The following data refer to a single-phase transformer: Turn ratio (4:1), R1=6.4 N,X1=12.5 N, R2=0.5 N, X;=3.2 N. The no-load current =3.5A leading the flux (9) by 30°.The primary curent is 20A and the input voltage is 350V and input power factor 0.75lagging. Determine by aid of a vector diagram, (i) the load voltage and current, (ii) theload power factor, (iii) the efficiency.

We have shown all the calculation in details with the vector diagram in the below uploaded images.

The following data refer to a single-phase transformer: Turn ratio (4:1), R1-6.4 N, Xi=12.5 N, R2=0.5 N, X;=3.2 N. The no-load current = 3.5A leading the flux (9) by 30°. The primary current is 20A and the input voltage is 350V and input power factor 0.75 lagging. Determine by aid of a vector diagram, (i) the load voltage and current, (ii) the load power factor, (iii) the efficiency.

The following data refer to a single-phase transformer: Turn ratio (4:1), R1-6.4 N, Xi=12.5 N, R2=0.5 N, X;=3.2 N. The no-load current = 3.5A leading the flux (9) by 30°. The primary current is 20A and the input voltage is 350V and input power factor 0.75 lagging. Determine by aid of a vector diagram, (i) the load voltage and current, (ii) the load power factor, (iii) the efficiency.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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