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Show transcribed image text The following circuit is more or less a band pass circuit whose form (because it contains a "practical" inductor and capacitor) is too complex for easy analysis. L = 0.2 H, C = 0.05 F, R1 = 0.2 Ohm, R2 = 50 Ohm, and R3 = 160 Ohm. Determine the appropriate and approximate omega 0 at which the BP analysis is to be done. Compute the inductor-Q QL (omega 0), and capacitor-Q QC(omega 0) using the formulas in the text. Be sure to check that you are using the correct formula before you begin. CHECKS: QL (omega 0) > 20 and QC (omega 0) > 60. Next, showing your work, construct an approximately equivalent series RLC circuit. Specify Rnew, Lnew, and Cnew. Compute, showing your work, by for example obtaining the transfer function of the circuit in part (c): approximate values for omega m, B omega, Qcir, the half power frequencies omega 1, and omega 2, and Hm. Note: Qcir > 6.