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A ferromagnetic core with a depth of 5 cm and relative permeability of 1550 is shown in Figure 1. The air gap on the right side of the core is 0.67 cm with effective area 8 % larger than its physical size due to fringing effects. Given current i 12A a. Find the total flux produced by this core. b. Find the flux on the right side of the core. c. Find the flux density of the air gap. 3.5 cm 3 cm 3.5 cm 13 cm 10 cm 3.5 cm 500 turns Air gap 15 cm 3.5 cm Figure 1

A ferromagnetic core with a depth of 5 cm and relative permeability of 1550 is shown in Figure 1. The air gap on the right side of the core is 0.67 cm with effective area 8 % larger than its physical size due to fringing effects. Given current i 12A a. Find the total flux produced by this core. b. Find the flux on the right side of the core. c. Find the flux density of the air gap. 3.5 cm 3 cm 3.5 cm 13 cm 10 cm 3.5 cm 500 turns Air gap 15 cm 3.5 cm Figure 1

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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A ferromagnetic core with a depth of 5 cm and relative permeability of 1550 is shown in Figure 1. The air gap on the right side of the core is 0.67 cm with effective area 8 % larger than its physical size due to fringing effects. Given current i = 12A a. Find the total flux produced by this core. b. Find the flux on the right side of the core. c. Find the flux density of the air gap. 3.5 cm 3.5 cm 3 cm 13 cm 10 cm 3.5 cm 500 turns Air gap 15 cm 3.5 cm Figure 1
Transcribed Image Text:A ferromagnetic core with a depth of 5 cm and relative permeability of 1550 is shown in Figure 1. The air gap on the right side of the core is 0.67 cm with effective area 8 % larger than its physical size due to fringing effects. Given current i = 12A a. Find the total flux produced by this core. b. Find the flux on the right side of the core. c. Find the flux density of the air gap. 3.5 cm 3.5 cm 3 cm 13 cm 10 cm 3.5 cm 500 turns Air gap 15 cm 3.5 cm Figure 1
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