The figure shows a rotating loop between curved 6 pole faces, the poles cover 70% of the rotor area, for the rotor the length is 50 cm and the radius is 20 cm. The rotor has wave-windings (a =2) with 40 coils each 4 turns, If the average flux density under each pole face is 0.4 T; answer the following questions:
The figure shows a rotating loop between curved 6 pole faces, the poles cover 70% of the rotor area, for the rotor the length is 50 cm and the radius is 20 cm. The rotor has wave-windings (a =2) with 40 coils each 4 turns, If the average flux density under each pole face is 0.4 T; answer the following questions:
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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![The figure shows a rotating loop between curved 6 pole
faces, the poles cover 70% of the rotor area, for the rotor
the length is 50 cm and the radius is 20 cm. The rotor has
wave-windings (a =2) with 40 coils each 4 turns, If the
average flux density under each pole face is 0.4 T; answer
the following questions:
(a) The total number of conductors in the rotor.
(b) The geometry constant of the rotor.
(c) The flux.
(d) The induced rotor voltage if the speed of the rotor is 800 rpm](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F802c9c44-d6a3-4606-8bbf-66f28d5770bf%2F82998c24-8d3b-4d34-bbcf-765a8e38c506%2Fce2xpt5_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The figure shows a rotating loop between curved 6 pole
faces, the poles cover 70% of the rotor area, for the rotor
the length is 50 cm and the radius is 20 cm. The rotor has
wave-windings (a =2) with 40 coils each 4 turns, If the
average flux density under each pole face is 0.4 T; answer
the following questions:
(a) The total number of conductors in the rotor.
(b) The geometry constant of the rotor.
(c) The flux.
(d) The induced rotor voltage if the speed of the rotor is 800 rpm
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