This DCDC buck converter module steps down a voltage DC source to a stable 24 V output. With an input range of 30–90 V DC and a maximum output current of 5 A, it is designed to power 24 V loads from a 72 V system, solar arrays, or other highervoltage sources. Key benefits Wide input compatibility: Accepts 30–90 V DC, enabling use across different systems and environments. Fixed 24 V output: Delivers a reliable 24 V supply for compatible devices up to 5 A. Compact module for easy integration: Designed as a small formfactor module suitable for chassis or panel mounting in control systems. Simple integration: Straightforward wiring with input and output connections for quick setup. Versatile applicability: Suitable for industrial, automotive, solar, and other applications that require a 24 V load from higher voltage sources. Reduces component count: Eliminates the need for multiple power supplies when a 24 V rail is required. Key attributes Functionality: 72 V to 24 V DCDC buck converter module that reduces a voltage DC input to a fixed 24 V output. Input range: 30–90 V DC. Output: 24 V DC. Output current: Up to 5 A. Size and form: Compact module designed for easy integration into existing systems. Construction: Modulebased buck converter suitable for PCB or enclosure mounting. Compatibility: Works with 24 V loads up to 5 A; appropriate for use with 72 V systems or other sources within the specified input range. Applications and use cases Industrial automation: Power 24 V sensors, controllers, and actuators from a 72 V or higher DC bus in manufacturing equipment. Vehicle and mobility systems: Supply 24 V accessories or control electronics from a 72–90 V battery or power network in electric or hybrid platforms. Renewable energy and energy storage: Feed 24 V loads from solar arrays or energy storage systems that operate in the 30–90 V DC range. Usage considerations Ensure the input voltage remains within 30–90 V DC and that the 24 V load does not exceed 5 A. Provide adequate thermal management for continuous operation at higher current. Use proper wiring gauge and secure connections to maintain voltage integrity. Follow applicable electrical standards and safe installation practices for DC power electronics.