A magnetic core shown in the right figure has the following values of geometry and material parameters. • Cross-sectional area of the core Ac = 35[cm?] (uniform) B2 = B2(-9) • Cross-sectional area of the air N gap A, 3D 1.05 х А. • l1 = l2 = 100[cm], lz = 40[cm], g = 0.07[cm] (Assume l3 >> g.) B, = B,ŷ! Ag %3D 11g(air gap) Hr • Hr = 1,500, N = 300, i = 3.0[A] (a) of the m.m.f. and all the reluctances. Draw the equivalent magnetic circuit, and calculate the values (b) densiuies B1 and B2. Calculate the magnitudes of the air gap and the right-core flux
A magnetic core shown in the right figure has the following values of geometry and material parameters. • Cross-sectional area of the core Ac = 35[cm?] (uniform) B2 = B2(-9) • Cross-sectional area of the air N gap A, 3D 1.05 х А. • l1 = l2 = 100[cm], lz = 40[cm], g = 0.07[cm] (Assume l3 >> g.) B, = B,ŷ! Ag %3D 11g(air gap) Hr • Hr = 1,500, N = 300, i = 3.0[A] (a) of the m.m.f. and all the reluctances. Draw the equivalent magnetic circuit, and calculate the values (b) densiuies B1 and B2. Calculate the magnitudes of the air gap and the right-core flux
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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