1) Determine the driving-point impedance at the input terminals of the circuit below as a function...

 

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1) Determine the driving-point impedance at the input terminals of the circuit below as a function of s. 2) Compute the voltage transfer function [vo(t)/vi(t)] as a function of s for the circuit. 3) find the expression for the resonant frequency (wo). Hint: The imaginary part of the driving impedance equals to zero at resonant frequency. + Ni 1 Z→>> 34 R C No 1) Determine the driving-point impedance at the input terminals of the circuit below as a function of s. 2) Compute the voltage transfer function [vo(t)/vi(t)] as a function of s for the circuit. 3) find the expression for the resonant frequency (wo). Hint: The imaginary part of the driving impedance equals to zero at resonant frequency. + Ni 1 Z→>> 34 R C No