This 5V to 12V DCDC Boost Converter Module provides a boosted 12V output from a 5V to 11V input, up to 2A. It is designed for projects that need a stable 12V rail from lowervoltage sources such as USB power banks, portable battery packs, or other 5–11V supplies. The module is compact and easy to integrate, offering a straightforward way to power 12V devices from common, readily available sources. Key benefits Enables use of common lowvoltage sources to run 12V devices, reducing the need for multiple power supplies. Delivers up to 12V at a maximum of 2A, suitable for small motors, relays, LEDs, sensors, and other 12V modules. Compact module design facilitates easy mounting in compact enclosures and hobby projects. Simple wiring with input and output connections for quick integration into existing circuits. Improves system flexibility by providing a dedicated 12V source from a 5–11V supply. Key attributes Functionality: DCDC boost converter that converts a 5V–11V input to a 12V output. Compatibility: Suitable for applications requiring a 12V rail from lowvoltage sources within the 5–11V range; capable of delivering up to 2A. Size: Compact module intended for easy integration into various projects. Performance: Output up to 12V at up to 2A; actual voltage under load depends on input voltage, load, and operating conditions. Technical notes Input voltage range: 5V to 11V. Output voltage: Up to 12V. Maximum output current: 2A. The actual performance (voltage stability and current capability) depends on input supply stability, wiring, and load characteristics. Use cases Powering a 12V LED strip or other 12V accessory from a 5V USB power bank or similar 5V supply, enabling portable lighting or signage. Driving a 12V relay, small 12V motor, or other 12V devices from a 9V–11V battery pack or similar source, suitable for hobby robotics or portable control systems. Providing a stable 12V rail for measurement instruments or sensor boards in portable projects that operate from a 7–11V supply. Setup and usage tips Connect the input to a 5V–11V supply capable of delivering adequate current for the intended load; connect the load to the 12V output. Observe correct polarity on both input and output connections. Do not exceed the 2A maximum output current rating. For results, keep input wiring short and ensure adequate heat dissipation if drawing near the 2A limit. This description reflects the product's brandconsistent capabilities: a 5V–11V input DCDC boost module with a 12V, 2A output, designed to provide a practical, reliable 12V source from common lowvoltage supplies.