Model: 12V to 12V DCDC Regulator Module Converter The 12V to 12V DCDC Regulator Module Converter is a fixedoutput regulator designed to provide a stable 12V output from a wide input range of 9V to 36V, delivering up to 1A. It is suitable for powering 12V devices in systems where input voltage can vary, such as automotive, offgrid, and industrial applications. Key benefits Stable 12V output across a 9–36V input range for reliable operation of downstream devices. Fixed output simplifies system design by removing the need for postregulation or adjustable wiring. Compact, lightweight module that is easy to integrate into enclosures and dashboards. Efficient switchingregulator based design supports continuous operation with moderate heat generation. Broad compatibility with common 12V loads in diverse environments. Key attributes Functionality: DCDC regulator module with a fixed 12V output. Input: 9V–36V DC range. Output: 12V DC at up to 1A. Compatibility: Suitable for automotive, marine, RV, solar/offgrid battery systems, and general 12V load applications. Size and form: Compact module suitable for embedding in small enclosures and projects. Material/ construction: PCBbased regulator module designed for reliable performance in typical DC power environments. Performance: Delivers a regulated 12V output from a wide input voltage range, suitable for powering 12V devices with stable voltage needs. Applications and use cases Automotive electronics: provides a steady 12V supply for dash cams, GPS trackers, or 12V lighting from a vehicle electrical system that may vary between about 9V and 14V under operation. Offgrid and mobile power: supplies 12V devices in solar and battery systems where input can vary from 9V to 36V, helping to power sensors, cameras, or small controllers from diverse sources. Industrial and automation: powers 12V sensors, actuators, and controllers from higher DC supplies or battery banks, enabling consistent performance in industrial environments. Notes The module is designed to output a fixed 12V, with a maximum current of 1A. Ensure the load does not exceed this limit. Use appropriate wiring and secure connections to maintain voltage integrity and avoid wiring faults in rugged environments.