摘要
计算机控制的位置伺服系统是现代工业自动化与精密制造的核心技术之一,具备高精度定位、快速响应、高度灵活性、智能监控与故障诊断、节能与环保五大核心优势,可满足半导体制造、汽车生产、仓储物流等领域对精准控制的需求。基于此,本文从计算机控制的位置伺服系统核心优势出发,详细阐述系统设计需遵循的关键原则,深入分析系统总体架构、硬件选型、控制算法、软件调试及测试优化等实现要点,为该系统的理论研究与工程应用提供参考。
The computer-controlled position servo system is one of the core technologies in modern industrial automation and precision manufacturing.It has five core advantages:high-precision positioning,fast response,high flexibility,intelligent monitoring and fault diagnosis,and energy conservation and environmental protection.It can meet the demand for precise control in fields such as semiconductor manufacturing,automotive production,warehousing and logistics.Based on this,this article starts from the core advantages of computer-controlled position servo systems,elaborates on the key principles that need to be followed in system design,and deeply analyzes the implementation points of the overall system architecture,hardware selection,control algorithms,software debugging,and testing optimization,providing reference for the theoretical research and engineering application of the system.
作者
王作东
WANG Zuodong(Nanjing Ship Radar Research Institute,Nanjing Jiangsu 211153)
出处
《中国科技纵横》
2025年第20期88-90,共3页
China Science & Technology Overview
关键词
计算机控制
位置伺服系统
设计
实现
控制算法
computer control
position servo system
design
implementation
control algorithm
