Extended Ground Station Concept and its Impact on the In-Orbit Communication with the Four-Nano-Satellite Formation NetSat

A. Kleinschrodt, Tim Horst, Eric Jager, A. Freimann, S. Dombrovski, Roland Habert, K. Schilling
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引用次数: 1

Abstract

NetSat is a mission consisting of four 3Unit+ nano satellites developed at Zentrum fur Telematik e. V. (ZfT). It aims to demonstrate formation flight concepts for small satellites. It was successfully launched in September 2020. This paper gives a coarse outline of the mission. The updated ground station concept for this mission is motivated and outlined. Following, the concept of the hardware and software design of the ground station as well as the operational principle are described. The nowadays often used concept of using Software Defined Radio (SDR) for small satellite ground stations is applied here and its benefits for a formation flying mission are analysed. Our concept of taking advantage of the SDR is further outlined. First tests of the implemented parts are performed during Launch and Early Orbit Phase (LEOP) and show benefits during this critical phase. In addition, an outline of future steps in developing and implementing the concept is given.
扩展地面站概念及其对四纳星编队网卫星在轨通信的影响
NetSat是由Zentrum fur Telematik e. v公司(ZfT)开发的四颗3Unit+纳米卫星组成的任务。它旨在展示小型卫星的编队飞行概念。它于2020年9月成功发射。这篇论文对这项任务作了一个粗略的概述。这次任务的更新地面站概念是有动机的和概述的。接下来,介绍了地面站的硬件和软件设计概念以及工作原理。本文应用了目前小卫星地面站常用的软件定义无线电(SDR)概念,分析了其在编队飞行任务中的优势。我们进一步概述了利用特别提款权的概念。实施部件的第一次测试在发射和早期轨道阶段(LEOP)进行,并在这个关键阶段显示出好处。此外,还概述了发展和实施这一概念的未来步骤。
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