The 36V to 5V DCDC Stepdown Converter (20V60V Input, 10A Output), Constant Voltage Power Converter provides a stable 5V supply from a wide DC input range, up to 10A continuous current. It is designed to deliver a constant voltage output for boards, sensors, and peripherals, making it a reliable power solution for 36V nominal systems and other highervoltage sources. Key benefits Wide input compatibility: Accepts 20V to 60V DC sources, including nominal 36V systems, automotive or industrial power rails. current 5V output: Capable of delivering up to 10A to support powerhungry devices and multiple peripherals from a single 5V rail. Consistent voltage for sensitive electronics: Provides a fixed 5V output to maintain stable operation of microcontrollers, SBCs, sensors, and USBpowered devices. Design simplification: Replaces multiple regulators with a single buck converter module, reducing complexity in power design. Compact and integrable: Built as a compact module suitable for embedding in projects, enclosures, or compact electronics assemblies. Key attributes Functionality: Buck (stepdown) DCDC converter with constant voltage 5V output. Input range: DC 20V–60V input tolerance (nominally aligned with 36V systems). Output characteristics: Fixed 5V output, up to 10A continuous current. Size and form factor: Compact module intended for easy mounting and integration into projects. Construction: Robust components and durable construction designed for reliable operation in a variety of applications. Performance: Delivers a steady 5V rail from a wide input range to support consistent device performance. Applications and use cases Industrial and automotive control: Provide a dedicated 5V rail for PLCs, sensors, actuators, and small embedded controllers powered from 24V, 36V, or 48V systems. Solar and mobile power setups: Supply 5V logic, microcontrollers, and peripherals from a 48V solar array, winddown battery, or other voltage sources within the 20V–60V range. Robotics and prototyping: Power 5V logic, USB devices, and sensors from highervoltage batteries or bench supplies, simplifying power architecture and cabling. Connection and integration notes Input connection: Connect a DC source within 20V–60V to the input terminals, observing correct polarity. Output connection: Connect the load to the 5V output terminals; ensure the ground is common with the input as required by the circuit. Cooling and placement: Provide adequate ventilation or heatsinking as needed for sustained current operation, especially in enclosed or compact enclosures. This converter delivers a straightforward, reliable way to derive a stable 5V rail from a wide range of highervoltage sources, with a practical 10A capacity and constant voltage output suitable for diverse electronics projects.