4 cm. Suppose the magnetic flux present without materialf erromagnetic has an infinite permeability, remember to disregard the scattering effectsm agnetic. According to the information determine: a. Calculate the average core length. b. Calculate the area of the section referring to the magnetic circuit. c. Calculate the air gap reluctance. d. Calculate the reluctance of the core. d. Calculate the inductance
Within magnetic circuits, most of the structures are composed of a high-quality material permeability, which has the functionality to cause the magnetic flux to be directed to paths" Pre" delimited by this material structure. Within the electromechanical energy conversion processesw e find the application of magnetic materials in a multitude of devices and devices, and knowt he concepts that govern the operation of an apparatus or machine are part of the study regarding conversione lectromechanical energy.
We know that transformers and electrical machines use materialsf erromagnetics to direct the magnetic flux and shape this “pre-established” magnetic field.K
nowing this, you, engineer (a), should design a magnetic circuit consisting of a stack of ringsw ith a height of 2 cm wrapped around 65 turns. Consider an air gap area of 0.2 cm. Rings have radiusi nternal of 3.4 cm and the outer radius of couples rings is 4 cm. Suppose the magnetic flux present without materialf erromagnetic has an infinite permeability, remember to disregard the scattering effectsm agnetic. According to the information determine:
a. Calculate the average core length.
b. Calculate the area of the section referring to the magnetic circuit.
c. Calculate the air gap reluctance.
d. Calculate the reluctance of the core.
d. Calculate the inductance
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