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● 1.15 Sen 1.15 The magnetic circuit for a saturable reactor is shown in Fig. P1.15. The B-H curve for the core material can be approximated as two straight lines as in Fig. Pl.15. (a) If I₁ = 2.0 A, calculate the value of I₂ required to produce a flux density of 0.6 T in the vertical limbs. (b) If I₁=0.5 A and I₂ = 1.96 A, calculate the total flux in the core. Neglect magnetic leakage. (Hint: Trial-and-error method.) N₁ 주 1.5 1 FIGURE P1.15 6- 1.5- All dimensions in centimeters. N₁ 200, N₂ 100 1₂ N₂ Depth 1.5 cm 1.0 0.8 K 400 At/m B 0 1000 H

● 1.15 Sen 1.15 The magnetic circuit for a saturable reactor is shown in Fig. P1.15. The B-H curve for the core material can be approximated as two straight lines as in Fig. Pl.15. (a) If I₁ = 2.0 A, calculate the value of I₂ required to produce a flux density of 0.6 T in the vertical limbs. (b) If I₁=0.5 A and I₂ = 1.96 A, calculate the total flux in the core. Neglect magnetic leakage. (Hint: Trial-and-error method.) N₁ 주 1.5 1 FIGURE P1.15 6- 1.5- All dimensions in centimeters. N₁ 200, N₂ 100 1₂ N₂ Depth 1.5 cm 1.0 0.8 K 400 At/m B 0 1000 H

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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1.15 Sen 1.15 The magnetic circuit for a saturable reactor is shown in Fig. P1.15. The B-H curve for the core material can be approximated as two straight lines as in Fig. Pl.15. (a) If I₁ = 2.0 A, calculate the value of 12 required to produce a flux density of 0.6 T in the vertical limbs. (b) If I₁ = 0.5 A and I₂ = 1.96 A, calculate the total flux in the core. Neglect magnetic leakage. (Hint: Trial-and-error method.) N₁ 1.5 6 FIGURE P1.15 1.5- All dimensions in centimeters. N₁ 200, N₂ - 100 N₂ Depth 1.5 cm 1.0 0.8 0 B 400 At/m 1000 H
Transcribed Image Text:1.15 Sen 1.15 The magnetic circuit for a saturable reactor is shown in Fig. P1.15. The B-H curve for the core material can be approximated as two straight lines as in Fig. Pl.15. (a) If I₁ = 2.0 A, calculate the value of 12 required to produce a flux density of 0.6 T in the vertical limbs. (b) If I₁ = 0.5 A and I₂ = 1.96 A, calculate the total flux in the core. Neglect magnetic leakage. (Hint: Trial-and-error method.) N₁ 1.5 6 FIGURE P1.15 1.5- All dimensions in centimeters. N₁ 200, N₂ - 100 N₂ Depth 1.5 cm 1.0 0.8 0 B 400 At/m 1000 H
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