5V to 12V DCDC Boost Converter Module converts a 5V to 11V input into a boosted 12V output with a maximum continuous current of 3A. This compact module is designed for embedded and portable power projects that require a higher voltage from a lowvoltage source. Key benefits Enables 12V operation from common 5V sources such as USB power banks, 5V batteries, or other 5V supplies. Simple module form factor that integrates easily into existing circuits and enclosures. Provides a dedicated boosted 12V supply for compatible loads without redesigning the power architecture. Suitable for compact prototypes and smallscale projects where space and wiring simplicity matter. Key attributes Functionality: DCDC boost converter module (stepup) from 5V–11V input to 12V output. Compatibility: Designed to power loads that require a 12V supply from a lowervoltage source. Size and form: Moduleformat design intended for straightforward integration into projects. Performance: Output voltage up to 12V with a maximum current of 3A. Specifications (as implied by model) Input voltage: 5V to 11V Output voltage: up to 12V Maximum output current: 3A Type: DCDC boost converter module Model features align with 5V to 12V stepup functionality Use cases Power a 12V LED strip from a 5V USB power bank or 5V battery pack for portable lighting. Run a 12V sensor or small 12V module from a 5V electronics setup, such as an embedded development project or prototype. Drive a small 12V motor or actuator from a 5V supply in compact robotics or portable hobby projects (keeping within the 3A output limit). How to use Connect a 5V–11V input source to the module's input terminals. Connect the 12V load to the module's output terminals. Ensure the load current does not exceed 3A and monitor heat during operation. Use with appropriate wiring and power management to maintain stable operation and prevent overloading. Notes The module is designed to boost 5V to 12V; the available output current is up to 3A. Input and output currents are related by the boost conversion efficiency and power balance (higher output voltage requires more input current). Operate within stated voltage ranges for reliable performance; provide adequate heat dissipation if the load approaches the upper current limit. This description preserves the product's stated brand, specifications, model, and features while presenting clear, customerfriendly information about functionality, compatibility, size (module format), and practical applications.