170W high power H-bridge motor driver module for DC motors rated 5-40V. Key benefits - High power, reliable control: Delivers up to 170W to drive DC motors with strong torque and consistent performance. - Precise speed regulation: Two PWM inputs enable fine-grained speed control for smooth acceleration and consistent operation. - Efficient power switching: Four external NMOS tubes provide efficient power control to the motor, supporting responsive performance. - Flexible braking: Adjustable NMOS brake duty cycle lets you tailor braking strength for different applications and safety needs. - Broad compatibility: Designed for DC motors within a 5-40V range, suitable for a variety of projects and systems requiring high power and accurate motor control. What it does - Controls DC motors in a wide voltage range with dependable speed and torque management. - Enables precise adjustment of motor speed through dual PWM inputs. - Allows adjustable braking behavior to match application requirements and ensure controlled stopping. Specifications and features at a glance - Power rating: 170W - Motor voltage range: 5-40V DC - MOSFET configuration: 4 external NMOS tubes - Control inputs: 2 PWM inputs for speed regulation - Braking: Adjustable NMOS brake duty cycle Compatible applications and use scenarios - Robotics and autonomous platforms: Use for precise motor speed control and reliable braking in robot limbs, wheels, or drive systems. - Automation and material handling: Drive conveyors, small automated stations, or CNC-related equipment that require high power and accurate motor control. - DIY electric vehicles and mobile robots: Power and regulate DC motors for lightweight electric carts, autonomous rovers, or other portable drive systems. Why customers will value it - Strong performance in a compact motor driver suitable for projects demanding both high power and precise control. - Flexible control options with dual PWM inputs and adjustable braking to match dynamic operating conditions. - Broad voltage compatibility reduces the need for multiple drivers when working with different DC motor configurations. This module maintains robust power delivery and control characteristics suitable for demanding applications that require dependable, high-quality motor drive performance.