In the circuit given below, the current source is 1∠0° A, R = 1 Ω, the impedances are ZC = -j Ω and ZL = 2j Ω. The Thevenin equivalent looking across A-B is __________

\(\sqrt{2}\)∠45° V, (1+j) Ω

In the circuit given below, the current source is 1∠0° A, R = 1 �

1.	In the circuit given below, the current source is 1∠0° A, R = 1 Ω, the impedances are ZC = -j Ω and ZL = 2j Ω. The Thevenin equivalent looking across A-B is __________
A.	\(\sqrt{2}\)∠0 V, (1+2j) Ω
B.	2∠45° V, (1-2j) Ω
C.	2∠45° V, (1+j) Ω
D.	\(\sqrt{2}\)∠45° V, (1+j) Ω
Answer» E.

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In the circuit given below, the current source is 1∠0° A, R = 1 Ω, the impedances are ZC = -j Ω and ZL = 2j Ω. The Thevenin equivalent looking across A-B is __________

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