The 24V to 13.8V DCDC Stepdown Modul Converter is a constant voltage power converter designed to deliver a steady 13.8V output from a higher voltage DC source in the 17V to 40V input range, with an output capacity of up to 10A. This module provides a reliable 13.8V rail for connected devices, even as input voltage fluctuates. Key benefits Provides a stable 13.8V output as input voltage varies within the 17V to 40V range, enabling reliable operation of 13.8V devices. Wide input compatibility allows use with multiple voltage DC sources, including 24V systems and other sources up to 40V. current capability up to 10A supports powering multiple devices or higher current loads from a single input. Constant voltage delivery helps protect sensitive electronics that require a steady voltage supply. Modulebased design supports straightforward integration into existing DC power systems and configurations. Key attributes Functionality: DCDC stepdown converter with constant voltage output. Input: 17V to 40V DC. Output: 13.8V DC, up to 10A. Model/Type: 24V to 13.8V DCDC Stepdown Modul Converter, Constant Voltage Power Converter. Size and material: not specified in the available information. Performance details beyond the stated input, output voltage, and current are not provided. Compatibility and integration Designed to work with highervoltage DC sources and provide a 13.8V rail for devices that require a stable 13.8V supply. Suitable for applications where a 13.8V supply is needed from a 17–40V source, delivering up to 10A of current. Use cases Automotive and vehicle systems: Convert a 24V or higher vehicle electrical supply to a stable 13.8V rail to power radios, sensors, or ECUs that require 13.8V. Industrial equipment: Provide a reliable 13.8V power source for industrial controllers, instrumentation, or other equipment operating at 13.8V from a higher DC supply. Lab and test environments: Power 13.8V electronics from laboratory power supplies or other DC sources that can vary between 17V and 40V, ensuring consistent test conditions. Notes Ensure adequate cooling and proper heat management when drawing near the 10A maximum, as higher current draw can increase thermal output. Specifics on enclosure, mounting, and physical dimensions are not provided and should be confirmed from the product listing or technical datasheet before installation.