Graphene Based Antenna Array for 5G Applications

Siti Nor Hafizah Sa'don, M. Jamaluddin, M. Kamarudin, F. Ahmad
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Abstract

The rapidity of producing good material for electronic use is really beneficial to the wireless communication technology especially in material engineering field. Research works are on-going to find potential material that has the ability to replace the limitation of conventional material. Related to this work, fifth generation (5G) antenna will be completed with high data rate and low interference besides welcoming the advantages of the coming new material in terms of aesthetic value. Since there are some limitations using conventional material for higher frequency, then this paper proposes graphene to be used as radiating or receiving element in antenna design. An antenna with CPW-fed chamfer-shaped with rectangular slot made by graphene at 15 GHz is proposed. The antenna is designed for single and array in which the array has 8 elements with inter-element spacing at 0.71λ. The antenna has large bandwidth with more than 1 GHz and achieve high gain with more than 12 dBi.
基于石墨烯的5G应用天线阵列
优质电子材料的快速生产对无线通信技术特别是材料工程领域的发展是十分有利的。研究工作正在进行中,以寻找潜在的材料,有能力取代传统材料的局限性。与这项工作相关的是,第五代(5G)天线将以高数据速率和低干扰的方式完成,同时在美学价值上欢迎即将到来的新材料的优势。鉴于传统材料在高频天线中存在一定的局限性,本文提出将石墨烯用作天线设计中的辐射或接收元件。提出了一种以石墨烯为材料,在15ghz频率下的cpw馈电倒角矩形槽天线。该天线设计用于单阵列,其中阵列有8个单元,单元间距为0.71λ。该天线具有1ghz以上的大带宽和12dbi以上的高增益。
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