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The good power factor of an induction motor can be achieved if the average flux density in the air gap is

  • The good power factor of an induction motor can be achieved if the average flux density in the air gap is small.
  • A high average flux density in the air gap can increase the motor's magnetic losses and reactive power consumption, leading to a decrease in the efficiency of the motor and a lower power factor.
  • It is desirable to keep the average flux density in the air gap within acceptable limits to optimize the motor's efficiency and power factor.