26. Which of the following best describes the magnetic skin effect Degradation of the conductor skin due to high levels of magnetic field intensity experience by the conductor. A concentration in the flux density at the outer edges of the core due to effect of eddy currents. Magnetization of the conductor skin due to hysteresis. A lack of flux density at the outer edges of the core material as a result of circulation currents at the center of the core.
26. Which of the following best describes the magnetic skin effect Degradation of the conductor skin due to high levels of magnetic field intensity experience by the conductor. A concentration in the flux density at the outer edges of the core due to effect of eddy currents. Magnetization of the conductor skin due to hysteresis. A lack of flux density at the outer edges of the core material as a result of circulation currents at the center of the core.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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26. Which of the following best describes the magnetic skin effect
Degradation of the conductor skin due to high levels of magnetic field intensity experience by the conductor.
A concentration in the flux density at the outer edges of the core due to effect of eddy currents.
Magnetization of the conductor skin due to hysteresis.
A lack of flux density at the outer edges of the core material as a result of circulation currents at the center of the core.
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