The 12V to 13.8V DCDC Regulator Module Converter is a compact regulator module designed to provide a stable 13.8V output from an input range of 9V to 36V, capable of delivering up to 1A of output current. This module is suitable for applications that require a consistent 13.8V rail from diverse DC sources, including automotive, industrial, and renewable energy systems. Key benefits Delivers a regulated 13.8V output from a wide input range (9V to 36V), helping devices that require a 13.8V supply operate reliably. Wide compatibility with various DC sources, enabling use with automotive batteries, power supplies, and battery banks without additional regulation. Compact module design facilitates easy integration into projects, control panels, enclosures, or PCB assemblies. Supports 12V to 13.8V type conversions in environments where a stable 13.8V rail is needed for proper operation of connected equipment. Lightweight and spaceefficient, making it suitable for portable installations and spaceconstrained applications. Key attributes Functionality: DCDC regulator module converter with fixed 13.8V output and 1A maximum current. Compatibility: Input voltage range 9V to 36V; output is 13.8V DC at up to 1A. Size and form factor: compact module suitable for easy mounting in panels, enclosures, or PCBbased designs. Performance: provides a regulated 13.8V supply from a broad input range with stable output within the rated current. Construction: designed as a regulator module for straightforward integration in DC power applications. Applications and use cases Automotive electronics: power a 13.8V device such as a radio or other equipment from a 12V vehicle electrical system while maintaining a stable supply. Offgrid and renewable systems: derive a stable 13.8V rail from 936V sources in solar or batterybased setups to power 13.8V devices. Test bench and development environments: supply a reliable 13.8V reference from variable DC sources for testing and prototyping. Notes This module maintains a fixed 13.8V output up to 1A from inputs in the specified range, aligning with the stated product model and features.