If it is used in automobiles, then these two types are not acceptable. For example, what is the application? What is the type of motor? Simply put, the application scenarios are different; some are used in industrial products, some are used in consumer products, and some are used in automobiles, and they are also used in the aviation industry.Which chip is better for the motor control solution?

For the motor control scheme, the chip cannot be defined by goodness or not! What is good, as long as it can meet your own control requirements? Motor control requires careful identification. What needs to be used is the mcu that can meet the car regulations! Therefore, the principle of choosing a chip for motor control is that since the type of motor depends on the application!

The field is related; secondly, the motor control scheme must be used to control the motor, but what kind of motor is it? Is it a DC motor or an AC power rating? These need to be analyzed when the motor type is determined! According to the above content, it can be seen that there are many types of motors, under different types and different algorithms, there must be different chips that can meet the requirements! 

To make an analogy, a simple six-step control can Blower motor be achieved with an ordinary 51 single-chip microcomputer, but where should our products be applied? If it is a consumer product, it can be operated as required, then 51 can meet the requirement. Therefore, the maturity of a set of motor solutions depends on the application. If it is used in industry, it is enough to change to an ARM