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For the series-parallel magnetic circuit shown in Figure 1, draw the equivalent magnetic circuit and electric circuit analogy and find the value of I required to establish a flux Og = 2 x 10 Wb in the air gap. (Neglect the fringing effect)

For the series-parallel magnetic circuit shown in Figure 1, draw the equivalent magnetic circuit and electric circuit analogy and find the value of I required to establish a flux Og = 2 x 10 Wb in the air gap. (Neglect the fringing effect)

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
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For the series-parallel magnetic circuit shown in Figure 1, draw the equivalent magnetic circuit and electric circuit analogy and find the value of I required to establish a flux O = 2 x 10 Wb in the air gap. (Neglect the fringing effect) Sheet steel throughout 0.002 m N = 1 2 200 turns B Area = 2 x 104 m2 Area for sections other than bg = 5 x 10 m? Lab = lbg = !gh = Iha %3D %3D たこここ0.2m Ibe = l = 0.1 m, led = = 0.099 m %3D Figure 1: Magnetic Circuit for Question No. 1
Transcribed Image Text:For the series-parallel magnetic circuit shown in Figure 1, draw the equivalent magnetic circuit and electric circuit analogy and find the value of I required to establish a flux O = 2 x 10 Wb in the air gap. (Neglect the fringing effect) Sheet steel throughout 0.002 m N = 1 2 200 turns B Area = 2 x 104 m2 Area for sections other than bg = 5 x 10 m? Lab = lbg = !gh = Iha %3D %3D たこここ0.2m Ibe = l = 0.1 m, led = = 0.099 m %3D Figure 1: Magnetic Circuit for Question No. 1
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