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Design of Servo Control Mechanism for Laser Tracking Detection System

机译:激光跟踪检测系统的伺服控制机构设计

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A servo control system based on DSP+FPGA structure was proposed in this paper in order to achieve better performances of laser tracking system, meanwhile principles of position detection were introduced in details and the modeling as well as simulation for this system was built. FPGA was implemented in this system to sample the signals from detectors and calculate the values of position and velocity from photoelectric encoder. The control algorithm was accomplished by DSP finally. The experimental results show high tracking accuracy, strong ability of anti-interference and fast response.
机译:为了达到更好的激光跟踪系统性能,本文提出了一种基于DSP + FPGA结构的伺服控制系统,同时详细介绍了位置检测原理,并建立了该系统的建模与仿真。在该系统中实现了FPGA,以对来自检测器的信号进行采样,并从光电编码器计算位置和速度值。控制算法最终由DSP完成。实验结果表明,跟踪精度高,抗干扰能力强,响应速度快。

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