(b) Determine total impedance (Zr), total current (I), and voltage value (VRI, VLI, VC1) based on the series circuit sho

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(b) Determine total impedance (Zr), total current (I), and voltage value (VRI, VLI, VC1) based on the series circuit sho

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B Determine Total Impedance Zr Total Current I And Voltage Value Vri Vli Vc1 Based On The Series Circuit Sho 1
B Determine Total Impedance Zr Total Current I And Voltage Value Vri Vli Vc1 Based On The Series Circuit Sho 1 (66.7 KiB) Viewed 23 times
(b) Determine total impedance (Zr), total current (I), and voltage value (VRI, VLI, VC1) based on the series circuit shown in Figure 5. Vs 20 V 800 Hz R₁ 220 22 V₁ C₁ не 0.47 μF Figure 5 (c) A single-phase auto-transformer has a voltage ratio 320V:250V and supplies a load of 20 kVA at 250V. Assuming an ideal transformer, determine the current in each section of the winding shown in Figure 6. 13 Figure 6 4 (00000- 25 mH 12 [10 Marks] [CO2, PO2, C4] V₂
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