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DEVELOPMENT OF LOWER FREQUENCY DISTURBANCE DETECTOR FOR REACTION WHEEL ANALYSIS

机译:用于反应轮分析的低频干扰探测器的开发

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摘要

The reaction wheel (RW) is a key component in the attitude control system of spacecraft, but it is also a major source of disturbances. In this paper, we present a recently developed two types of disturbance detectors. One is the two-dimensional force and torque sensor with an air-table mechanism, the other is one-dimensional force sensor with an air-slide mechanism. Both of them are sensitive to low-frequency disturbances which are difficult to be detected with previous technique. In this paper, their measurement principle, measurement accuracy and measurement examples for RW induced disturbances are shown.
机译:反作用轮(RW)是航天器姿态控制系统中的关键组件,但它也是干扰的主要来源。在本文中,我们介绍了最近开发的两种类型的干扰检测器。一种是带有气垫机构的二维力和扭矩传感器,另一种是带有气垫机构的一维力传感器。它们都对低频干扰很敏感,而现有技术很难检测到这些干扰。给出了RW引起的干扰的测量原理,测量精度和测量示例。

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