- 3 20 Points For The System In Fig 2 Suppose F S K 1 P S And S 8 6 8 196 C S 8 9 1 For What Values 1 (38.09 KiB) Viewed 35 times
= = 3. 20 points) For the system in Fig. 2, suppose F(s) k 1 P(s) = and s+ 8 + 6 8 + 196 C(s) 8 + 9 (1) For what values
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= = 3. 20 points) For the system in Fig. 2, suppose F(s) k 1 P(s) = and s+ 8 + 6 8 + 196 C(s) 8 + 9 (1) For what values
= = 3. 20 points) For the system in Fig. 2, suppose F(s) k 1 P(s) = and s+ 8 + 6 8 + 196 C(s) 8 + 9 (1) For what values of and k, the transfer function from r to y is equivalent to a standard second-order system? (2) Is the resulted second-order system under-damped? Why? If yes, find its rise time, peak time, settling time and maximum overshoot using the formulas: tr 1.8 tp 3 te = and PO = e-ST/V1-62 Son - = 9 wn 7T Wn1 P(s) C(s) Figure 2: System diagram for problem 4.
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