Compact Mini560 5A StepDown (Buck) DCDC Converter — Stabilized, Efficiency Power Module (5V output) Why you need it Converts a higher DC input to a stable lower DC output, providing a reliable 5V supply where fixedvoltage sources are unavailable. current 5A capability supports powerhungry devices that typical small regulators cannot drive. Switching (buck) design delivers higher efficiency than linear regulators, reducing heat and improving battery or adapter run time. What makes it useful and unique Mini560 model is a compact, readytouse module designed for spaceconstrained projects that still require substantial current. Available in multiple fixedoutput options (3.3V, 5V, 9V, 12V); this listing is the 5V version so you receive a stabilized 5V output suitable for USB devices, microcontrollers, and other 5V electronics. efficiency buck topology minimizes energy loss, making it practical for portable systems and continuous operation. Key attributes Functionality: Stepdown (buck) DCDC converter; stabilizes and regulates output voltage. Rated output current: Up to 5A (suitable for many singleboard computers, modules, and peripherals when properly cooled and wired). Output voltage options: 3.3V, 5V, 9V, 12V — this unit configured for 5V output. Size: Mini form factor designed for compact installations and projects. Construction: PCBmounted electronic components and inductor for switching regulation. Performance: efficiency conversion for reduced heat and improved power utilization; stable, regulated 5V output. Practical applications Power a 5V singleboard computer or microcontroller from a highervoltage DC source (for example, step down vehicle or battery voltage to a stable 5V supply). Run 5V LED strips, USB peripherals, cameras, or sensors where a highervoltage adapter or battery is the available source. Use as a compact bench or project power module to supply a stabilized 5V rail for prototyping and embedded systems. Notes for safe use As a stepdown converter, the input source must be higher than the selected output voltage. Ensure proper wiring and adequate heat dissipation when operating close to the 5A limit. Select the appropriate output voltage variant (3.3V, 5V, 9V, or 12V) for your device; this listing provides the 5V model.