With the rapid development of industrial automation, motor technology plays a critical role in precise control and efficient operation on production lines. Among various motor types, sensored motors—equipped with real-time rotor position feedback—are widely used in industrial automation. This article explores the core advantages of sensored motors and highlights typical…
With the rapid development of the electric vehicle (EV) market, motor technology has become a core factor affecting performance, range, and cost. Among various drive solutions, sensored motors (with Hall sensors, SM) and sensorless motors (BLDC or sensorless motors) are the most common choices. For electric vehicles, which type is…
In modern industrial and service robotics, the precision, response speed, and stability of motion control directly determine a robot’s performance and application scope. As a core actuator component, the choice of motor has a decisive impact on robot control. Sensored motors, equipped with built-in position sensors, provide real-time feedback on…
In today’s rapidly growing drone industry, the performance of the power system directly determines a drone’s flight stability, endurance, and control precision. As one of the drone’s core components, the choice of motor plays a crucial role. In recent years, sensored motors have gradually become the preferred configuration for mid-…
Sensored motors, also known as synchronous reluctance motors or sensor-assisted motors, are a type of high-efficiency motor. Their unique control performance and energy-saving characteristics have made them widely adopted in both industrial and consumer applications. With the development of smart manufacturing, green energy, and automation technologies, the demand for sensored…
Sensored motors, which rely on sensors to provide real-time feedback of rotor position and speed, are widely used in industrial automation, home appliances, electric vehicles, and renewable energy fields. Their advantages—such as excellent starting performance, high control accuracy, and fast response—make them indispensable in modern applications. As smart manufacturing and…
In the field of motor drives, sensor-based motors (also known as motors with position sensors) are widely used for their stability and high-precision control capabilities. Unlike sensorless motors, which rely on back electromotive force or estimation algorithms to determine rotor position, sensor-based motors use Hall sensors, encoders, or other position…
Sensor-based motors, also known as Hall-effect motors, are widely used in industrial automation, robotics, fans, and pumps due to their high precision and fast response. However, during low-speed operation, issues such as torque ripple and load disturbances can cause vibration, insufficient torque, and unstable control. Therefore, achieving stable control of…
Sensored motors, equipped with position sensors such as Hall sensors or encoders, are widely used in industrial automation, robotics, and CNC equipment due to their high reliability, strong starting torque, and smooth operation. To fully exploit their performance and enhance system stability, optimizing their control parameters is essential. This article…
In motor drive systems, sensored motors—equipped with position or Hall sensors—can provide real-time feedback on rotor position and speed. This feature makes them widely used in industrial automation, household appliances, and automotive electronics. To achieve different performance and control accuracy, sensored motors are typically operated in two modes: open-loop control…