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自动化控制中的控制特性在实际应用时经常会出现随着负荷的变化而趋于不稳定,这其中的原因很多。一个重要因素就是由于对象特性出现了非线性。因此,在控制系统中采用非线性静态补偿很有必要,这既可以提高调节品质,又可以大大改善控制效果。
The control features in automation control often appear to be unstable as the load changes in real-world applications, for many reasons. An important factor is the nonlinear nature of the object. Therefore, the use of nonlinear static compensation in the control system is necessary, which can improve the quality of regulation, but also can greatly improve the control effect.