This 12V to 19V DCDC Boost Converter Module is designed to raise a 9V to 16V input to a stable 19V output with a maximum current of 5A. It is a compact module intended for easy integration into projects that require a 19V power supply from common low voltage sources. Key benefits Powers 19V devices from 916V sources such as car electrical systems, portable battery packs, or other lower voltage supplies. current capability up to 5A supports reasonably demanding loads while using a single 19V supply. Compact module form factor simplifies integration into enclosures, PCBs, or hobbyist projects. Reduces the need for multiple wall adapters by providing a single 19V output from compatible inputs. Easy to connect and use in electronics projects, prototyping, or field installations. Key attributes Functionality: DCDC boost converter module that converts a 916V input to a 19V DC output. Input range: 9V to 16V DC. Output: 19V DC, up to 5A. Output power: up to approximately 95W (19V x 5A), depending on input source and thermal conditions. Form factor: Module style design suitable for PCB mounting and project integration. Compatibility: Suitable for devices that require a 19V supply and can accept up to 5A of current from a boosted source. Construction: Compact module intended for straightforward installation in electronics projects and power management setups. Usage considerations: Ensure the input remains within 916V and the load does not exceed 5A. Provide appropriate heat management and correct polarity during wiring. Applications Automotive and mobile power: Run 19V equipment such as laptops or monitors from a 12V vehicle electrical system. Offgrid and solar power: Power 19V devices from solar panels or battery packs that deliver 916V. Lab and prototyping: Create a bench supply that delivers 19V for testing and development from lower voltage sources. Notes This module is designed to deliver 19V at up to 5A from inputs in the 916V range. Actual performance depends on input supply strength and thermal conditions. Proper wiring, secure connections, and heat dissipation should be observed to maintain stable operation.