Page 95 - NETWORK ANALYSIS
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Norton Theorem
Step 3
Draw the Norton equivalent circuit with the 8Ω resistor connected to the circuit.
Figure 3.10(e)
Step 4
Calculate the current that flow through 8Ω.
Z (4.878 + j1.902)
IL = N x IN = x (1.156 – j1.2) A
Z +Z L (4.878 + j1.902) + (8)
N
= (0.561 – j0.367) A
The current flowing through the impedance 8Ω = (0.561 – j0.367) A