24V to 15V DCDC Stepdown Module Converter accepts input in the range of 17V to 40V and delivers a fixed 15V output at up to 10A. This constant voltage regulator is designed to power 15V devices from higher DC sources, making it a practical solution for converting common 24V or higher voltage supplies to a stable 15V rail. Key benefits Provides a stable 15V supply from a higher DC input, ensuring reliable operation for devices that require 15V. Supports up to 10A output current, enabling power delivery to multiple peripherals or powerhungry modules within its 150W maximum. Wide input range (17V to 40V) accommodates a variety of power sources, including 24V systems and other highervoltage supplies. Simple integration as a dedicated DCDC buck converter module, suitable for inclusion in existing power layouts and enclosures. Constant voltage output maintains a steady 15V despite load variations within the rated current. Key attributes Functionality: DCDC buck converter with constant voltage regulation to 15V. Compatibility: Input range 17V–40V; output 15V; current capability up to 10A (maximum 150W). Performance: Fixed 15V output with the ability to supply up to 10A, derived from a higher DC input source. Form factor: Modulebased converter designed for integration into power systems, boards, or enclosures that require a dedicated 15V rail. Applications and use cases Industrial automation and control systems: Convert a 24V or higher DC bus to a stable 15V supply for PLCs, sensors, and 15V logic circuits in a control panel. Robotic and automation modules: Provide a reliable 15V power rail for controllers, drivers, and peripheral electronics from a 17–40V supply in a compact module form factor. Test benches and lab setups: Derive a steady 15V source from a lab power supply or batterybacked DC source that operates within 17–40V, suitable for powering 15V devices during experiments or prototyping. Notes The converter delivers a fixed 15V output up to 10A. Maximum output power is 150W, subject to the input supply capability and thermal conditions during operation. Designed for integration where a stable 15V rail is required from higher voltage DC sources within the specified input range.