Discover the robust features of STMicro's L6219DS0133TR dual H-bridge motor driver, designed for industrial & automotive. Supports PWM, built-in protection. Enhance your motor control!
L6219DS013TR Product Description
The L6219DS013TR is a dual H-bridge motor driver integrated circuit (IC) manufactured by STMicroelectronics. This IC is mainly used to control motors, especially for brushless DC motors (BLDC), stepper motors, and DC motor drive applications. It is packaged in SO-24 (also known as SOP24), a miniaturized surface mount technology (SMT) package with 24 pins suitable for use on PCB boards.
L6219DS013TRProduct Features
1.Dual H-bridge structure:L6219DS013TR adopts a dual H-bridge design, which can independently control two DC motors or drive a bipolar stepper motor, providing a basis for complex motion control.
2.PWM compatible:The chip supports PWM input to achieve fine adjustment of motor speed, ensuring smooth operation and efficient energy saving.
3.Built-in protection:Integrated over-temperature protection, short-circuit protection and under-voltage lockout functions enhance the stability and security of the system.
4.High current capability:With the characteristics of handling high current, it is suitable for driving large-load motors and meeting the needs of industrial-grade applications.
5. Compact package:SOP-24 package, saves space, facilitates PCB layout, and adapts to electronic devices of various sizes.
L6219DS013TR Product Application
1. Industrial automation production line: In food processing, packaging and assembly lines, L6219DS013TR can accurately control the conveyor belt motor to ensure positioning accuracy during material transmission and improve production efficiency.
2. Electric vehicle power system:As an automotive-grade motor drive solution, L6219DS013TR plays a key role in the power management system of electric vehicles, optimizing motor performance, extending battery life, and improving driving experience.
3. UAV attitude control:In the UAV flight control system, L6219DS013TR is responsible for driving the rotor motor, adjusting the motor speed through the PWM signal, achieving precise control of the flight attitude, and ensuring flight stability.