Question: A manipulator control system has a loop transfer function of and negative unity feedback [15]. Represent this system by a state variable signal-flow graph or
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and negative unity feedback [15]. Represent this system by a state variable signal-flow graph or block diagram and a vector differential equation, (a) Plot the response of the closed-loop system to a step input.
(b) Use state variable feedback so that the overshoot is 5% and the settling time (with a 2% criterion) is 1.35 seconds, (c) Plot the response of the state variable feedback system to a step input.
G(s) = s(s + 0.4)
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a Without state feedback the state differential equation is given by The ... View full answer
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