Two logic bridge driver control inputs, consisting of four Nchannel MOSFETs, enable bidirectional control of motors with a peak current up to 3.6 A. PWM input allows speed control by modulating the drive signal, with a selectable currentdecay mode to suit different motor characteristics and braking behavior. Wide voltage range from 6.5 V to 45 V, with builtin protection function to support reliable operation in a variety of power environments. Key benefits and practical advantages Bidirectional motor control with a compact, simple input interface, suitable for twochannel or dualmotor applications Accurate speed control through PWM, enabling smooth startup, precise RPM, and efficient performance Flexible currentdecay options to match motor type and load, improving response and braking behavior Broad power compatibility (6.5–45 V) supports common hobby, robotics, and automation motors Integrated protection features to help guard the driver and the load during fault conditions What this means for your project Reliable robotics applications: drive differential drive robots, winches, or actuated wheels with controllable speed and direction Hobby and RC projects: operate two DC motors for vehicles, gimbals, or mobile platforms with smooth, programmable motion Use scenarios Differentialdrive robot: use the two logic bridge inputs to independently control two wheels, with PWM for speed and direction, achieving precise steering and movement within the 6.5–45 V supply range DIY RC vehicle: implement bidirectional motor drive for steering and propulsion, leveraging currentdecay mode and PWM to optimize acceleration and braking Notes on compatibility and performance Peak motor current: up to 3.6 A Input voltage: 6.5 V to 45 V Control method: PWM speed modulation with selectable currentdecay mode Protections: builtin protection function to enhance safety and durability This description preserves the original function, specifications, and intended use while presenting clear, customerfocused benefits and practical applications.