Integral Error Based Controller Design & Analysis
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Controlling the process is one of the key objectives in the process industries. It is very important to keep process running safely for optimum results for the particular plant and to reduce the error that is generated due to poor set point tracking of the controller. The inherent dead time present in the process also increases the non-linearity and instability in the system, which makes the job of control engineer much complicated. To overcome these problems there are many tuning techniques that can be applied to the controllers for obtaining the best results for given models. Present book hi...
Controlling the process is one of the key objectives in the process industries. It is very important to keep process running safely for optimum results for the particular plant and to reduce the error that is generated due to poor set point tracking of the controller. The inherent dead time present in the process also increases the non-linearity and instability in the system, which makes the job of control engineer much complicated. To overcome these problems there are many tuning techniques that can be applied to the controllers for obtaining the best results for given models. Present book highlights the need for designing of controllers for the first order delayed process. It emphasizes on design of integral error based controllers. The performance of controllers designed is comprehensively analyzed and presented in this book for practitioner, scientists and researchers.
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