电动机是当今世界上最常见的能量转换装置之一。能量转换是通过定子磁场和转子磁场之间的相互作用产生的。定子磁场和转子磁场都可以由永磁体或线圈产生。线圈绕组的质量对电机的性能有很大的影响。在电动机控制技术中,绕组电阻也是控制电动机的非常重要的参数。该参数的具体值部分由电机绕组所决定。本论文处理了电机生产过程中关键的绕组缠绕问题。通过MSTLAB的仿真对电机的生产过程进行了优化。 Electric motors are one of the most common energy conversion devices in the world today. Energy conversion is generated by the interaction between the stator magnetic field and the rotor magnetic field. Both the stator magnetic field and the rotor magnetic field can be generated by permanent magnets or coils. The quality of the coil windings has a great influence on the performance of the motor. In motor control technology, winding resistance is also a very important parameter that controls the motor. The specific value of this parameter is determined by the motor windings. This paper deals with the key winding winding problems in the motor production process. The production process of the motor is optimized with the MSTLAB simulation.