For problem 1-3, consider Figure 1.2:1re120 VrmselleereelleFigure 11. The peak voltage at the secondarywinding of the transformer isA. 60 VB. 120 VC. 169.7 VD. 84.9 V2. The dc voltage at the load isA. 27 VB. 54 VC. 38.16 VD. 76.32 V3. The peak current at the load isA. 272.7 mAB. 771.4 mAC. 386 mAD. 545.4 mARL220 Ω

We need to analyse the given half wave rectifier circuit

For problem 1-3, consider Figure 1. 2:1 120 Vrms ooooo rellle D. 84.9 V 2. The dc voltage at the load is A. 27 V B. 54 V C. 38.16 V D. 76.32 V Figure 1 1. The peak voltage at the secondary winding of the transformer is A. 60 V B. 120 V C. 169.7 V 3. The peak current at the load is A. 272.7 mA www B. 771.4 mA C. 386 MA D. 545.4 mA R₂ • 220 Ω

For problem 1-3, consider Figure 1. 2:1 120 Vrms ooooo rellle D. 84.9 V 2. The dc voltage at the load is A. 27 V B. 54 V C. 38.16 V D. 76.32 V Figure 1 1. The peak voltage at the secondary winding of the transformer is A. 60 V B. 120 V C. 169.7 V 3. The peak current at the load is A. 272.7 mA www B. 771.4 mA C. 386 MA D. 545.4 mA R₂ • 220 Ω

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter3: Power Transformers

Section: Chapter Questions

Problem 3.28MCQ

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