This 12V to 15V DCDC Boost Converter provides a practical solution for power projects that require a 15V supply from a 9–14V source. It delivers up to 2A of output current, making it suitable for a range of automotive, robotics, and lab applications while maintaining a simple, compact design suitable for integration into existing 12V systems. Key benefits Enables 15V operation from common 12V sources: 9–14V input range supports automotive and other 12V systems, expanding the options for devices that need 15V. Up to 2A output (approximately 30W peak): Suitable for midrange loads and devices that require higher voltage than the supply voltage. Simplifies power autonomy: Reduces the need for multiple power supplies by converting available 12V power to a 15V rail for compatible devices. Flexible integration: Designed to be incorporated into automotive, robotics, and portable/equipment setups that use a 12V source. Key attributes Functionality: DCDC boost converter that raises voltage from 9–14V input to 15V output. Output: 15V DC at up to 2A. Input range: 9–14V DC. Maximum theoretical output power: 30W (before efficiency losses). Performance note: Actual performance depends on input voltage, load, and temperature; efficiency is not specified and will vary with conditions. Compatibility: Suitable for powering devices that require a 15V supply from a common 12V system, including automotive, robotics, and portable electronics applications. Size and material: Dimensions and enclosure material are not specified in the listing; refer to the product datasheet or packaging for exact measurements. Brand/model alignment: Reflects the product title: 12V to 15V DCDC Boost Converter, input 9V–14V, output 2A. Applications and use cases Automotive devices: Power 15V components from a car's 12V electrical system, such as certain instrumentation, sensors, or test equipment that require 15V. Robotics and automation: Supply 15V to motor drivers, controllers, or sensor modules from a 12V battery or power rail in a compact, onboard solution. Lab and prototyping: Create a portable 15V test bench supply from a 12V source to test 15Vrated modules and boards without an external 15V supply. Field equipment: Run 15V peripherals in remote or field environments where only a 9–14V source is available. How to use ( level) Connect a 9–14V DC source to the converter's input terminals. Connect the device or load to the 15V output terminals. Ensure the load current does not exceed 2A and verify wiring is appropriate for the current level. Monitor the system for temperature and performance, noting that efficiency and output can vary with load and input voltage. Notes This description reflects the product's core specifications: 12V to 15V boost from a 9–14V input, with a 2A maximum output. Exact physical dimensions, enclosure material, and any protective features are not specified here; consult the official datasheet or packaging for detailed technical and safety information.