Design of a Lag-Lead Compensator for the Photo-Electric Platform Servo System Based on MATLAB 光电平台伺服系统滞后-超前补偿器的MATLAB设计法
Design of Lag-lead Corrector Based on MATLAB and VB MATLAB与VB滞后&超前校正器设计
Computer Aided Design of Lag-lead Compensator Based on Root Locus 基于根轨迹法的滞后-超前补偿器的计算机辅助设计
The designed lead, lag, lag-lead and PID controllers have same form and extensive practical value. 设计的超前、滞后、滞后&超前和PID校正器,形式相同,实用价值大。
Meanwhile, continuous lag-lead control algorithm and discrete linear state feedback control algorithm are applied to electrostatic levitation system respectively in comparison with sliding mode control algorithm. 为了便于控制算法之间的比较,设计了静电悬浮系统的滞后&超前校正和线性状态反馈控制。
Design of Lag-lead Corrector Using MATLAB 用MATLAB进行滞后-超前校正器的设计
Then analyses the design technic of PID controller, and gives a design of series connection PID module based on lag-lead filter. 提出了一种以滞后-超前滤波器为基础的串联型PID控制器的设计方法,并对其在激光器控制中取代传统PID的可行性进行了分析。
So, the lag-lead compensator was often adopted to improve comprehensively the system quality, such as rapidity, steady state accuracy and vibration. 因此,要全面提高系统的品质,使快速性、稳态精度和震荡性均有所改善,常常采用滞后-超前补偿器。