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b) Figure 2 depicts an inductive structure in a printed circuit carrying a current / 200mA. The dimension L = 6mm, and the separation between incoming and outgoing conductors is negligible. All conductor segments are considered thin. L Figure 2 Assuming the relative permeability of the substrate μ = 1, calculate the magnitude and direction of the magnetic flux density at position A.

b) Figure 2 depicts an inductive structure in a printed circuit carrying a current / 200mA. The dimension L = 6mm, and the separation between incoming and outgoing conductors is negligible. All conductor segments are considered thin. L Figure 2 Assuming the relative permeability of the substrate μ = 1, calculate the magnitude and direction of the magnetic flux density at position A.

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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b) Figure 2 depicts an inductive structure in a printed circuit carrying a current / 200mA. The dimension L = 6mm, and the separation between incoming and outgoing conductors is negligible. All conductor segments are considered thin. L Figure 2 Assuming the relative permeability of the substrate μ = 1, calculate the magnitude and direction of the magnetic flux density at position A.
Transcribed Image Text:b) Figure 2 depicts an inductive structure in a printed circuit carrying a current / 200mA. The dimension L = 6mm, and the separation between incoming and outgoing conductors is negligible. All conductor segments are considered thin. L Figure 2 Assuming the relative permeability of the substrate μ = 1, calculate the magnitude and direction of the magnetic flux density at position A.
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