The 24V to 9V DCDC Buck Converter Module converts an input DC voltage in the range of 12 to 36 V to a fixed 9 V output, delivering up to 2 A of current. This enables reliable operation of 9 V loads from higher voltage sources such as 24 V systems, automotive electrical circuits, solar power setups, and other 12–36 V power rails. Key benefits Stable 9 V output up to 2 A for reliable operation of 9 V devices and circuits. Wide input range of 12–36 V to accommodate 24 V systems, automotive power, and energy storage setups. Compact module design that facilitates easy integration into projects, enclosures, or control panels. Efficient buck topology that minimizes power loss and reduces heat compared with linear regulators. Simple connection for quick prototyping and straightforward deployment in final applications. Key attributes Functionality: DCDC buck converter module with fixed 9 V output. Input: 12–36 V DC. Output: 9 V DC, maximum 2 A. Model: 24V to 9V DCDC Buck Converter Module. Form factor: compact module suitable for integration into existing systems and PCBs. Performance: designed to provide a stable 9 V output within the 12–36 V input range and up to 2 A load; actual performance may vary with input supply quality and load conditions. Applications Automotive and mobile power: power 9 V devices from a vehicle or mobile power system that runs on 12–36 V. Offgrid and solar setups: run 9 V electronics from solar or battery banks providing 12–36 V input. Industrial control and instrumentation: supply 9 V sensors, modules, and small actuators from a higher voltage control system. Usage notes Connect the input to a DC supply within 12–36 V and connect the load to the 9 V output, ensuring the total load current does not exceed 2 A. Verify correct polarity of input and output connections. Performance depends on input voltage stability and load; provide adequate heat management if operating near the 2 A limit.