D. Refer to Figure 4. The transformer is ideal. The turns ratio is N₁/N₂ = 6 and V₁ = 420020⁰ V. The impedances are: Z₁

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D Refer To Figure 4 The Transformer Is Ideal The Turns Ratio Is N N 6 And V 420020 V The Impedances Are Z 1 (26.58 KiB) Viewed 46 times

D. Refer to Figure 4. The transformer is ideal. The turns ratio is N₁/N₂ = 6 and V₁ = 420020⁰ V. The impedances are: Z₁ = 3+j6 92, Z₂ = 0.2+j0.4 92, and Z₁ = 2480 2. 18. Determine the equivalent impedance "seen" by the source. 19. Determine the current I₂. 20. Determine the current I1. 21. Determine the voltage E1. 22. Determine the voltage V1. 23. Determine the apparent power passing through the transformer. 24. Determine the complex power delivered by the source. 25. Determine the efficiency of the system (n = Active power absorbed by the load/ Active power delivered by the source). Figure 4.) Ĩ₁ V₁ Z₁ + آباد Np : Ns 1₂ + Ĕ₂ Z₂ + ZL V₁ VL