Problem 3. (4 points). Design the stop-band filter based on series resonance with the frequency response presented in Fi

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Problem 3. (4 points). Design the stop-band filter based on series resonance with the frequency response presented in Fi

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Problem 3 4 Points Design The Stop Band Filter Based On Series Resonance With The Frequency Response Presented In Fi 1
Problem 3 4 Points Design The Stop Band Filter Based On Series Resonance With The Frequency Response Presented In Fi 1 (34.14 KiB) Viewed 17 times
Problem 3. (4 points). Design the stop-band filter based on series resonance with the frequency response presented in Figure 5. The filter realization presented in Figure 6. Given R=90 2, R =612, f1=3600 Hz, f2=3900 Hz, Vin=1V. w BW 0.707V hele in 0 Figure 5. Required SBF frequency response Figure 6. Filter network All answers Q. = a) Find the quality factor on the resonance, Q. b) Determine value of inductor L in mH (milihenry) c) Determine value of capacitor Cin uF (microfarad) d) Find the magnitude of Vo in volt at frequency f=fs. L = C= V. -
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