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An engine cooling system has forward transfer function, G(s) * configuration as shown in figure 1. 5is in a unity feedback R(s) E(s) a (ste) (s+dXs2 +bs+c) Figure 1: Uncompensated engine cooling system

An engine cooling system has forward transfer function, G(s) * configuration as shown in figure 1. 5is in a unity feedback R(s) E(s) a (ste) (s+dXs2 +bs+c) Figure 1: Uncompensated engine cooling system

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An engine cooling system has forward transfer function, G(s) a(ste) (s+d)(s2+bs+c) is in a unity feedback configuration as shown in figure 1. R(s) E(s) a (ste) C(s) (s+dXs2 +bs+c) Figure 1: Uncompensated engine cooling system Find the settling time and percent overshoot using second order approximation. Compare .and comment the validity of the second order approximation If a= 200 , b= 3 , c = 10 , d= 24.9 e= 20
Transcribed Image Text:An engine cooling system has forward transfer function, G(s) a(ste) (s+d)(s2+bs+c) is in a unity feedback configuration as shown in figure 1. R(s) E(s) a (ste) C(s) (s+dXs2 +bs+c) Figure 1: Uncompensated engine cooling system Find the settling time and percent overshoot using second order approximation. Compare .and comment the validity of the second order approximation If a= 200 , b= 3 , c = 10 , d= 24.9 e= 20
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