The 12V to 48V 7A DCDC Boost Converter is a compact module that converts a 12V DC input to a 48V DC output with a maximum current of 7A. It provides a practical solution for powering higher voltage devices from a common 12V source, making it suitable for a range of hobbyist, automotive, and off grid applications. Key benefits Enables operation of 48V equipment from a 12V power source, expanding the use of existing supplies. Supports up to 7A of output current, enabling higher power devices to run from a low voltage source. Provides a straightforward boost function in a compact, boardmounted module for easy integration into projects. Helps extend the capability of 12V systems by delivering higher voltage without the need for multiple converters. Key attributes Functionality: DCDC boost converter that steps up a 12V input to a 48V output with voltage regulation. Compatibility: Designed to work with a 12V DC source in applications that require 48V outputs. Size and form: Compact boost module suitable for integration into projects, enclosures, or custom assemblies. Material and construction: Built as a standard circuit board module with common electronic components suitable for DCDC boost applications. Performance: Rated for a maximum output current of 7A; output voltage up to 48V. Efficiency and regulation depend on load, input voltage, and thermal conditions; proper cooling is recommended for continuous operation. Use cases Automotive and mobile power: Power 48V devices, such as certain sensors or actuators, from a 12V vehicle battery or portable 12V power pack. Prototyping and testing: Provide a 48V supply from a 12V bench or lab source for testing 48V electronics, motors, or control circuits in development projects. Offgrid and solar setups: Run 48V equipment from a 12V solar array or storage system, enabling highervoltage components to operate in remote or backup power configurations. Notes for use Ensure the input source can provide sufficient current to support the 7A maximum output at the desired load. Monitor temperature during operation and provide adequate cooling to maintain stable performance. Confirm the target device's voltage and current requirements align with the module's 12V input, 48V maximum output, and 7A limit.