Consider the circuit in Figure P15.16.

(a) Derive the expressions for the magnitude and phase of the voltage transfer function.

(b) Plot the phase versus frequency for \(R=10 \mathrm{k} \Omega\) and \(C=15.9 \mathrm{nF}\). [Note: this filter is referred to as an all-pass filter in that the magnitude of the voltage gain is constant, but the phase of the output voltage changes with frequency.]

Transcribed Image Text:

R R ww R www. Figure P15.16 -010