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Using Fig. P12.40, at what frequency does the quadratic pole break (the 3dB frequency of the quadratic pole)? Given w1=2rad/s, w2=16rad/s, w3=88rad/s, and w4=385rad/s. IGI 20 dB -20 dB/dec = 0.1 -20 dB/dec -40 dB/dec w1 W2 W3 W4 w (rad/s) Figure P12.40 Notes on entering solution: • your answer should be a whole number . example. w1 = 60, solution would be 60 . Do not include units in your answer

Using Fig. P12.40, at what frequency does the quadratic pole break (the 3dB frequency of the quadratic pole)? Given w1=2rad/s, w2=16rad/s, w3=88rad/s, and w4=385rad/s. IGI 20 dB -20 dB/dec = 0.1 -20 dB/dec -40 dB/dec w1 W2 W3 W4 w (rad/s) Figure P12.40 Notes on entering solution: • your answer should be a whole number . example. w1 = 60, solution would be 60 . Do not include units in your answer

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Using Fig. P12.40, at what frequency does the quadratic pole break (the 3dB frequency of the quadratic pole)? Given w1=2rad/s, w2=16rad/s, w3=88rad/s, and w4=385rad/s. IGI 20 dB -20 dB/dec = 0.1 -20 dB/dec -40 dB/dec w1 W2 W3 W4 w (rad/s) Figure P12.40 Notes on entering solution: • your answer should be a whole number . example. w1 = 60, solution would be 60 . Do not include units in your answer
Transcribed Image Text:Using Fig. P12.40, at what frequency does the quadratic pole break (the 3dB frequency of the quadratic pole)? Given w1=2rad/s, w2=16rad/s, w3=88rad/s, and w4=385rad/s. IGI 20 dB -20 dB/dec = 0.1 -20 dB/dec -40 dB/dec w1 W2 W3 W4 w (rad/s) Figure P12.40 Notes on entering solution: • your answer should be a whole number . example. w1 = 60, solution would be 60 . Do not include units in your answer
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