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● Sen 1.4 Two coils are wound on a toroidal core as shown in Fig. P1.4. The core is made of silicon sheet steel and has a square cross section. The coil currents are i₁ = 0.28 A and i2 = 0.56 A. (a) Determine the flux density at the mean radius of the core. (b) Assuming constant flux density (same as at the mean radius) over the cross section of the core, determine the flux in the core. (c) Determine the relative permeability, , of the core. 1.4 600 turns we 19 cm 22 300 turns FIGURE P1.4

● Sen 1.4 Two coils are wound on a toroidal core as shown in Fig. P1.4. The core is made of silicon sheet steel and has a square cross section. The coil currents are i₁ = 0.28 A and i2 = 0.56 A. (a) Determine the flux density at the mean radius of the core. (b) Assuming constant flux density (same as at the mean radius) over the cross section of the core, determine the flux in the core. (c) Determine the relative permeability, , of the core. 1.4 600 turns we 19 cm 22 300 turns FIGURE P1.4

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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● Sen 1.4 Two coils are wound on a toroidal core as shown in Fig. P1.4. The core is made of silicon sheet steel and has a square cross section. The coil currents are i₁ = 0.28 A and i₂ = 0.56 A. (a) Determine the flux density at the mean radius of the core. (b) Assuming constant flux density (same as at the mean radius) over the cross section of the core, determine the flux in the core. (c) Determine the relative permeability, , of the core. 1.4 O 600 turns 21 cm 19 cm tit 300 turns FIGURE P1.4
Transcribed Image Text:● Sen 1.4 Two coils are wound on a toroidal core as shown in Fig. P1.4. The core is made of silicon sheet steel and has a square cross section. The coil currents are i₁ = 0.28 A and i₂ = 0.56 A. (a) Determine the flux density at the mean radius of the core. (b) Assuming constant flux density (same as at the mean radius) over the cross section of the core, determine the flux in the core. (c) Determine the relative permeability, , of the core. 1.4 O 600 turns 21 cm 19 cm tit 300 turns FIGURE P1.4
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