International Library of Technology · Scranton, International Textbook Co. · leaf 386
n sqvi&s per phase;A^= flux from one pole;n = frequency; k = constant depending upon the arrangement of thewinding. For a winding with one group of conductors per pole per phase, k = 1. For a two-phase winding uniformly distributed, h = .90. For a three-phase winding uniformly distributed, k =… … Fig. 1592.collector rings or terminals of the machine. This lattervoltage will evidently depend upon the method adopted forconnecting the different phases together. ARRANGEMEIVT OF WINDINGS. 4091. The method of arranging these distributedwindings will be understood by referring to Figs. 1593…
Electrical engineering
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