In modern motor control, speed regulation is the key to energy saving, efficiency improvement, and meeting diverse application needs. For sensored motors, which are equipped with position sensors, accurate rotor position feedback allows for more flexible and precise control strategies. Among these, PWM (Pulse Width Modulation) is one of the…
In the field of motor applications, sensored motors are equipped with position sensors (such as Hall sensors or encoders) that provide precise rotor position and speed information, enabling efficient and stable operation. Compared with sensorless motors, sensored motors offer significant advantages in low-speed startup, dynamic response, and load adaptability. As…
In the field of motor applications and industrial automation, the terms “driver” and “controller” are often mentioned together. When it comes to sensor-based motors, many people tend to confuse the two. In fact, sensor-based motor drivers and controllers differ significantly in terms of function, working principle, and application scenarios. Understanding…
In modern industrial automation, motors serve as the core execution components, and their performance directly impacts production efficiency and product quality. With the advancement of control technologies, motor drivers have become increasingly diverse. Among them, sensor-based motor drivers (also known as sensored drivers) stand out for their stability and control…
Sensored motors are widely used in robotics, automation equipment, and precision machinery due to their high-precision control, stable low-speed performance, and excellent startup characteristics. The driver, as the core control unit of a sensored motor, directly affects motor performance and system stability. To ensure efficient operation, mastering the troubleshooting methods…
In industrial automation, robotics, and high-precision equipment, sensored motor drivers play a critical role. They enable precise motor control, improving system stability and response speed. However, for engineers and technicians who are new to this field or looking to upgrade their equipment, selecting the right sensored motor driver can be…
In the fields of industrial automation, robotics, and intelligent equipment, motor drive technology plays a crucial role. Among various types of motors, sensored motors are widely used due to their low-speed stability and precise control capabilities. The key component for driving a sensored motor is the sensored motor driver, which…
In modern industrial and robotics applications, motors are the core components that drive machinery. Among the most common types are sensored motors and sensorless motors. For beginners, distinguishing between these two types is essential for selecting the right motor and avoiding issues such as unstable control or low efficiency in…
In industrial automation, robotics, CNC machines, and other applications, motors are the core of drive systems. The motor control method directly affects the performance and stability of equipment. Sensored motors and sensorless motors are two common types, and they have significant differences in control principles and application scenarios. Understanding these…
In modern robotics design, the choice of motor directly affects a robot’s performance, stability, and cost. Among the commonly used DC motor types, sensored motors and sensorless motors are two widely adopted solutions. So, which type is more suitable for robotic applications? This article will analyze their working principles, performance…