航空兵器
航空兵器
항공병기
HANGKONG BINGQI
2011年
6期
36-40
,共5页
DSP%步进电机%闭环控制%PID算法
DSP%步進電機%閉環控製%PID算法
DSP%보진전궤%폐배공제%PID산법
DSP%stepping motor%closed-loop control%PID method
提出了步进电机的闭环位置控制方案,简要介绍了系统的总体结构和主要硬件模块,研究对比了开环和闭环控制算法,并根据工程实际对闭环数字PID算法进行了改进,取得了良好的控制效果。与开环控制相比,闭环控制的控制精度和动态品质明显改善,并且能够克服开环系统振荡、失步等缺点。
提齣瞭步進電機的閉環位置控製方案,簡要介紹瞭繫統的總體結構和主要硬件模塊,研究對比瞭開環和閉環控製算法,併根據工程實際對閉環數字PID算法進行瞭改進,取得瞭良好的控製效果。與開環控製相比,閉環控製的控製精度和動態品質明顯改善,併且能夠剋服開環繫統振盪、失步等缺點。
제출료보진전궤적폐배위치공제방안,간요개소료계통적총체결구화주요경건모괴,연구대비료개배화폐배공제산법,병근거공정실제대폐배수자PID산법진행료개진,취득료량호적공제효과。여개배공제상비,폐배공제적공제정도화동태품질명현개선,병차능구극복개배계통진탕、실보등결점。
A new closed-loop control method is used for the control system of stepping motor, general structure and main modules of the system are briefly introduced. Then the open-loop and closed-loop algorithms are contrasted and the digital closed-loop PID method is improved based on practice. The result indicates that the closed-loop control method acquires better effect and has a higher precision than openloop. This control method can also avoid the problems of open-loop such as surge, step lose.