The embodiment of the invention provides a control method and device of a three-axis magnetic torquer, which are used for providing a new control mode of the three-axis magnetic torquer for attitude control of a satellite, the control of the magnetic torquer can be completed without using a magnetometer, and then the magnetic damping and attitude adjustment of the satellite are completed. The method comprises the steps of when obtaining current first three-axis state data of a three-axis magnetic torquer, generating second three-axis state data based on the first three-axis state data, indicating the three-axis magnetic torquer to generate a corresponding magnetic moment according to the second three-axis state data, so that the angular momentum data of the satellite is changed, at the moment, according to the first three-axis state data, the second three-axis state data, the first three-axis state data and the second three-axis state data, determining the correct magnetic moment direction for reducing the angular momentum of the satellite, generating corresponding target three-axis state data, and indicating the three-axis magnetic torquer to generate a corresponding magnetic moment according to the target three-axis state data, so that the angular momentum of the satellite can be effectively reduced.

    本申请实施例提供了一种三轴磁力矩器的控制方法以及装置,用于为卫星的姿态控制提供一种新的三轴磁力矩器的控制方式,无需使用磁强计,即可完成磁力矩器的控制,进而完成卫星的磁阻尼以及姿态的调整。在获取到三轴磁力矩器当前的第一三轴状态数据时,可基于该第一三轴状态数据生成第二三轴状态数据,并指示三轴磁力矩器根据该第二三轴状态数据生成相对应的磁矩,由此卫星的角动量数据随之改变,此时,可根据前后的第一三轴状态数据、第二三轴状态数据,还有第一角动量数据以及第二角动量数据,判断减少卫星的角动量的正确磁矩方向,并生成对应的目标三轴状态数据,指示三轴磁力矩器根据该目标三轴状态数据生成对应的磁矩,即可有效减少卫星的角动量。


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    Title :

    Control method and device of three-axis magnetic torquer


    Additional title:

    一种三轴磁力矩器的控制方法以及装置


    Contributors:
    YAN YEHUI (author) / XU LINGJIAN (author) / LI KUI (author) / ZHOU YI (author)

    Publication date :

    2020-04-24


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B64G Raumfahrt , COSMONAUTICS



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