Antenna deployment for Automatic Packet Reporting System of nanosatellite using Global Positioning System as a height sensor

R. T. Prodoningrum, H. Wijanto, A. D. Prasetyo
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引用次数: 5

Abstract

In this research, we describe the design and manufacture of the monopole antenna for Automatic Packet Reporting System (APRS) as a payload of nanosatellite and the deployment technique of the antenna. The monopole structure made of metal ribbon rolled in a square shape, making it easy to be folded and unfolded. Satellite structure made of metal gives an advantage to the additional effect of the gain. The obtained VSWR is less than 1.5. The antenna has omnidirectional radiation pattern with HPBW 77.63° in eliptic polarization. Deployment technique has average time to deploy the antenna in 3.88 minutes. Using Global Positioning System (GPS) as a height sensor can provide the right time to activate heating circuit for cutting the nylon which deploy the antenna in the expected altitude.
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以全球定位系统为高度传感器的纳米卫星自动分组报告系统的天线部署
本文介绍了作为纳米卫星载荷的自动分组报告系统(APRS)单极天线的设计和制造,以及天线的部署技术。单极结构的金属带卷成方形,使其易于折叠和展开。金属制成的卫星结构有利于增益的附加效应。得到的驻波比小于1.5。该天线具有全向辐射方向图,椭圆极化时HPBW为77.63°。部署技术的平均部署时间为3.88分钟。使用全球定位系统(GPS)作为高度传感器,可以提供正确的时间来激活加热电路,以切割尼龙,使天线部署在预期的高度。
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