1. The basic requirement of a d.c. armature winding is that it must be (a) a closed one (b) a lap winding (c) a wave winding (d) either (b) or (c).

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1. The basic requirement of a d.c. armature winding is that it must be
(a) a closed one
(b) a lap winding
(c) a wave winding
(d) either (b) or (c).
2. The d.c. armature winding in which coil sides are a pole pitch apart is called
. . winding.
(a) multiplex
(b) fractional-pitch
(c) full-pitch
(d) pole-pitch
3. For making coil span equal to a pole pitch in the armature winding of a d.c.
generator, the back pitch of the winding must equal the number of
(a) commutator bars per pole
(b) winding elements
(c) armature conductors per path
(d) armature parallel paths.
Transcribed Image Text:1. The basic requirement of a d.c. armature winding is that it must be (a) a closed one (b) a lap winding (c) a wave winding (d) either (b) or (c). 2. The d.c. armature winding in which coil sides are a pole pitch apart is called . . winding. (a) multiplex (b) fractional-pitch (c) full-pitch (d) pole-pitch 3. For making coil span equal to a pole pitch in the armature winding of a d.c. generator, the back pitch of the winding must equal the number of (a) commutator bars per pole (b) winding elements (c) armature conductors per path (d) armature parallel paths.
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