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首页> 外文期刊>SN Applied Sciences >Feasibility analysis of additive manufacturing method for graphene based super solar body mounted patch antenna for satellite applications
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Feasibility analysis of additive manufacturing method for graphene based super solar body mounted patch antenna for satellite applications

机译：用于卫星应用的石墨烯超太阳体安装贴片天线添加剂制造方法的可行性分析

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摘要

In this project, a Nano material based printed patch antenna structure has been integrated with a solar panel withoutaffecting the optical efficiency of the solar panel. The proposed prototype is having the property of both antennaand solar module functionality. A graphene based CPW fed E-Shaped micro strip patch antenna which has a returnloss of − 48.43 dB at resonant frequency of 2.1 GHz which is best suitable for UMTS-2100 Band (2.15–2.18 GHz), GSM(2.15–2.18 GHz) applications is printed on the solar panel using screen printing technique. In this project, conventionalcopper-based antennas are replaced with graphene-based antennas due to various advantages. In this experiment, thefeasibility of material based body mounting antenna structure printing method is analysed. This proposed design modelis best suitable for satellites where antennas occupy one-third of the satellite’s size. By mounting the small printed antennason the solar panel, the space complexity of the satellite system gets reduced by one-third of its initial dimensions.
机译：在该项目中，基于纳米材料的印刷贴片天线结构已经与太阳能电池板集成影响太阳能电池板的光学效率。所提出的原型具有两个天线的性质和太阳能模块功能。基于石墨烯的CPW馈电E形微带贴片天线，具有回报谐振频率的损失 - 48.43 dB为2.1 GHz，最适合UMTS-2100频段（2.15-2.18 GHz），GSM（2.15-2.18 GHz）应用使用丝网印刷技术在太阳能电池板上印刷。在这个项目中，常规由于各种优点，基于铜的天线被基于石墨烯的天线替换。在这个实验中，分析了基于材料安装天线结构印刷方法的可行性。这个提出的设计模型最好适合天线占用卫星尺寸的三分之一的卫星。通过安装小印刷天线在太阳能电池板上，卫星系统的空间复杂性降低了其初始尺寸的三分之一。

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