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PARALLEL COMPENSATOR FOR CONTROL OF MULTIVARIABLE SYSTEMS WITH DIFFICULT PLANTS

机译:平行补偿器,用于控制具有困难植物的多变量系统

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Parallel compensator applied for control of SISO and MIMO plants is proposed. It is based on the replacement plant (RP) which connected in parallel to the plant changes the property of the latter. There is some freedom in choosing the transfer function (TF) of the RP. It is shown that the numerator polynomial of the RPTF determines the characteristic equation of the closed loop (CL) system. Creating this polynomial from some admissible fast modes assures fast transients of the CL system. For MIMO plants the elements of the diagonal RPTF are designed separately, which simplifies the process of design.
机译:提出了应用于控制Siso和MIMO植物的平行补偿器。它基于替代植物(RP),该植物(RP)平行连接到植物改变后者的性质。选择RP的传递函数(TF)存在一些自由。结果表明,RPTF的分子多项式确定了闭环(CL)系统的特性方程。从一些可接受的快速模式创建该多项式可以确保CL系统的快速瞬态。对于MIMO植物,对角线RPTF的元件是单独设计的,这简化了设计过程。

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