The 12V to 15V DCDC Boost Converter Module provides a stable 15V output from a 9V–14V input, delivering up to 15A. Designed as a compact boost converter module, it offers a constant voltage power source for devices that require a fixed 15V rail. It is suitable for applications where a 12V or other 9–14V supply needs to be boosted to 15V with reliable current capability. Key benefits Delivers a steady 15V output from a 9V–14V input source, supporting loads that require a fixed 15V supply. current capability up to 15A, enabling power to multiple devices or higher current loads. Enables operation from common 12V systems without a dedicated 15V supply, simplifying wiring and inventory. Module form factor facilitates integration into enclosures, panels, or DIY projects with minimal space impact. Simple wiring and integration for quick deployment in projects or equipment upgrades. Key attributes Functionality: DCDC boost converter with constant voltage regulation, converting 9V–14V input to a 15V output with a maximum of 15A. Compatibility: Works with input sources in the 9V–14V range; suitable for systems originally designed around 12V or other 9–14V supplies that need a 15V rail. Size/Form: Module type intended for easy incorporation into electronic projects and equipment. Material: Not specified by the manufacturer. Performance: Output current rating up to 15A at 15V, maintained as a constant voltage supply within the specified input range. Applications and use cases Powering 15V peripherals in a 12V automotive or other 12Vclass electrical system, such as dashboard electronics or sensors that require 15V. Providing a 15V rail for laboratory or field equipment (test benches, measurement devices, 15V controllers) from a 12V battery or other 9–14V sources. Supplying 15V for servo drives, motors, or microcontroller boards that require a stable 15V supply derived from a lowervoltage source. Usage guidance Connect the 9–14V input source to the module input terminals. Connect the load to the 15V output terminals. Ensure the load does not draw more than 15A to maintain stable operation. Provide appropriate heat management for higher current operation.