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Energy flows through a
stator to or from the
rotating component of the system, the rotor. In an
electric motor, the
stator provides a
magnetic field...
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design dictates that the
stator be
prevented from
rotating under any condition,
hence the term
stator. In practice, however, the
stator is
mounted on an overrunning...
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belong to the
genus Stator:
Stator beali Johnson, 1963 i c g b
Stator bixae (Drapiez, 1820) g
Stator bottimeri Kingsolver, 1972 i c g
Stator chihuahua Johnson...
- on the
rotor with
poles on the
stator. The
rotor aligns itself with the
magnetic field of the
stator,
while the
stator field windings are sequentially...
- rate as the
stator field, an
induction motor's
rotor rotates at a
somewhat slower speed than the
stator field. The
induction motor stator's magnetic field...
-
outrunners (the
stator is
surrounded by the rotor),
inrunners (the
rotor is
surrounded by the
stator), or
axial (the
rotor and
stator are flat and parallel)...
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stationary part of the
motor (
stator) to
create a
torque on the
armature which causes it to rotate. In some DC
motor designs, the
stator fields use electromagnets...
-
stator. For
maximum efficiency, a gap
between the
rotor and
stator is kept as
small as possible,
typically 1–2 mm. For most AC generators, the
stator...
-
alignment with the
nearest pole of the
stator field. At
synchronous speed the
rotor is thus "locked" to the
rotating stator field. This
cannot start the motor...
- operation, the non-rotating
stator winding is
connected to an
alternating current power source; the
alternating current in the
stator produces a
rotating magnetic...
