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Q4: In the transformer circuit shown below determine the primary and secondary currents and voltages 1₁, V₁, 12, and V₂. Using equivalent circuit referred to secondary side. v2/v₁ = n/₁ -iza +1₂ 1:2 + V₂ 12 V₂ = √₂ X 100 = 100 v₂ j2 2 Vs = Ro= n= =- R₂ = Yn

Q4: In the transformer circuit shown below determine the primary and secondary currents and voltages 1₁, V₁, 12, and V₂. Using equivalent circuit referred to secondary side. v2/v₁ = n/₁ -iza +1₂ 1:2 + V₂ 12 V₂ = √₂ X 100 = 100 v₂ j2 2 Vs = Ro= n= =- R₂ = Yn

Introductory Circuit Analysis (13th Edition)
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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Pls help with this tansformer question thanks

Q4: In the transformer circuit shown below determine the primary and secondary currents and voltages, 1₁, V₁, 12, and V₂. Using equivalent circuit referred to secondary side. -120 1:2 12 v2/v₁ = n/₁ 44 T, = √₂¹ = V₂ X 100 = 100 v₂ + V₂ 42 j222 Iz 1² Vs > Ro= 12/1₁ R₂ = Yn
Transcribed Image Text:Q4: In the transformer circuit shown below determine the primary and secondary currents and voltages, 1₁, V₁, 12, and V₂. Using equivalent circuit referred to secondary side. -120 1:2 12 v2/v₁ = n/₁ 44 T, = √₂¹ = V₂ X 100 = 100 v₂ + V₂ 42 j222 Iz 1² Vs > Ro= 12/1₁ R₂ = Yn
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