ITU-pSAT II:高精度纳米卫星adc开发项目

E. Koyuncu, E. Baskaya, M. Cihan, Soner Isiksal, Melih Fidanoglu, Caner Akay, A. Cetin, B. Karadag, Y. Kaya, Berat Karyot, Cingiz Haciyev, I. Ozkol, M. O. Kaya, G. Inalhan
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引用次数: 5

摘要

ITU-pSAT II项目旨在为微型和纳米尺寸卫星设计和开发标准化总线架构和adc。为了使纳米卫星执行更有能力的任务,需要精确的姿态控制和更有能力的总线设计。ITU-PSAT II被认为是ITU-PSAT I项目的后续项目,它包括多用途总线和一个三轴控制平台,可用于具有不同有效载荷配置的未来任务。ITU-pSAT II总线和ADCS操作架构还嵌入了一个健康监测系统,以便协同检测并成功处理极有可能出现的故障模式(如传感器、执行器故障和错误)。本文综述了模数控制系统的体系结构、子组件以及组合模数控制系统工作模式的策略。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ITU-pSAT II: High-precision nanosatellite ADCS development project
ITU-pSAT II project aims to design and develop standardized bus architecture and an ADCS for pico and nano sized satellites. In order for nano-satellites to perform more capable missions, precise attitude control and more capable bus designs are needed. ITU-PSAT II is considered as follow-on to the ITU-PSAT I project, it includes multi-purpose bus and a 3-axis controlled platform, which can be used in future missions with different payload configurations. ITU-pSAT II bus and ADCS operation architecture also embeds a health monitoring system in order to cooperatively detect and successfully handle the highly possible failure modes (such as sensor, actuator failures and errors). In this paper, we review the architecture of ADCS, its subcomponents and strategy of combining ADCS operation modes.
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