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The number of pulses required for one complete rotation of the shaft of the stepper motor is equal to the
  • a)
    number of internal teeth on a rotor
  • b)
    number of internal teeth on a stator
  • c)
    number of internal teeth on a rotor and stator
  • d)
    number of external teeth on a stator
Correct answer is option 'A'. Can you explain this answer?
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The number of pulses required for one complete rotation of the shaft o...
The number of pulses required for one complete rotation of the shaft of the stepper motor is equal to the number of internal teeth on its rotor.
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Explanation:

Number of Pulses for One Complete Rotation:
- The number of pulses required for one complete rotation of the shaft of the stepper motor is equal to the number of internal teeth on a rotor.

Internal Teeth on a Rotor:
- The internal teeth on a rotor determine the stepping angle of the stepper motor.
- Each internal tooth corresponds to a specific position or step the motor can take.
- As the rotor rotates, the number of pulses sent to the motor determines how many steps it will take to complete one full rotation.

Relationship between Pulses and Internal Teeth:
- The pulses sent to the motor signal it to move to the next step or position.
- The more internal teeth on the rotor, the finer the resolution of the motor in terms of steps per rotation.
- By sending the appropriate number of pulses, the motor can be precisely controlled to rotate a specific number of steps.

Conclusion:
- In conclusion, the number of pulses required for one complete rotation of the shaft of the stepper motor is directly related to the number of internal teeth on the rotor. This relationship determines the stepping angle and resolution of the motor, allowing for precise control and positioning.
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The number of pulses required for one complete rotation of the shaft of the stepper motor is equal to thea)number of internal teeth on a rotorb)number of internal teeth on a statorc)number of internal teeth on a rotor and statord)number of external teeth on a statorCorrect answer is option 'A'. Can you explain this answer?
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