The 48V to 12V DCDC Buck Converter Module is a current regulator that steps down DC input in the 20 to 60 V range to a stable 12 V output, delivering up to 10 A. Designed as a compact module for boardlevel integration, it enables reliable 12 V power for devices and systems that operate from higher voltage DC sources such as 48 V or other DC buses within the specified input range. Key benefits Enables powering 12 V devices from higher voltage DC sources (20–60 V) without multiple adapters. Supports continuous output up to 10 A for midrange loads. Compact module design suitable for PCB mounting and easy integration into existing systems. Provides a stable 12 V output from a wide input range, improving system reliability and flexibility. Reduces the need for separate 12 V power supplies when working with higher voltage rail architectures. Key attributes Functionality: DCDC buck conversion from 20–60 V input to 12 V output. Compatibility: Suitable for applications requiring a 12 V load powered from a 20–60 V DC source, with current capability up to 10 A. Size and form: Compact module designed for easy boardlevel integration. Material: Modulebased design intended for PCB mounting (specific materials not specified). Performance: Delivers regulated 12 V output at up to 10 A from the specified input range. Specifications at a glance Input voltage range: 20 V to 60 V DC Output voltage: 12 V DC Maximum output current: 10 A Type: Buck converter module Applications and use cases Automotive and industrial power systems: Convert a 48 V or higher DC bus to a stable 12 V supply for sensors, controllers, and peripheral devices in vehicles or industrial equipment. 12 V loads from higher voltage solar or battery arrays: Provide a steady 12 V supply for LED lighting, monitoring equipment, or small electronics from 24–60 V DC sources such as certain solar battery configurations. Embedded and compact electronics projects: Power 12 V devices, such as microcontrollerbased control boards, from a higher voltage DC rail within the 20–60 V range, enabling flexible system design and testing. Notes Ensure input remains within 20–60 V and load does not exceed 10 A to maintain safe and reliable operation. For results, integrate the module in a suitable enclosure or heatmanagement setup appropriate for your application.