The 12V to 13.8V 2A DC Boost Module to Stabilized Power Converter is a compact DCDC boost module that converts a 12V input into a stabilized 13.8V output with a maximum load current of 2A. It is designed to provide a steady power source for devices that require a higher, regulated voltage from a 12V source. Key benefits Provides a stabilized 13.8V output from a 12V input, enabling devices that require 13.8V to operate reliably. Delivers up to 2A of continuous current to support small to medium loads in automotive, hobby, and lab environments. Simple integration with clearly identified input and output connections for straightforward wiring. Compact module design suitable for tight spaces, enclosures, or DIY projects. Helps maintain stable performance for sensitive equipment when the input supply may vary or experience voltage drop. Key attributes Functionality: 12V to 13.8V DC boost with stabilized output, up to 2A. Compatibility: Designed for 12V systems, suitable for automotive and other low voltage applications that require a 13.8V supply. Size: Compact module intended for easy mounting and integration into projects and enclosures. Material: Built as a standard DCDC boost module with practical, PCBbased construction suitable for hobbyist and professional use. Performance: Regulated 13.8V output from a 12V source, with a maximum current of 2A, suitable for powering loads that require stable 13.8V operation. Use cases Automotive electronics: power 13.8V capable devices from a 12V vehicle battery or power supply, such as compatible radios or other 13.8V peripherals. Lab and bench testing: provide a stable 13.8V supply from a 12V source for testing and evaluation of 13.8V loads. Remote or backup power setups: use in systems that operate at 12V but require a regulated 13.8V for proper device operation during midrange voltage variations. Notes This description reflects the product's stated specifications: 12V input, 13.8V stabilized output, and 2A maximum current. For results, ensure the input supply can provide sufficient current for the expected load and that the wiring and connections are suitable for DC power applications.