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You are using a proportional control Gc = Kc for a feedback control of a process with Gv = 4/ (2s + 1), Gv = 0.6/ (50s + 1), and Gm = 2/(????s + 1) (time constant in seconds). Determine the range of Kc
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You are using a proportional control Gc = Kc for a feedback control of a process with Gv = 4/ (2s + 1), Gv = 0.6/ (50s + 1), and Gm = 2/(????s + 1) (time constant in seconds). Determine the range of Kc that the feedback loop can stay stable for ???? = 1 and ???? = 20, respectively. Using the Root Locus approach

a. Using the Routh Array approach.
b. Using the Root Locus approach
c. Using the Frequency Response approach

User PRATEEK BHARDWAJ
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Check the explanation

Step-by-step explanation:

In stability theory and control theory, root locus study and analysis is a graphical method that is used for examining the way the roots of a system change with some certain system parameter variation, usually a gain inside a feedback system.

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You are using a proportional control Gc = Kc for a feedback control of a process with-example-1
You are using a proportional control Gc = Kc for a feedback control of a process with-example-2
User Marc Wittmann
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