The 12V to 13.8V DCDC Boost Converter Module provides a stable 13.8V output from a 9V to 13V input, delivering up to 15A with constant voltage regulation. Designed for 12V systems and devices that require a reliable 13.8V supply, this module offers a straightforward solution for powering higher voltage equipment from lower voltage sources. Key benefits Reliable 13.8V output from 9V–13V input for devices that need a fixed 13.8V supply. current capability up to 15A to support mid to power loads. Constant voltage regulation to maintain stable performance even as input voltage fluctuates within the specified range. Module form factor for easy integration into 12V systems, enclosures, or test benches. Simple approach to upgrading legacy 12V equipment to a stable 13.8V supply without changing wiring or power sources. Key attributes Functionality: DCDC boost converter module with constant voltage output. Output voltage: 13.8V (fixed). Input voltage range: 9V to 13V. Maximum output current: 15A. Compatibility: Suitable for systems and devices that operate at 13.8V and can be supplied from 9–13V sources, including 12V setups. Form factor: Module (compact booster style suitable for integration into projects and enclosures). Size and material: Not specified by the product information. Performance: Provides a stable 13.8V output up to 15A, as described in the specifications. Use cases Automotive and telecom equipment: Power 13.8V devices such as network gear or CCTV cameras from a 12V system or other 9–13V sources, ensuring a steady supply at 13.8V. Bench testing and lab setups: Create a reliable 13.8V test supply from common 9–13V sources for evaluating 13.8V equipment or charging circuits. Offgrid or batterypowered installations: Convert a lower voltage battery source within 9–13V to a constant 13.8V output to run devices that require higher, stable voltage without a dedicated 13.8V battery bank. Notes The product maintains a constant 13.8V output within its specified input range and current rating. Size and material details are not specified in the provided information; the description reflects the stated specifications and features.