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In a parallel magnetic circuit, the magnetic flux divides into multiple paths, each with its own reluctance. The total reluctance of the circuit is less than the individual reluctances of each path. Parallel magnetic circuits are commonly used in magnetic amplifiers and some types of electric machines.
It was a monster. The kind of problem where assuming infinite permeability fails, where fringing around the air gap adds 12% effective area, where the flux divides not by resistance but by reluctance , and reluctance itself is a nonlinear function of flux. magnetic circuits problems and solutions pdf
You can also try visiting online libraries and educational websites, such as ResearchGate, Academia.edu, or MIT OpenCourseWare, to access PDF resources on magnetic circuits. In a parallel magnetic circuit, the magnetic flux
: ( I = 1.91 ) A
End of paper.
The reluctance is also given by:
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