A vibration sensor is used to measure the wear of a bearing in a manufacturing plant....

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A vibration sensor is used to measure the wear of a bearing in a manufacturing plant. We design the following filter response to remove extraneous information: Magnitude (dB) 25 20 15 10 s 10 H(s) = K 100 Design/Draw the complete circuit: 1000 Frequency (rad/s) 10000 Design a circuit that produces the Bode magnitude response plot shown on the previous page. Show the completed circuit diagram. You may use any number of components, but your chosen component values must be realistic. You are also limited to the following ranges for passive components: R-1000 -- 4.7 ΜΩ C-10 pF -1μF (s + 2000) (s + 10000) (s+500) (s + 100000) 100000 L-1μH-500mH 1000000 K = 14.06 A vibration sensor is used to measure the wear of a bearing in a manufacturing plant. We design the following filter response to remove extraneous information: Magnitude (dB) 25 20 15 10 s 10 H(s) = K 100 Design/Draw the complete circuit: 1000 Frequency (rad/s) 10000 Design a circuit that produces the Bode magnitude response plot shown on the previous page. Show the completed circuit diagram. You may use any number of components, but your chosen component values must be realistic. You are also limited to the following ranges for passive components: R-1000 -- 4.7 ΜΩ C-10 pF -1μF (s + 2000) (s + 10000) (s+500) (s + 100000) 100000 L-1μH-500mH 1000000 K = 14.06

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The problem you have provided describes the design of an electronic filter circuit The filters transfer function is given as Hs K s 2000s 10000 s 500s ... View the full answer