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Answer what is requested in each item of the following magnetic circuit. Use at least 4 decimal places in the calculations. The magnetic core in the figure has a uniform depth of 5cm, the relative permeability is 3000 and the currents in the openings are i1=4A, i2=2A. Calculate the value of average length in the air gaps (X) if the central flux density is 0.6T and there is no increase in area by the marginal section of the air gaps. a) flux from the right b) Flux from the left c) Average distance X d) Flux density in the air gaps.

Answer what is requested in each item of the following magnetic circuit. Use at least 4 decimal places in the calculations. The magnetic core in the figure has a uniform depth of 5cm, the relative permeability is 3000 and the currents in the openings are i1=4A, i2=2A. Calculate the value of average length in the air gaps (X) if the central flux density is 0.6T and there is no increase in area by the marginal section of the air gaps. a) flux from the right b) Flux from the left c) Average distance X d) Flux density in the air gaps.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Answer what is requested in each item of the following magnetic circuit. Use at least 4 decimal places in the calculations. The magnetic core in the figure has a uniform depth of 5cm, the relative permeability is 3000 and the currents in the openings are i1=4A, i2=2A. Calculate the value of average length in the air gaps (X) if the central flux density is 0.6T and there is no increase in area by the marginal section of the air gaps.
a) flux from the right
b) Flux from the left
c) Average distance X
d) Flux density in the air gaps.

Sección 2. Contestar lo que se solicita en cada inciso del siguiente circuito magnético. Utilizar mínimo 4 decimales en los cálculos. Revisar lista de cotejo para evaluación. El núcleo magnético de la figura tiene una profundidad uniforme de 5cm, la permeabilidad relativa es de 3000 y las corrientes de los devanados son i1= 4A, 12=2A. Calcular el valor de longitud promedio en los entrehierros (x) si la densidad de flujo en la pared centrales de 0.6T y no existe incremento en el área por la sección marginal de los entrehierros. Flujo de la pared derecha. • b) Flujo de la pared izquierda. c) Distanciapromedio x. d) Densidad de flujo en los entrehierros. 10cm 50 vueltas 100 vueltas 40cm 10cm 10cm 50cm 10cm 50cm 10cm
Transcribed Image Text:Sección 2. Contestar lo que se solicita en cada inciso del siguiente circuito magnético. Utilizar mínimo 4 decimales en los cálculos. Revisar lista de cotejo para evaluación. El núcleo magnético de la figura tiene una profundidad uniforme de 5cm, la permeabilidad relativa es de 3000 y las corrientes de los devanados son i1= 4A, 12=2A. Calcular el valor de longitud promedio en los entrehierros (x) si la densidad de flujo en la pared centrales de 0.6T y no existe incremento en el área por la sección marginal de los entrehierros. Flujo de la pared derecha. • b) Flujo de la pared izquierda. c) Distanciapromedio x. d) Densidad de flujo en los entrehierros. 10cm 50 vueltas 100 vueltas 40cm 10cm 10cm 50cm 10cm 50cm 10cm
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