摘要
设计了一个基于单片机的受电弓主动控制系统。以速度和运行里程为决策条件,以受电弓抬升气压为控制目标的思路,同时基于新华龙C8051F060单片机,运用PID控制算法,调整对受电弓的抬升力的大小,从而达到改善弓网动力学性能的目的。人机交互界面软件由由Delphi 5设计。
This paper designs an active control system based on Single-chip microcomputer.Using peed and running mileage as decision-making conditions and the pantograh uplift pressure as control target, in the same taime, using PID control algo-rithm,adjust the pantograh uplift based on C8051F060 Single-chip microcomputer in order to prove dynamic performance of the pantograh and the catenary.Human-computer interaction software is designed by Delphi 5.
出处
《工业控制计算机》
2012年第6期108-109,111,共3页
Industrial Control Computer
关键词
受电弓
主动控制
单片机
DELPHI
5
pantograh,active control,Single-chip microcomputer,Delphi 5
