Bi-Directional Motor Control - H-bridge configuration with four N-channel MOSFETs enables motor control in both directions - Supports up to 3.6 A peak current - Why it matters: Allows bidirectional driving for compact robotics, conveyors, and motorized platforms without needing extra circuitry PWM Speed Control and Multiple Decay Modes - Pulse width modulation (PWM) provides precise motor speed control - Multiple selectable current decay modes optimize performance for different loads - Why it matters: Delivers smooth start/stop, accurate speed regulation, and adaptable braking behavior for various applications Innovative Current Control - Uses a cost-effective resistor instead of an analog voltage reference or external measuring resistor - Simplifies the setup of the current threshold and reduces power requirement - Why it matters: Easier integration, fewer parts, lower overall power consumption, and straightforward tuning Comprehensive Fault Protection - Built-in undervoltage (UVLO), over-current (OCP), and over-temperature (TSD) protection - Why it matters: Enhances safety and reliability across a range of operating conditions, reducing risk of damage to the controller and driven motors Use scenarios - Educational robotics kits and hobby projects requiring reliable bidirectional motor drive with precise speed control - Small automation systems and mobile platforms such as compact conveyors or robotic arms that need safe operation and fault protection - Prototyping and development environments where simple current threshold setup and robust protections streamline testing and deployment