FNYUVNFAF 60V to 12V DCDC Buck Converter Module provides a compact, reliable way to step down voltage DC power to a stable 12V output. With an input range of 20V to 72V and a maximum output current of 10A, this module is designed for systems that need a dedicated 12V supply from a higher voltage DC bus. The product is positioned as a 60V to 12V buck converter module, aligning with the listed model and specifications. Key benefits Wide input range: Accepts 20V to 72V DC, enabling use with multiple source voltages such as 24V, 48V, and higher DC buses. 12V output at up to 10A: Supports moderateload 12V devices and circuits without the need for multiple regulators. Simplified power design: Provides a singlestep down conversion, reducing component count and simplifying integration into existing systems. Versatile integration: Designed as a module for inclusion in power distribution or control systems that require a dedicated 12V rail. Key attributes Functionality: DCDC buck converter module that steps down higher voltage DC to 12V DC. Input: DC voltage range 20V to 72V. Output: 12V DC, maximum current 10A. Brand/model: FNYUVNFAF 60V to 12V DCDC Buck Converter Module. Compatibility: Suitable for systems operating within the specified input range that require a 12V supply. Size/material: Not specified in the provided listing; dimensions and enclosure material are not described. Performance notes: The listed output current is up to 10A; efficiency and thermal characteristics are not provided in the description. Compatibility and considerations The converter is intended for DC sources within 20V–72V and provides a 12V output for loads up to 10A. It is suitable for applications that need a stable 12V rail derived from highervoltage DC sources, including multivolt industrial, automotive, or solarrelated systems where a 12V subsystem is required. Specific enclosure, mounting options, terminal types, efficiency ratings, and heat dissipation details are not specified in the listing. Applications and use cases Industrial control panels: Power a 12V control circuit or devices from a 24V or 48V DC bus in factory automation or process control environments. Fleet and voltage vehicles: Provide a 12V rail for sensors, controllers, and accessories from a highervoltage DC main bus in industrial vehicles or mobile equipment (24V/48V/60V–72V systems). Test benches and prototyping: Supply a stable 12V source for development boards, instrumentation, or lowtomid power loads from bench supplies or highervoltage DC sources during testing and experimentation. Notes for installation Ensure the input supply remains within the 20V–72V range and that the connected 12V load does not exceed 10A. Review enclosure and mounting options from the final product packaging or datasheet to determine suitable mechanical installation and thermal handling. For complete performance details, including efficiency, regulation accuracy, and protection features, refer to the official specifications provided with the product.