170W Power HBridge Driver Module for NMOS Brake Duty Cycle for 540V 4 External NMOS Tubes Two Inputs is a power motor drive solution designed to work with NMOS transistors. The module provides a bidirectional Hbridge with brake duty cycle control, and it accepts two inputs for straightforward control. It is built to operate from a 5 to 40 V DC supply and can drive loads that require four external NMOS devices. Key benefits power capability: rated around 170 W, suitable for demanding DC motor and similar loads. Wide voltage range: supports 5 to 40 V DC input for versatility across projects and power sources. External NMOS configuration: designed to work with four external NMOS transistors, enabling flexible power handling and thermal distribution. Brake duty cycle control: enables controlled braking and stopping through duty cycle modulation. Simple control interface: two input signals provide a straightforward method to control motor direction and enable states. Key attributes Functionality: power HBridge driver module for NMOS with brake duty cycle functionality. Compatibility: designed for 540 V DC operation and four external NMOS transistors. Control: two input signals for driving the HBridge. Power rating: 170 W maximum output capacity. NMOS configuration: supports four external NMOS devices to form the bridge. Performance focus: bidirectional motor drive with braking capability for smooth stops and precise control. Use cases Robotics and hobby projects: drive DC motors with bidirectional control and braking using a compact 540 V power source. Small automation or CNC applications: control motorized axes with reliable braking to ensure repeatable positioning. Prototyping batterypowered devices: implement reversible motor drive with brake duty cycle using four external NMOS transistors for robust power handling. This description reflects the product characteristics implied by the model name, including the 170 W power rating, 540 V input range, four external NMOS transistors, and two input control with brake duty cycle. It presents a clear, professional overview suitable for engineers evaluating the module for motor drive and control applications.