The 72V to 24V DCDC Stepdown Converter is a compact buck regulator designed to deliver a stable 24V output from higher voltage sources within an input range of 30V to 90V. With an output current rating up to 20A, it provides a reliable constant voltage supply for 24V devices and systems, enabling flexible use of existing power rails without sacrificing performance. Key benefits Wide input range enables use with 72V systems and other DC sources up to 90V, expanding compatibility with industrial, automotive, and renewable energy setups. Constant voltage output delivers a steady 24V for compatible equipment, helping protect sensitive electronics from voltage fluctuation. current capability of up to 20A supports mid to power 24V loads with a single regulator, reducing the need for multiple power rails. Simple integration into existing DC power architectures, enabling quick upgrades or conversions without complex redesigns. Compact and purpose built for reliable operation in constrained spaces, making it suitable for panel mounting, enclosure integration, or field applications. Key attributes Functionality: DCDC buck converter with 30V–90V input range and 24V output at up to 20A, delivering constant voltage for 24V devices. Compatibility: Suitable for systems and devices that require a stable 24V supply from higher voltage sources within the stated input range. Size: Compact module designed for straightforward integration into existing electrical systems. Material: Enclosure designed for durability and dependable operation in typical installation environments. Performance: Provides a stable 24V output at up to 20A from a wide input range, enabling reliable power delivery to 24V loads. Use cases Industrial automation: Power 24V PLCs, sensors, and actuators from a 72V DC power supply or other 30–90V sources in an electrical cabinet, reducing the need for multiple voltage rails. Automotive and EV applications: Supply 24V accessories and controls from a higher voltage battery or powertrain system, improving system integration and reducing wiring complexity. Renewable energy and remote installations: Run 24V loads in solar or wind based systems by converting higher voltage DC sources (such as 72V or other DC buses) to a stable 24V rail for controllers, communication devices, and telemetry gear. Notes Ensure input voltage stays within 30V to 90V and output load does not exceed 20A to maintain proper regulation. Ideal for applications requiring a single, reliable 24V supply derived from higher voltage DC sources.