The Impact Of Automotive Motor Magnetic Tiles On Motor Performance

Automotive Motor Magnetic Tiles are permanent magnet components used in automotive motors. They are tile-shaped and come in three main types: neodymium iron boron, ferrite, and alnico. They drive the motor by generating a rotating magnetic field. Magnetic parameters such as remanence directly affect operating efficiency, while the temperature coefficient affects high-temperature stability.

The impact of automotive Motor Magnetic Tiles on motor performance:
The higher the magnetic energy, the better, which significantly improves motor efficiency.
The more rectangular the demagnetization curve, the lower the motor's dynamic losses.
The higher the resistivity of the permanent ferrite, the lower the eddy current losses.
The lower the temperature coefficient of the permanent ferrite, the better the temperature stability at high temperatures.