Hamzah M. Marhoon
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引用次数: 3

摘要

除了无线网络使用和网络连接应用的大幅增加外,这还会导致拥塞,导致数据传输速度下降。由于其高带宽可用性和高数据传输速度,网络运营商建议切换到更高的频率。在远距离通信中,天线在发射辐射信号或接收电磁信号中起着重要的作用。可以使用许多天线,其中一种是微带贴片(MP)天线。这些天线因其易于配置和设计而非常普遍。另一方面,它又缺乏收益。本文介绍并设计了一种基于计算机仿真技术的基于5G - 28ghz应用的MP天线和MP天线阵列天线建模软件。为了优化和增强模拟MP天线参数,将蘑菇状电磁带隙(EBG)嵌入MP天线和MP天线阵列中,以消除对天线增益产生负面影响的表面波的存在。仿真结果表明,采用蘑菇型EBG后增益提高到6.48 dBi,采用阵列配置后增益提高到11.9 dBi。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Enhancement of Microstrip Patch Antenna Utilizing Mushroom Like-EBG for 5G Communications
Besides the considerable rise in wireless network usage and network-connected apps, this causes congestion, leading to a drop in data transmission speed. As a result of their high bandwidth availability and high data transfer speed, network operators recommended switching to higher frequencies. In communications via distance, the antenna plays a significant role in the transmission of the electrical radiated signal or the receiving of the electromagnetic signal. Many antennas can be utilized, one of which is the Microstrip Patch (MP) antenna. These antennas are very prevalent for their ease of configuration and design. On the other hand, it suffers from a lack of gain. In this research article, an MP antenna and MP antenna array are introduced and designed based on computer simulation technology antenna modelling software for 5G based-28 GHz applications. In order to optimise and enhance the simulated MP antenna parameters, the mushroom-like Electromagnetic Band Gap (EBG) is embedded with the MP antenna and MP antenna array to eliminate the presence of the surface waves that affecting negatively on the antenna gain. According to the simulation results, the gain is enhanced after utilising the mushroom-like EBG to be 6.48 dBi and significantly after applying the array configuration to be 11.9 dBi.
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