This 48V to 5V DCDC Buck Converter Module is designed to convert a wide input range to a stable 5 V output with a maximum current of 10 A. It supports 48 V systems and other sources within the 8 V to 60 V input range, making it a versatile solution for powering 5 V devices from higher voltage supplies. Key benefits Flexible input range: Accepts 8 V to 60 V, enabling use in automotive, industrial, solar, and telecom environments. Reliable 5 V output: Delivers a steady 5 V up to 10 A to support microcontrollers, singleboard computers, sensors, and other peripherals. Compact module for easy integration: Designed as a compact power module that can be mounted on a PCB or integrated into enclosures. Simplifies system design: Provides a readymade, regulated 5 V rail from higher voltage sources, reducing design complexity and potential voltage mismatch issues. Key attributes Functionality: Buck converter module with fixed 5 V output and capable 10 A maximum current. Compatibility: Suitable for use with 48 V systems and any source within the 8–60 V input range. Size: Compact module format intended for straightforward integration into projects and assemblies. Material: Built as a robust electronic module suitable for embedding in electronics projects (no nonstandard materials implied). Performance: Input range 8–60 V, fixed 5 V output, 10 A maximum output current. Specifications (as described by the product) Input voltage: 8 V to 60 V Output voltage: 5 V Maximum output current: 10 A Type: DCDC buck converter module Purpose: Converts higher voltage to a stable 5 V rail Applications and use cases Automotive and industrial power rails: Derive a reliable 5 V supply for microcontrollers, sensors, and control boards from a vehicle or industrial 48 V system. Embedded and computing projects: Power Raspberry Pi, microcontrollers, or other 5 V peripherals from a higher voltage source in hobbyist, educational, or professional builds. Solar and battery systems: Create a stable 5 V supply from a solar array or battery bank that operates above 5 V. Usage notes Ensure the input voltage remains within 8–60 V and that the load does not exceed 10 A to maintain proper operation. Provide appropriate thermal management for continuous operation near the higher end of the current rating. Connect according to standard DC power wiring practices and observe correct polarity to avoid damage. This description reflects the product's brand and features: a 48 V to 5 V DCDC Buck Converter Module with an input range of 8–60 V and an output of 5 V at up to 10 A, designed for reliable power conversion in a compact module format.