The 36V to 5V DCDC Stepdown Modul Converter is a module style power converter that takes a DC input in the range of 20 to 60 V and delivers a fixed 5 V output with a continuous current rating of up to 25 A. It is designed for constant voltage operation, providing a stable 5 V supply from higher voltage sources such as 24, 36, or 48 V systems. Key benefits Wide input range enables use with multiple power sources in industrial, automotive, solar, and telecom applications Fixed 5 V output at up to 25 A supports current loads and peripherals Constant voltage regulation provides a reliable and stable supply for 5 V devices Module design allows straightforward integration into existing boards, enclosures, or systems Suitable for powering 5 V logic, sensors, microcontrollers, SBCs, USB devices, and similar loads from higher voltage sources Key attributes Functionality: DCDC stepdown conversion with constant voltage output Compatibility: Input 2060 V DC, output 5 V DC, maximum current 25 A Performance: Delivers a stable 5 V supply from higher voltage sources up to 125 W of output power (5 V × 25 A) Form factor: Module style design intended for integration into projects and systems Notes: Size and enclosure material are not specified in the available product information Applications and use cases Industrial and automation systems: Power 5 V logic, sensors, and control modules from 24, 36, or 48 V DC power supplies Renewable and offgrid setups: Use with solar arrays or other voltage DC sources to provide a stable 5 V rail for controllers and peripherals Robotics and embedded projects: Supply 5 V rails for microcontrollers, single board computers, camera modules, and USB devices from a higher voltage supply in 20 to 60 V range Installation considerations Ensure the input supply remains within the specified 20 to 60 V DC range Confirm the 5 V load current does not exceed 25 A to maintain reliable operation Provide appropriate wiring and, if needed, mounting provisions to suit your system design Plan for adequate heat management as with other current DCDC converters to maintain performance and longevity