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Test and control of new-generation optical fiber positioning units of LAMOST based on ZigBee network

机译:基于ZigBee网络的拉米摩电极新一代光纤定位单元的测试与控制

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LAMOST is a horizontal reflex Schmidt telescope with a large field of view and large aperture. The installation of 5,000 fiber positioning units on a 1.5 m diameter focal panel requires a miniaturized design. This paper uses TI's CC2530 microcontroller and Allegro's A3888 driver chip, combined with ZigBee wireless communication technology, to complete the design of the drive of the fiber positioning unit, and related to the progress of the test, the experimental results meet the design requirements.
机译:拉莫斯蒂是一个水平反射施密特望远镜,具有大视野和大孔径。 1.5米直径焦面板上的5,000个光纤定位单元的安装需要小型化设计。本文采用TI的CC2530微控制器和Allegro的A3888驱动芯片,结合ZigBee无线通信技术,完成光纤定位单元的驱动器的设计,与测试的进度相关,实验结果符合设计要求。

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