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The motor controller is an integrated circuit that actively controls the motor to operate in a preset direction, vitesse, angle, and response time.
In electric vehicles, the role of the motor controller is to convert the electrical energy stored in the power battery into the electrical energy required by the drive motor according to commands such as gear selection, throttle, and brakes, to control starting, advancing, and driving. It can also assist in braking electric vehicles and store some of the braking energy back into the power battery. It is one of the key components of electric vehicles.
A CNC programmable stepper motor controller can form a complete stepper motor control system with a stepper motor driver and stepper motor, capable of controlling three stepper motors to run synchronously. This controller uses computer-style programming language and has instructions for input, output, counting, etc.. It features flexible programming, wide adaptability, and can be widely used in various fields of control automation.Features
This product consists of high-power intelligent modules, excellent cooling systems, reliable power control systems, and closed-loop sampling feedback control systems. It features fast response times, stable control operation, and maintenance-free characteristics.
Controller Principle
Motor controllers are used in many applications with small motors below 300 W, such as in cars, printers, copiers, paper processing machines, factory automation, space and military vehicles, testing equipment, and robotics. En général, the output power of a motor is roughly inversely proportional to its size, meaning that small motors have much higher output power than large ones.
Classification
Motor controllers can be divided into DC motor controllers and AC motor controllers according to the current form, and motors can be divided into DC motors, brushless DC motors, and stepper motors according to the drive method. The driver can also be divided into unipolar stepper motor drive circuits and bipolar stepper motor drive circuits.
Range
The most widely used small motors are DC motors, brushless DC motors, and stepper motors. The main difference between stepper motors, DC motors, and BLDC motors lies in their drive methods.
UGPCB provides motor control board PCB sample assembly services. This is a one-stop PCBA assembly factory with senior industry experience. We welcome you to get to know us.
