A closed-loop second order system, G(s) is given as, K G(s) = +AKs + K the...

  

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A closed-loop second order system, G(s) is given as, K G(s) = +AKs + K the damping ratio, is 0.404 and the peak time, T, is at 2second. Determine: (0) The maximum overshoot, %OS. (ii) the undamped natural frequency, (), (iii) the damped frequency of oscillation, 0 (iv) the values of K and A. %OS = e-√²×100% T,= T 0₁ √1-5² 0₁ = 0, √1-5² A closed-loop second order system, G(s) is given as, K G(s) = +AKs + K the damping ratio, is 0.404 and the peak time, T, is at 2second. Determine: (0) The maximum overshoot, %OS. (ii) the undamped natural frequency, (), (iii) the damped frequency of oscillation, 0 (iv) the values of K and A. %OS = e-√²×100% T,= T 0₁ √1-5² 0₁ = 0, √1-5²