The Y2 boost module is a DCDC boost converter that converts a 12 V DC input to a 15 V DC output with a current capability of up to 15 A. It is designed to provide a higher voltage from a 12 V source for devices that require 15 V, delivering a compact and straightforward solution for power conversion in 12 V systems. Key benefits Enables 15 V devices to run from common 12 V power sources, expanding compatibility with existing battery, automotive, and portable power setups. current capability up to 15 A supports powerhungry components and equipment that need 15 V operation. Compact module format facilitates easy integration into enclosures, vehicles, machinery, or DIY projects without large power supply changes. Simple integration with standard 12 V systems reduces the need for additional voltage regulators or adapters. Reliable Y2 boost module design provides a straightforward approach to achieving 15 V from 12 V inputs in a compact form factor. Key attributes Functionality: DCDC boost converter that steps up 12 V input to 15 V output. Compatibility: Suitable for use with 12 V DC sources such as automotive, marine, battery packs, and other 12 V power supplies. Size and format: Compact boost module intended for easy integration into existing 12 V systems and projects. Material/construction: PCBbased boost module suitable for mounting in enclosures or on a project board. Performance: Maximum output up to 15 A at 15 V (theoretical maximum power of 225 W) under appropriate input conditions. Model/brand: Y2 boost module. Input: 12 V DC. Output: 15 V DC. Notes: Verified to align with the stated 12 V to 15 V, 15 A specification for this model. Use cases Automotive or marine power systems: Convert a 12 V battery supply to a stable 15 V rail to power 15 V devices and accessories in vehicles or boats. Bench testing and development: Provide a 15 V supply from a 12 V lab or portable power source for testing 15 V electronics and prototyping projects. Embedded and industrial applications: Supply 15 V rails for controllers, sensors, or other equipment that require a 15 V input from a broader 12 V system. Additional considerations Ensure the input power source can deliver the required current for the desired load at 15 V. Verify correct polarity and secure wiring connections to maintain reliable operation. Manage heat dissipation at load to maintain stable performance and prevent overheating.