In the circuit below find the expression for the current in the secondary (in phasor form) by reflecting secondary to primary Assume the Vs(t) amplitude is already RMS i(t) 892 www vs(t) = 75.5 cos (41 +26°) V O a 1.023 A @-21 degrees O b. 0.682 A@339 degrees Oc 0.237 A@-58.3 degrees Od. 2.045A@ 12.07 degrees Oe. 3.15A@-24.7 degrees 3:2 30 92 www 9 H O vo(1)

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Author:Robert L. Boylestad
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In the circuit below find the expression for the current in the secondary (in phasor form) by reflecting secondary to primary Assume the Vs(t) amplitude is already RMS (12
i(t)
892
www
vs(t) = 75.5 cos (41 + 26°) V
O a 1.023 A @-21 degrees
Ob. 0.682 A@339 degrees
Oc 0.237 A@-58.3 degrees
O d. 2.045 A @ 12.07 degrees
O e. 3.15 A@-24.7 degrees
3:2
30 92
www
9 H
O
vo(1)
Transcribed Image Text:In the circuit below find the expression for the current in the secondary (in phasor form) by reflecting secondary to primary Assume the Vs(t) amplitude is already RMS (12 i(t) 892 www vs(t) = 75.5 cos (41 + 26°) V O a 1.023 A @-21 degrees Ob. 0.682 A@339 degrees Oc 0.237 A@-58.3 degrees O d. 2.045 A @ 12.07 degrees O e. 3.15 A@-24.7 degrees 3:2 30 92 www 9 H O vo(1)
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