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For the design we assuming following parameters 1) winding: LAP 2) simplex multiplicity  3) Number of slots =16 4) Number of poles = 4

For the design we assuming following parameters 1) winding: LAP 2) simplex multiplicity  3) Number of slots =16 4) Number of poles = 4

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
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For the design we assuming following parameters

1) winding: LAP

2) simplex multiplicity 

3) Number of slots =16

4) Number of poles = 4

For this Assessment, design an armature winding with the following information: 1. your choice of winding, either Lap or wave 2. your choice of multiplicity (simplex, duplex, etc) 3. your choice of the number of slots in the armature and commutator (note that the armature slots is equal to the number of commutator bars) 4. your choice of number poles greater than two poles ( this should be an even number) include a table for the connection diagram Back Connection Front Connection 61 draw the winding diagram
Transcribed Image Text:For this Assessment, design an armature winding with the following information: 1. your choice of winding, either Lap or wave 2. your choice of multiplicity (simplex, duplex, etc) 3. your choice of the number of slots in the armature and commutator (note that the armature slots is equal to the number of commutator bars) 4. your choice of number poles greater than two poles ( this should be an even number) include a table for the connection diagram Back Connection Front Connection 61 draw the winding diagram
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