1. State Thevenin’s theorem and draw its equivalent circuit.
2. State Norton’s theorem and draw its equivalent circuit.
3. Define active ports and passive ports.
4. Define driving point impedance and admittance
5. Determine the Z parameters for the network shown below.
1. Obtain the Y parameters of the circuit shown below.
2. Referring to the two source circuit depicted in the circuit shown below, calculate the
total current flowing through 2Ω resistor using superposition theorem.