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In the ideal transformer circuit of Fig. 13.38, find $V_{o}$ and the complex power supplied by the source.

An ideal transformer is rated at 2400/120 V, 9.6 kVA, and has 50 turns on the secondary side. Calculate: (a) the turns ratio, (b) the number of turns on the primary side, and (c) the current ratings for the primary and secondary windings.

Solve for and in Fig. 13.27 (the same circuit as for Practice Prob. 13.1) using the T-equivalent circuit for the linear transformer.

 Determine the phasor currents $I_{1}, I_{2}$

Determine the voltage $V_{o}$ in figure below

Ini adalah projek KKN saya kemarin dalam merespon covid-19 outbreak. 

13.1 For the three coupled coils in Fig. 13.72, calculate the total inductance.  

In the autotransformer circuit of Fig.13.45, find current  $I_{1}, I_{2}, I_{o}$ if $V_{1} = 2.5kV, V_{2}=1kV$ Diketahui $$P = 16kW$$ $$V_{1} = 2.5kV$$ $$V_{2}= 1kV$$