Micro motors, known as micro motors, are motors with a diameter of less than 160mm or a rated power of less than 750mW.
Micro motor is a kind of motor with small size and low power. It usually refers to motors with a diameter of less than 160mm or a rated power of less than 750mW. Micro motors have many features and advantages that make them widely used in various application scenarios.
Micromotors are characterized by their small size and light weight, making them ideal for devices and systems where space is limited or lightweight is required. They can be integrated into small devices such as handhelds, medical devices, cameras, etc. to provide power support. Micromotors are characterized by low power consumption and high efficiency, and they are capable of operating with a low power output for efficient mechanical turning power.
Micro-motors are commonly used in control systems or drive mechanical loads, where they are used to realize the functions of detecting, analyzing and calculating, amplifying, executing or converting electromechanical signals or energy. For example, micromotors can be used in automation equipment, robotics, aerospace vehicles, precision instruments and other fields to provide precise power support and motion control.
Micro-motor role:
1, drive function: micro-motor is used to drive a variety of mechanical parts, such as camera autofocus, electrodynamic vibration motors, propellers for aeromodelling models, robotic joints and locomotor devices. The movement, rotation or vibration of the object is realized by rotating the shaft.
2, control function: micro-motor as an executive element, combined with the control system, used to realize the control of the physical system or device. For example, in automation systems, micro motors are usually equipped with encoders or position sensors, which control the motion position and speed of the micro motors through feedback signals to realize precise control and positioning.
3, the drive of precision instruments: micromotors are commonly used in precision instruments and devices, such as medical equipment, optical instruments, precision timing equipment. They can provide precise motion and rotation control to ensure the stability and accuracy of the instrument.
4, the realization of functional modules: micro-motor can be directly integrated or as part of a functional module to achieve specific functions. For example, micromotors can be used to drive automatic doors and windows, fans, power tools, vending machines, automated homes and so on.
Reference: Baidu Encyclopedia-Micro-motor