Designing Robust Uplink and Downlink Systems for Nanosatellites: An Overview of Key Technical and Operational Challenges

Surya Pratap, Sneha Agrawal, Abhishek Sharma, Himanshu Chaudhary, Praveen Kumar, Piyush Yadav, Vidushi Pandey, Ayush Singh
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Abstract

In recent years, scientists are becoming increasingly interested in the creation of nanosatellites. This interest is evident for a number of reasons, including safe development, extremely cheap cost, and small design, which reduces launch costs. Nanosatellites are made to carry out specific functions for researchers, such as satellite data, collection of data from space, etc. Nanosatellites are simpler to construct than conventional large-scale satellites. During various design phases, satellite developers face numerous difficulties. There are certain challenges in making nanosatellites. The creation of a communication link between the satellite and the ground station is another essential component; without it, spacecraft in Earth's orbit are useless objects. Designing uplink and downlink for nanosatellites is therefore one of the biggest problems. The most important phase in creating a connection between ground stations and nanosatellites is this one. An analytical assessment for the link budget computation with regard to the nanosatellite is provided in this publication.
为纳米卫星设计健壮的上行和下行链路系统:关键技术和操作挑战概述
近年来,科学家们对制造纳米卫星越来越感兴趣。这种兴趣有几个明显的原因,包括安全的开发、极低的成本和小的设计,这降低了发射成本。纳米卫星是为研究人员执行特定功能而制造的,例如卫星数据,从太空收集数据等。纳米卫星比传统的大型卫星更容易建造。在不同的设计阶段,卫星开发者面临着许多困难。制造纳米卫星有一些挑战。在卫星和地面站之间建立通信联系是另一个重要组成部分;没有它,地球轨道上的航天器就成了无用的物体。因此,设计纳米卫星的上行和下行链路是最大的问题之一。在地面站和纳米卫星之间建立连接的最重要的阶段是这一阶段。本出版物提供了关于纳米卫星链路预算计算的分析评估。
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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