The 12V to 19V 1A DC Boost Module to Stabilized Power Converter is a compact, regulated stepup device that converts a 12V DC supply into a stable 19V output suitable for devices that require 19V input. It delivers up to 1A at 19V, providing a reliable power source from common 12V sources such as batteries or power rails. The module is designed for straightforward integration in a wide range of projects, offering a clear path to a stabilized 19V supply without complex circuitry. Key benefits Stable 19V output up to 1A: Provides a regulated 19V supply for devices that require 19V input, helping to maintain performance and prevent voltage fluctuation. Easy integration: A module form factor that can be wired into existing 12V systems or battery setups with minimal modification. Efficient boost operation: Uses a regulator approach to convert 12V to 19V with a focus on reliable performance in a compact package. Compact and versatile: Designed for easy inclusion in enclosures, projects, and power systems where space is at a . Practical power solution: Enables use of 19V devices from common 12V sources, expanding potential applications without additional power supplies. Key attributes Functionality: 12V input to stabilized 19V output, capable of delivering up to 1A. Compatibility: Suitable for devices that require a 19V DC input and can operate within the module's 1A maximum load. Size and form factor: Compact boost module intended for straightforward integration into power systems and projects. Performance: Stabilized 19V output from a 12V source with a maximum current of 1A (19W total output). Applications Powering 19V devices from a 12V battery or 12V power rail, such as certain laptops, monitors, or other equipment that accepts 19V input. Prototyping and DIY projects that require a 19V supply derived from a 12V source for testing or development. Offgrid or emergency setups where a 12V source needs to provide a stable 19V input to critical equipment. Usage notes The maximum output is 19V at 1A. Do not exceed this rating to avoid improper operation or damage. Verify device input requirements and polarity before connection. Allow for adequate cooling as needed in your specific installation, especially at higher loads or in enclosed spaces.