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An air-core toroidal solenoid with cross-sectional area A and mean radius r is closely wound with N turns of wire (Figure 1). Determine its self-inductance L. In calculating the flux, assume that B is uniform across a cross section; ignore the variation of B with distance from the toroidal axis. Figure Number of turns = N (only a few are shown). 1 of 1

An air-core toroidal solenoid with cross-sectional area A and mean radius r is closely wound with N turns of wire (Figure 1). Determine its self-inductance L. In calculating the flux, assume that B is uniform across a cross section; ignore the variation of B with distance from the toroidal axis. Figure Number of turns = N (only a few are shown). 1 of 1

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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An air-core toroidal solenoid with cross-sectional area A and mean radius r is closely wound with N turns of wire (Figure 1). Determine its self-inductance L. In calculating the flux, assume that B is uniform across a cross section; ignore the variation of B with distance from the toroidal axis. Figure Number of turns = N (only a few are shown). 1 of 1
Transcribed Image Text:An air-core toroidal solenoid with cross-sectional area A and mean radius r is closely wound with N turns of wire (Figure 1). Determine its self-inductance L. In calculating the flux, assume that B is uniform across a cross section; ignore the variation of B with distance from the toroidal axis. Figure Number of turns = N (only a few are shown). 1 of 1
Part A Practice Problem: For this toroidal solenoid, how many turns would be required for an inductance of 790 μH? N = Submit —| ΑΣΦ Request Answer ? turns
Transcribed Image Text:Part A Practice Problem: For this toroidal solenoid, how many turns would be required for an inductance of 790 μH? N = Submit —| ΑΣΦ Request Answer ? turns
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