Study the circuit in the figure and assume L= 1 H and R = 3.9 KQ. V (w) Vi (w) b) Sketch the magnitude of the frequency

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Study the circuit in the figure and assume L= 1 H and R = 3.9 KQ. V (w) Vi (w) b) Sketch the magnitude of the frequency

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Study The Circuit In The Figure And Assume L 1 H And R 3 9 Kq V W Vi W B Sketch The Magnitude Of The Frequency 1
Study The Circuit In The Figure And Assume L 1 H And R 3 9 Kq V W Vi W B Sketch The Magnitude Of The Frequency 1 (73.98 KiB) Viewed 20 times
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Study the circuit in the figure and assume L= 1 H and R = 3.9 KQ. V (w) Vi (w) b) Sketch the magnitude of the frequency response function H(w). c) Determine what type of ideal filter is approximated by this circuit. a) Find H (w) = + vi(t) L R + vo(t)
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