6. 15.17 DESIGNPROBLEM_ The passive bandpass filter illustrated in Fig14.22. has two prototype circuits. In the first pr

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6. 15.17 DESIGNPROBLEM_ The passive bandpass filter illustrated in Fig14.22. has two prototype circuits. In the first pr

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6 15 17 Designproblem The Passive Bandpass Filter Illustrated In Fig14 22 Has Two Prototype Circuits In The First Pr 1
6 15 17 Designproblem The Passive Bandpass Filter Illustrated In Fig14 22 Has Two Prototype Circuits In The First Pr 1 (283.91 KiB) Viewed 43 times
6. 15.17 DESIGNPROBLEM_ The passive bandpass filter illustrated in Fig14.22. has two prototype circuits. In the first prototype circuit, wo=1 rad/s, C=1 F, L=1 H, and R=Q ohms. In the second prototype circuit, wo=1 rad/s, R=122, C-Q farads, and L=(1/Q) henrys. 1. Use one of these prototype circuits (your choice) to design a passive bandpass filter that has a quality factor of 15 and a center frequency of 100 krad/s. The resistor R is 10 kQ2. 2. Draw a circuit diagram of the scaled filter and label all components. Vi + R W + Vo
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