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Transformer iz R = 692) x = 812 8Ω Xc= 122 V =424cos(1207) (VS HH 1 le R = 60 92 Ny 1 IL AUT L N1= 800 turns N2=3200 tur
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Transformer iz R = 692) x = 812 8Ω Xc= 122 V =424cos(1207) (VS HH 1 le R = 60 92 Ny 1 IL AUT L N1= 800 turns N2=3200 tur
Transformer iz R = 692) x = 812 8Ω Xc= 122 V =424cos(1207) (VS HH 1 le R = 60 92 Ny 1 IL AUT L N1= 800 turns N2=3200 turns In the parallel RLC circuit shown above, the XL = 8 A inductor also acts as the primary coil for the ideal transformer. A) Draw a phasor diagram for the circuit on the left B) Calculate the impedance Z and the phase shift p between the source current and the source voltage. C) Determine an expression for the source current (s). D) Determine an expression for the voltage across the inductor. E) Determine an expression for the load current (.). F) Calculate the average (active) power dissipated by the 60 resistor.
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