摘要
针对传统的催青室温度PID控制系统存在稳定性差,控制精度效果不佳,无法在线调整PID参数等问题,提出了一种采用达林算法方式来设计催青室温度控制器方案,并介绍了此系统的控制器算法设计步骤,实验结果仿真,并在进行实地实验。仿真、实践结果表结果表明该控制方法超调量小,调节时间大幅缩短,并可以有效提高系统响应速度及控制精度。
The traditional incubation chamber temperature PID control system has poor stability, control precision results are poor, not adjust the PID parameters and other issues, this paper presents a way to use Dahlin algorithm design incubation chamber temperature controller scheme, and introduced this system controller algorithm design steps, simulation results, and conducting field experiments. Simulation results show that the practical result table control method overshoot, settling time shortened, and can effectively improve system response speed and control precision.
出处
《装备制造技术》
2013年第12期27-28,37,共3页
Equipment Manufacturing Technology
关键词
催青室温度
达林算法
PID控制
incubation chamber temperature
dahlin algorithm
PID control
