基于单片机的液压AGC控制系统设计
Microcontroller-based control system design of hydraulic AGC
本文讲述一个以51单片机为主控芯片的液压AGC控制系统的设计。本设计采MPM388型压阻式压力传感器来检测油缸的压力，采用高精度线型数位磁栅尺磁力尺XCCB 位置传感器来实现油缸位置的检测。通过闭环的单片机控制实现轧机厚度的自动控制，以便使整个系统即稳定又快速。
his paper describes a 51-chip microcontroller as a master hydraulic AGC control system design. The design adopted MPM388 based piezoresistive pressure sensor to detect the pressure tank, using a digital high-precision linear foot XCCB Magnescale magnetic position sensor to achieve the fuel tank location detection. Closed-loop control of the microcontroller through the mill to achieve automatic control of the thickness, so that the whole system that is stable and fast.
王梅、金立
自动化技术、自动化技术设备
51单片机液压AGC轧机
51 MCUhydraulic AGCmill
王梅,金立.基于单片机的液压AGC控制系统设计[EB/OL].(2009-12-31)[2025-08-02].http://www.paper.edu.cn/releasepaper/content/200912-1239.点此复制
评论