现代电子技术
現代電子技術
현대전자기술
MODERN ELECTRONICS TECHNIQUE
2013年
9期
133-135
,共3页
电动机控制%触发电路%C8051F021%模糊PID
電動機控製%觸髮電路%C8051F021%模糊PID
전동궤공제%촉발전로%C8051F021%모호PID
motor control%flip?flop circuit%C8051F021%fuzzy PID
通过对直流电动机复杂控制系统的深入剖析,设计出以新型单片机为主体的直流电动机反馈控制系统.以单片机作为系统的控制核心,将模糊PID作为系统的主要控制思想,使直流电动机的输出调压范围在250~440 V.设计中主要运用了单片机的优势,使电机控制系统的工作稳定性得到较大提升,因此具有非常重要的现实意义.
通過對直流電動機複雜控製繫統的深入剖析,設計齣以新型單片機為主體的直流電動機反饋控製繫統.以單片機作為繫統的控製覈心,將模糊PID作為繫統的主要控製思想,使直流電動機的輸齣調壓範圍在250~440 V.設計中主要運用瞭單片機的優勢,使電機控製繫統的工作穩定性得到較大提升,因此具有非常重要的現實意義.
통과대직류전동궤복잡공제계통적심입부석,설계출이신형단편궤위주체적직류전동궤반궤공제계통.이단편궤작위계통적공제핵심,장모호PID작위계통적주요공제사상,사직류전동궤적수출조압범위재250~440 V.설계중주요운용료단편궤적우세,사전궤공제계통적공작은정성득도교대제승,인차구유비상중요적현실의의.
A MCU?based new feedback control system for DC motors was designed by the in?depth analysis of the complex control system for DC motors. In this paper,the MCU is taken as the control core of the system and fuzzy PID as the main con?trol thought. Both of them make the output regulation range of DC motors to be within 250~400 V. Since the SCM superiority is employed in the design,the working stability of the motor control system is greatly improved. Therefore,it has very important practical significance.
