The 36V to 13.8V DCDC Stepdown Converter is a buck regulator designed to provide a stable 13.8V output from higher voltage DC sources. With an input range of 20V to 60V DC and an output capability of up to 10A, this device delivers constant voltage power suitable for a variety of 13.8V systems. Key benefits Stable 13.8V output: Maintains a steady voltage as load varies, protecting connected equipment from voltage fluctuations. Wide input compatibility: Accepts 20V to 60V DC, making it suitable for 36V, 48V, and other common voltage source configurations. current capability: Delivers up to 10A of continuous current for midpower devices and applications. Efficient stepdown operation: Converts higher input voltage to a lower, regulated 13.8V with minimal wasted energy. Compact form factor: Designed for installation in compact spaces and integrated into existing DC power architectures. Reliable performance: Built to support automotive and industrial environments where stable 13.8V is required. Key attributes Functionality: DCDC stepdown (buck) converter with constant voltage output Input range: 20V to 60V DC Output: 13.8V DC, up to 10A Model/: 36V to 13.8V DCDC Stepdown Converter designed for converting higher voltage sources to a fixed 13.8V supply Compatibility: Suitable for 36V to 13.8V applications and other systems within the 20–60V input window Size and construction: Compact design intended for straightforward integration into DC power systems Performance: Delivers a regulated 13.8V output under varying loads up to 10A Applications Automotive and mobile electronics: Power 13.8V devices such as radios, control modules, and sensors from a vehicle's 24V or higher electrical system Solar and offgrid power: Supply a stable 13.8V rail from highervoltage sources (up to 60V) for charging or operating 13.8V equipment Industrial control and robotics: Provide a consistent 13.8V supply for sensors, controllers, and small motors sourced from higher voltage power rails Installation notes Designed for straightforward integration into existing DC power systems. Ensure input supply voltage remains within 20V–60V DC and that the connected load does not exceed 10A.