(c) A feedback loop is added to the system with gain Ke as shown in Figure Q2c. 5 3s + 2 0.2 0.4s + 1 KE Figure Q2c Syst

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(c) A feedback loop is added to the system with gain Ke as shown in Figure Q2c. 5 3s + 2 0.2 0.4s + 1 KE Figure Q2c Syst

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C A Feedback Loop Is Added To The System With Gain Ke As Shown In Figure Q2c 5 3s 2 0 2 0 4s 1 Ke Figure Q2c Syst 1
C A Feedback Loop Is Added To The System With Gain Ke As Shown In Figure Q2c 5 3s 2 0 2 0 4s 1 Ke Figure Q2c Syst 1 (90.82 KiB) Viewed 27 times
(c) A feedback loop is added to the system with gain Ke as shown in Figure Q2c. 5 3s + 2 0.2 0.4s + 1 KE Figure Q2c System with Feedback Loop i) ii) Design Kf so that the closed-loop system achieves critical damping. 4 marks Why is it not possible to create an underdamped second order system from two stable first order systems in series? 1 mark On a zero-pole map show the location of the poles of the system for Kp = 0 (i.e. no feedback), Kp = Kcritical (i.e. the value that results in critical damping calculated in i), and Ke = 2. 3 marks The percentage overshoot of a system is given by the = iv) equation OS = 100 e Assuming the specification for the system requires the fastest rise time possible whilst limiting overshoot to less than 10%, what should the value of 3 be set as and, hence, what should the gain Kf be set as? 2 marks
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