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本文从改善连续控制系统出发,研究提高经典调节器的途径。作者曾通过模拟实验得出按调节偏差的大小实行P-PI切换调节,大大减少系统的超调量和调节时间,而且正经典调节器线路的基础上作某些改进,就可以演变成另一种全新的工业调节器,本文详细分析这种演变的过程,并探讨了P-PI切换调节器的组成线路,作者深信,这种调节仪表可能会取代PID调节器,成为一种通用的工业调节器。
In this paper, starting from the improvement of continuous control system, research to improve the classical regulator approach. The author has been through the simulation experiment to adjust the size of the deviation of the implementation of P-PI switching adjustment, greatly reducing the system overshoot and adjustment time, but also on the basis of the classic regulator circuit to make some improvements, you can evolve into another This article details the evolution of this process, and discusses the composition of P-PI switching regulator circuit, the author is convinced that this regulator may replace the PID regulator to become a common industrial regulation Device.