Motor magnets, mainly based on magnetic materials such as magnetite, are an indispensable key component in modern motors.
As mobile phone wireless charging technology becomes increasingly popular, the product consistency of magnet rings, as key components, is crucial to ensuring stable and reliable wireless charging performance.
During the operation of motors, motor magnets often face the test of extreme temperature fields. It is of great significance to deeply explore the dynamic changes of magnetic domain structure and performance stability under such conditions.
The residual magnetic characteristics of motor magnets have a crucial impact on the torque output during the operation of the motor. A deep understanding of its influence mechanism is of great significance for optimizing the motor performance.
