The DC 36V 48V (20 60V) to DC 12V 6A 72W Max DCDC Buck Converter provides a simple way to power 12V devices from higher voltage DC sources. It converts a wide input range into a fixed 12V output with a maximum current of 6A (72W max), making it suitable for a variety of automotive, industrial, and hobbyist applications. Key benefits Wide input range: Accepts 20 60V DC, enabling use with systems commonly using 36V, 48V, or varying supply voltages. Reliable 12V output: Delivers a regulated 12V DC to support 12V devices and subsystems from higher voltage sources. current capability: Supports loads up to 6A, providing up to 72W of output power. Simple, direct conversion: Reduces the need for multiple voltage conversions by supplying a single, stable 12V output from a higher voltage rail. Broad application compatibility: Suitable for automotive, industrial, solar, and other DC power applications where a 12V load needs to run from a higher voltage source. Key attributes Functionality: DCDC buck conversion from 20 60V input to a fixed 12V output. Compatibility: Works with input sources in the 20 60V range, including 36V and 48V systems, with a 12V, up to 6A output. Performance: Maximum output power rated at 72W (12V x 6A). Model alignment: Matches the DC 36V 48V (20 60V) to DC 12V 6A 72W Max DCDC Buck Converter specification. Use cases: Intended for powering 12V devices from higher voltage rails in various DC power environments. Use cases and applications Automotive and EV systems: Power 12V accessories or control modules from a 48V or 36V vehicle electrical system or other voltage DC rails. Industrial and automation: Supply 12V sensors, actuators, or control circuits from a 24V or 48V DC power bus in machines and equipment. Solar and offgrid setups: Run 12V loads from a higher voltage DC source such as a solar array or battery bank within the 20 60V range, simplifying wiring and reducing the need for multiple converters. Notes Output is 12V DC with a maximum current of 6A; total output power should not exceed 72W. Ensure proper electrical wiring and secure connections to maintain safe operation. Verify that the input voltage remains within the 20 60V range for reliable performance.