| Basic
Structure |
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| Operating
Principles |
| The driver's internal logic circuit generates
a series of pulses in a specified order that drive the stepping
motor windings, causing the rotor to rotate forward, reverse,
or lock in position. For example: a 2 phase 1.8 degree stepping
motor normally is designed with two types of windings, i.e.
4-wire ( bipolar) or 6-wire (unipolar). |
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| When energizing its coils by special sequence
(see item 3 in page 9) , this motor will rotate 1.8 degree per
step. On average, a 4-wire stepping motor provides, 40% more
holding torque than a 6-wire stepping motor, because 100% of
the winding is used in a bipolar drive. |
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| This is brief introduction to stepping motor
operating principles. Various conditions and applications may
need customized designs which MOONS' can provide. |
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