2)
a. Determine the complex impedance, expressed in terms of its
amplitude and phase angle, of the following circuit component:
b. This element is now incorporated in a 4-terminal network, as
shown. Write down an expression for the transfer function $V_{od}/V_{ia}$.
You do NOT need to simplify your answer. You only need to show
HOW you would set up the problem.
c. Indicate the voltage gain of the circuit in part b) at both very low and very high frequencies.
d. Given C = 10 µF, L = 10 mH, and R = 100 ?, at what frequency (in Hz) will the voltage gain have an
extremum? What will be the voltage gain at this point?