1.1S y(t) 1.0T 0.1 0 T₁- Rise time Overshoot 3.U Figure Q2 T, Settling time Time (s) Q2 The response of a second order

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answerhappygod
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1.1S y(t) 1.0T 0.1 0 T₁- Rise time Overshoot 3.U Figure Q2 T, Settling time Time (s) Q2 The response of a second order

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1 1s Y T 1 0t 0 1 0 T Rise Time Overshoot 3 U Figure Q2 T Settling Time Time S Q2 The Response Of A Second Order 1
1 1s Y T 1 0t 0 1 0 T Rise Time Overshoot 3 U Figure Q2 T Settling Time Time S Q2 The Response Of A Second Order 1 (65.17 KiB) Viewed 22 times
1 1s Y T 1 0t 0 1 0 T Rise Time Overshoot 3 U Figure Q2 T Settling Time Time S Q2 The Response Of A Second Order 2
1 1s Y T 1 0t 0 1 0 T Rise Time Overshoot 3 U Figure Q2 T Settling Time Time S Q2 The Response Of A Second Order 2 (56.66 KiB) Viewed 22 times
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1.1S y(t) 1.0T 0.1 0 T₁- Rise time Overshoot 3.U Figure Q2 T, Settling time Time (s)
Q2 The response of a second order system when subjected to a step input is shown in Figure Q2. S=2 T=0 U=O Determine: (a) Frequency ratio, (b) The damped and natural frequency, wd and n (c) The settling time, Ts (d) The transfer function
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