Overview
The stator is a vital component of electric motors, responsible for generating the magnetic field that drives the rotor. Understanding its functionality is essential for grasping how motors convert electrical energy into mechanical energy. The interaction between the stator and rotor is fundamental ...
Key Terms
Example: In an AC motor, the stator creates a rotating magnetic field.
Example: The rotor spins inside the stator to produce mechanical energy.
Example: The magnetic field of the Earth affects compasses.
Example: Electric generators use electromagnetic induction to produce electricity.
Example: Higher torque means the motor can do more work.
Example: Synchronous motors are used in precision applications.
Related Topics
Electric Motors
A broader study of different types of electric motors and their applications.
intermediateMagnetism
Understanding the principles of magnetism and its applications in technology.
intermediateElectrical Circuits
Exploring how electrical circuits work, including components like resistors and capacitors.
intermediateKey Concepts
Magnetic FieldElectromagnetic InductionRotor InteractionMotor Efficiency