The following figure shows the cross-section structure of a 4/2 pole variable reluctance motor with dimensions as R=3.8 cm, α=60o, β=45o , g=0.254 mm, and D=13 cm. The poles of each phase winding are connected in series such that there are a total of N=100 turns (50 turns per pole) in each phase winding. Assume that rotor and stator to be of infinite magnetic permeability. Ignoring the leakage and fringing fluxes, plot the phase-1 inductance L(θm) as a function of θm
The following figure shows the cross-section structure of a 4/2 pole variable reluctance motor with dimensions as R=3.8 cm, α=60o, β=45o , g=0.254 mm, and D=13 cm. The poles of each phase winding are connected in series such that there are a total of N=100 turns (50 turns per pole) in each phase winding. Assume that rotor and stator to be of infinite magnetic permeability. Ignoring the leakage and fringing fluxes, plot the phase-1 inductance L(θm) as a function of θm
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Question
The following figure shows the cross-section structure of a 4/2 pole variable reluctance
motor with dimensions as R=3.8 cm, α=60o, β=45o , g=0.254 mm, and D=13 cm. The poles
of each phase winding are connected in series such that there are a total of N=100 turns
(50 turns per pole) in each phase winding. Assume that rotor and stator to be of infinite
magnetic permeability.
Ignoring the leakage and fringing fluxes, plot the phase-1 inductance L(θm) as a function of θm
![&
Do
O
R
Rotor
P18
Stator
Ⓡ
O
Rotor axis
em
Magnetic axis
of phase 1
Length D
8 <R](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff3e59562-0af7-4a7f-9875-ad2716e09543%2F258325b0-4be3-42ae-8d2c-2a40c25f1fa0%2Fm6oqux2_processed.jpeg&w=3840&q=75)
Transcribed Image Text:&
Do
O
R
Rotor
P18
Stator
Ⓡ
O
Rotor axis
em
Magnetic axis
of phase 1
Length D
8 <R
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