This DCDC boost converter provides a reliable way to raise a lower voltage to 24 V DC from a 9 V to 20 V input supply, with a maximum output current of 1 A. Intended for low to moderate power applications, it helps you run higher voltage devices from common 12 V automotive, battery, or portable power sources without changing the load or power source. Key benefits Enables 24 V operation from common 9–20 V sources, expanding compatibility with 24 V devices. Simple integration in a compact, boardlevel module suitable for embedded and hobby projects. Output rated up to 1 A, allowing a range of small 24 V loads to be powered directly from a 12 V or other suitable supply. Improves system flexibility by letting you use existing power sources to support higher voltage requirements. Designed to be a straightforward, practical solution for converting voltage in automotive, portable, and DIY electronics setups. Key attributes Functionality: DCDC boost converter that increases input voltage to 24 V DC. Input range: 9 V to 20 V DC. Output: Up to 24 V DC, with a maximum current of 1 A. Configuration: Boardlevel boost converter module intended for integration into larger systems or prototypes. Target use: Suitable for projects and loads that require 24 V from a lowervoltage supply. Compatibility and use cases Automotive and mobile power systems: Power 24 V devices from a 12 V car battery or other 9–20 V automotive sources. 24 V sensing, control, and LED applications: Run 24 V sensors, controllers, or LED drivers from a 9–20 V supply without changing the power architecture. Hobby electronics and robotics: Supply 24 V loads in small robotics projects or bench experiments using existing 12 V or other compatible power sources. How to use Connect the input terminals to a DC source within the 9–20 V range, ensuring correct polarity. Connect the 24 V load to the output terminals, making sure the total load current does not exceed 1 A. Monitor the device during initial operation and provide adequate cooling if the load approaches the rated current or if ambient temperature is . Do not exceed the specified input range or output current, and observe proper insulation and wiring practices to avoid shorts. Safety and handling Ensure correct polarity when connecting input and output. Avoid exposure to moisture and mechanical stress on the module. Do not operate beyond the 1 A output rating to prevent overheating and potential damage. Use appropriate electrical isolation and shielding as required by your application. This product description reflects the stated capabilities: a 12 V to 24 V boost path with 9–20 V input and up to 1 A output, suitable for a variety of practical, smallscale power applications. It presents clear benefits, defined attributes, and concrete use cases to help you determine suitability for your project without overpromising performance.