Design of Helix Antenna for 9.2GHz in FEKO for FSO/RF Hybrid System Focused on Height of Helix

M. Márton, Ľ. Ovseník, J. Turán, M. Spes, J. Urbanský
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Abstract

Abstract Nowadays we are living in the ages of expansion of communication. The young generation depends on the online communications with other. Each of the devices is purposed to communication. Cloud data storage systems are available only with stable connection. Requirements are growing up to date. The answer on these requirements: the high speed of transmission, high level of security and wide bandwidth are optical communication systems. This system offers comparable features as optical system with physical optical fibers. But it has one big drawback. It is sensitivity to weather changes. We have to make backup link for case of outages. One part of design FSO/RF system in our case contains selection of appropriate type of RF antenna. We are looking for appropriate candidate. This paper is focused on analysis of helix antenna operating in non-licensed frequency range on 9.2GHz. The point of this paper is the examination of the impact of the height of helix designed antenna.
基于螺旋高度的FSO/RF混合系统FEKO中9.2GHz螺旋天线的设计
摘要如今,我们生活在一个通讯发达的时代。年轻一代依赖于与他人的在线交流。每个设备都是用来通信的。云数据存储系统只有在连接稳定的情况下才可用。需求是最新的。对这些要求的回答是:高传输速度、高安全级别和宽带宽都是光通信系统。该系统提供了与具有物理光纤的光学系统类似的功能。但它有一个很大的缺点。它对天气变化很敏感。我们必须建立备份链接,以备停电时使用。在我们的案例中,设计FSO/RF系统的一部分包括选择合适类型的RF天线。我们正在寻找合适的候选人。本文着重分析了在9.2GHz非许可频率范围内工作的螺旋天线,重点考察了螺旋天线设计高度的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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