Induction motor

Faced with constant price pressure and ever-stricter energy standards, the demand for increased cost and energy-efficiency of induction motors is constantly growing. Infineon responds to your need to be – and stay – competitive with its complete portfolio of highly-efficient, cost-effective semiconductor solutions and motor control application kits. Boasting excellent figures of merit and with a selection of intelligent software capabilities to choose from. From white goods to industrial applications, we have your induction motor needs covered. See additional motor control applications here in home and building and industrial automation.

Induction motors are the most common kind of motor used in commercial production. It can be viewed as an AC transformer with a rotating secondary winding. The current in the rotor windings is induced from the current in the stator windings, avoiding the need for a direct connection from the power source to the rotating windings.

Induction motor control and drives (discrete)

Induction Motor Power Management
Induction Motor 3-Phase Inverter

Induction Motor Microcontroller

Induction Motor Status Indication
Induction Motor Hall & GMR Sensor
Induction Motor Gate Driver

Converter system diagram for industrial drives

Brake Chopper
Current Sensing

Hall & GMR Sensors

Driver Stage

Auxiliary Power Supplies

Key characteristics induction motor

  • Asynchronous: rotor and driving frequency can be different
  • Low maintenance, high durability
  • Magnet-free: coil windings make up the rotor and stator
  • No brushes needed: current from supply to the stator coils induces a field on the rotor cage or coils
  • No controller necessary for single speed and predictable load operation
  • Fit with Variable Frequency Drives (VFD) for improved control and efficiency