12V to 20V DCDC Boost Converter Module (9V18V Input, 3A Output) is a compact solution for creating a higher voltage rail from common lowvoltage sources. It steps up a 918 V DC input to a 20 V DC output, delivering up to 3 A. This module is designed for easy integration into projects, vehicles, or portable power setups where a 20 V supply is required from a lowervoltage source. Key benefits Enables 20 V devices to run from 918 V sources such as automotive, battery, or bench supplies. Reduces the need for separate 20 V power supplies by providing a single boost solution. Simple module format intended for straightforward integration into projects and systems. Flexible power option for applications that require a 20 V rail from widely available input sources. Key attributes Function: DCDC boost converter module that steps up input voltage. Input range: 9 V to 18 V DC. Output: Up to 20 V DC, with a maximum current of 3 A. Type: Boost converter suitable for applications requiring voltage upconversion. Form factor: Module designed for easy incorporation into projects and systems. Notes: Ensure the input supply can provide the current, and do not exceed the 3 A output rating. Proper wiring and polarity awareness are important for safe operation. Compatibility and usage Compatible with systems that require a 20 V supply but are powered from a 918 V source. Suitable for integration in automotive, robotics, portable electronics, and lab/test setups where a 20 V rail is needed. When planning use, consider that higher output current demands greater input current; design the input power source accordingly and manage heat as needed. Use cases Automotive or mobile projects: power 20 V devices from a 12 V car battery or similar 918 V sources. Robotics and automation: create a 20 V power rail for controllers, sensors, or actuators in a compact onboard power system. Portable lab or bench setups: generate a 20 V supply from a 918 V source for testing and experimentation. Installation and safety notes Connect input polarity correctly and ensure the source can supply up to the required current, especially at higher output voltages. Do not exceed the 3 A output rating to avoid overheating or damage. Use appropriate wiring and mounting to maintain reliability in your application.