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J KV, I MVA, 50 Hz single phase following winding distance resistence = Dide, x₁ = 1.252, R2 = 0.0252, = calculate the equivalent 9.3. A 44/1 transformer has the & reactonce, R₁ Ee X₂ 0.5 resistance & reactance referred to high No Hage side. ***********

J KV, I MVA, 50 Hz single phase following winding distance resistence = Dide, x₁ = 1.252, R2 = 0.0252, = calculate the equivalent 9.3. A 44/1 transformer has the & reactonce, R₁ Ee X₂ 0.5 resistance & reactance referred to high No Hage side. ***********

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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8.3. A 44/11 KV, I MVA, 50 Hz single phase resistence transformer has the & reactonce, R₁ = Dido, following winding the distance R₂ = x₁ = 1.252, 0.022, calculate the equivalent Ee X₂ = 0.5-2 resistance & reactance referred to high No Hage side.
Transcribed Image Text:8.3. A 44/11 KV, I MVA, 50 Hz single phase resistence transformer has the & reactonce, R₁ = Dido, following winding the distance R₂ = x₁ = 1.252, 0.022, calculate the equivalent Ee X₂ = 0.5-2 resistance & reactance referred to high No Hage side.
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