一种新型微型太阳敏感器的设计

Chaoqun Jing, Tian Liang, Qijun Lei
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引用次数: 3

摘要

本文介绍了一种适用于微型航天器特别是微型卫星的新型数字式太阳敏感器的设计。该光学系统与普通系统不同,它采用了CMOS APS区域阵列传感器,摒弃了传统的利用槽来实现太阳光引入的方式。设计的独特之处在于垂直的双缝结构。通过传感器的软件设置读取开窗图像,我们可以获得光相对于两个轴的倾斜度,从而计算出实际的太阳光线角度。由于不需要读取整个区域阵列的图像信息,因此该设计可以在不损失数据精度的情况下显著提高数据更新频率。
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A new kind of miniature sun sensor design
This paper presents the design of a new type of digital sun sensors which can be applied to micro spacecraft especially micro satellites. The optical system, which adopts the CMOS APS area array sensor while abandoning the traditional way of utilizing slot to achieve the introduction of sun light, is different from common systems. The uniqueness of the design lies in the perpendicular double-slit structure. By windowing image reading through software settings of the sensor, we can obtain the obliquity of light relative to two axes thus calculating the actual sun light angle. Since there is no need to read the image information of the entire area array, this design can significantly increase the data updating frequency with no loss of data accuracy.
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