A Low Cost Ground Station Setup for Introducing Undergraduate Students to Satellite Reception and Radio Astronomy

Amit Deokar, Rohan Sanghai, Abhijit Gadekar, Ankit Sharma
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Abstract

A satellite ground station, being the only point of contact with satellites, needs to be receptive over a large frequency range. It also has to be efficient enough for clear and continuous data reception. Hence, antennas form an essential part of a ground station. Therefore, we have strategically chosen six specific antennas and analysed them to obtain seamless reception as well as scanning of signals over HF, VHF, UHF, L band, and S band, along with one horn antenna to detect the H I (1420.4 MHz) frequency. The antennas can also receive linear as well as circularly polarised signals. In this paper, we discuss the design of the ground station along with its results with an aim to serve as a succinct reference for beginners in the field.
向大学生介绍卫星接收和射电天文学的低成本地面站装置
卫星地面站作为与卫星的唯一接触点,需要在很大的频率范围内接收信号。它还必须足够高效,以便清晰和连续地接收数据。因此,天线是地面站的重要组成部分。因此,我们策略性地选择了六个特定的天线,并对它们进行了分析,以获得无缝接收以及扫描HF, VHF, UHF, L波段和S波段的信号,以及一个喇叭天线来检测H I (1420.4 MHz)频率。天线也可以接收线性和圆极化信号。在本文中,我们讨论了地面站的设计及其结果,旨在为该领域的初学者提供简洁的参考。
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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