Linked from

The 12 pages that link to Induction motor, each with the reason it gives.

• Alternating currentRelated: Alternating current creates a rotating magnetic field that turns the rotor.

• Electromagnetic inductionBroader topic: Induced rotor currents turn electrical power into mechanical motion.

• Electric motorBroader topic: Its induction-based rotor distinguishes it from motors with direct rotor-current connections.

• TransformerRelated: It shares transformer-like electromagnetic induction but converts electrical power into motion.

• Faraday's law of inductionBroader topic: Its torque depends on currents induced by changing magnetic flux.

• Nikola TeslaBroader topic: Tesla’s practical induction-motor designs made alternating-current power useful for industrial machinery.

• Power factorRelated: Its magnetizing current commonly creates a lagging power factor, especially at light load.

• Lenz's lawRelated: Rotor currents respond to changing flux in a direction that produces torque and resists relative motion.

• RotorCompared with: Its rotor differs from designs whose field comes from permanent magnets or direct current.

• George WestinghouseRelated: Westinghouse licensed and manufactured Nikola Tesla's motor designs for AC power systems.

• Induction generatorCompared with: The same machine changes from motoring to generating when its rotor runs above synchronous speed.

• Utility frequencyRelated: Its synchronous speed depends directly on supply frequency and pole count.