激光质量分析系统中步进电机驱动控制系统的设计

Caixia Wang
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引用次数: 0

摘要

本文详细介绍了激光束质量分析仪的测量原理,并讨论了步进电机控制系统在系统中的作用。介绍了如何根据应用环境和参数选择电机的类型。为了保证电荷偶装置采样点的位置,本文采用型号为Mega16L的AVR单片机作为中央处理单元,选用AKS公司生产的型号为42BYG1.8的大转矩步进电机作为执行机构,控制滚珠丝杠作一维直线运动。实验表明,该系统的定位精度满足测试要求;步进电机产生的误差小于0.03%。本文设计的系统运行平稳,可靠性高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design on Driving and Control System of Step Motor in the Laser Quality Analyzing System
The measuring principle of laser beam quality analyzer was introduced and described in detail in the paper, which also discussed the step motor control system's action in the system. It was shown how to choose the type of motor according to the application circumstance and parameters. In order to make sure the position of sampling points for the charge couple device, the paper used AVR single-chip microcomputer whose model number is Mega16L as the central processing unit, chose high rotation torque step motor whose model number is 42BYG1.8 produced by the company called AKS as executive body to control the ball screw to make one-dimension rectilinear motion. Experiments showed that the system's locating precision satisfied the testing demand; the error caused by the step motor was less than 0.03%. System designed by the paper had characteristics such as smooth running and high reliability.
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