When an electric current passes through a conductor a magnetic field is created around it and if we place that conductor in a region of fixed magnetic field, the conductor will be subjected to an electromagnetic force causing its displacement. Thus, the principle of operation of an electric motor arises. We can understand how a …

An asynchronous electric motor is an alternating current (AC) machine that employs an induced current in its rotor, rather than a physical supply of energy to produce its rotational motion. Electric motors rotate by the result of the exchange between the electromagnetic fields created on the stator and the motor rotor 472439 Small Bore Inch …

Asymmetrical two-phase electric motors have greater versatility and can be manufactured with the same power for both three-phase motors and single-phase motors. The biphasic motors with return have some interesting characteristics that impose advantages on the single-phase electric motors, for example, it has simple manufacturing that is similar to the three-phase motor, have low cost …