Page 63 - NETWORK ANALYSIS
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Thevenin Theorem
4) Determine the current that goes through impedance ZL = (9 – j8) Ω.
Figure 2.14
i (9 -j8) Ω = (0.359 – j0.159) A
5) Calculate the current that flows through the 3Ω resistor using Thevenin’s theorem.
Figure 2.15 i3Ω = (0.804 + j1.755) A
6) Determine the current that goes through 6Ω resistor using Thevenin’s theorem.
Figure 2.16
i6Ω = (0.376 + j0.047) A
