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Determine Norton’s equivalent impedance in the circuit shown below.(a) (5+j6) Ω(b) (5-j6) Ω(c) (6+j7) Ω(d) (6-j7) ΩI have been asked this question in an interview.My question comes from Norton’s Theorem topic in section Steady State AC Analysis of Network Theory

Answer»

Correct answer is (a) (5+j6) Ω

Easy EXPLANATION: The impedance seen from the TERMINALS when the source is reduced to ZERO is Z = (5+j6) Ω.



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