The 12V to 20V DCDC Boost Converter is a constant voltage power converter designed to take a 9V–20V input and provide a regulated output with a current capability of up to 5A. It is intended to power devices that require a stable 12–20V supply from variable voltage sources, ensuring reliable operation even as the input fluctuates. Key benefits Maintains a constant voltage output from a 9V–20V input, delivering up to 5A for loads that require stable 12–20V operation. Enables 12–20V devices to run reliably from variable or higher voltage sources such as battery packs or vehicle power, helping reduce risk from voltage fluctuations. Simplifies power design for projects that need a single, consistent voltage rail across a wide input range. Key attributes Functionality: DCDC boost converter with constant voltage output. Input range: 9V–20V. Output: constant voltage suitable for loads up to 5A. Compatibility: designed for applications that demand a stable 12–20V supply from a 9–20V source. Performance: provides a regulated DC output capable of sustaining loads at up to 5A, within the specified input and output ranges. Form factor and materials: not specified; designed as a compact boost Converter module intended for integration where a stable 12–20V output is needed. Two to three use cases Automotive or mobile power: power 12V electronics or displays from a vehicle battery where the available voltage can vary around 9–14V, ensuring a steady 12–20V output for reliable operation. Portable lab or testing rigs: run instruments or test loads that require a constant voltage in the 12–20V range from a variable battery supply, simplifying power management in field work. 12V electronics projects: supply motors, sensors, LED lighting, or other 12–20V devices from a single 9–20V source with a stable output to prevent voltagedriven performance issues. This product provides a straightforward solution for powering loads that require a stable voltage between 12V and 20V from a versatile input range, delivering up to 5A of continuous current while maintaining voltage regulation and reliability.