This DC power supply converter accepts a wide input voltage and delivers a fixed 5V output at up to 25A, enabling a reliable 5V power source from diverse power rails. Key benefits Wide input range supports 12V and 24V systems as well as other DC sources within 840V, increasing compatibility across vehicles, batteries, and industrial equipment. current capability of up to 25A at 5V (125W) suitable for powering multiple 5V devices or current peripherals. Simplifies power architecture by providing a single, consistent 5V supply from varying input sources, reducing the need for multiple adapters. Key attributes Functionality: DC power supply converter converting input DC voltage to a stable 5V output. Input compatibility: 840V DC input range; suitable for 12V and 24V systems. Output capability: 5V DC output with a maximum current of 25A (125W total power). Performance characteristics: Designed for use as a DC power supply converter; specific efficiency and protection features are not specified in the product title. Size and material: Dimensions and enclosure material are not specified in the product title. Compatibility: Intended for applications requiring a 5V supply from higher voltage DC sources, including automotive, industrial, and offgrid/battery systems. Use cases Automotive and mobile equipment: Power 5V devices such as sensors, cameras, or control modules from a vehicle's 12V or 24V power rails, or from other 840V sources. Offgrid and solar/battery systems: Provide a stable 5V supply for microcontrollers, sensors, or small network devices in remote monitoring setups using batteries or solar panels. Industrial control panels: Supply 5V electronics in automation cabinets or distributed control systems drawn from 12V/24V rails or other widerange DC sources. Notes For precise dimensions, enclosure material, efficiency, and protection features, refer to the product datasheet or manufacturer specifications. Ensure the input remains within 840V and that the 5V output is suitable for the connected load. Proper mounting and wiring practices should be followed to maintain reliability.