FNYUVNFAF 36V to 24V DCDC Stepdown Modul Converter (30V60V Input, 6A Output), Constant Voltage Power Converter The FNYUVNFAF DCDC Stepdown Modul Converter is a fixed 24V output buck converter designed to deliver a stable 24V supply from higher voltage DC sources. It accepts a DC input in the 30V to 60V range and provides up to 6A of continuous current. In typical use, the nominal conversion is from 36V to 24V, while the device supports the wider input range shown in its specifications. Key benefits Stable 24V output for 24V devices and loads from higher voltage sources Wide input range (30V to 60V) suitable for automotive, solar, and industrial power systems Up to 6A continuous current capability for moderate power applications Fixedoutput, constant voltage design simplifies integration and reduces setup time Compact module form factor intended for easy integration in panels, enclosures, or PCBmounted applications Key attributes Functionality: DCDC buck converter with constant voltage 24V output Compatibility: Accepts 30V–60V DC input; delivers up to 24V at up to 6A Size: Compact module suitable for embedded and equipment installations Material: Modulebased electronics designed for rugged, embedded use Performance: Provides a controlled 24V output with up to 6A available current Use cases Industrial automation and control: Power 24V logic, sensors, and actuators from a higher voltage supply (e.g., from 48V or 60V systems) to ensure stable 24V operation. Automotive and mobile equipment: Supply 24V devices from a 36V–60V battery or power rail, enabling consistent operation of controllers, CAN peripherals, and auxiliary electronics. Solar and offgrid power systems: Convert higher voltage DC sources (30V–60V) to a steady 24V rail for charging or running 24V equipment and loads. Notes The converter provides a fixed 24V output from a 30V–60V input range and supports up to 6A output. For reliable performance, ensure the input remains within the specified range and that the mounted module is provided with appropriate heat management per system requirements.