The 12V24V(9 35V) to 36V 5A power converter boost module is a compact DC DC boost converter designed to generate a stable 36V output from a wide input range. It enables 36V devices to run from common 12V or 24V sources, or other supplies within the 9 35V range, delivering up to 5A of output current for moderate loads. Key benefits Enables 36V devices to operate from lower voltage sources such as 12V or 24V systems, expanding the range of compatible equipment. Wide input compatibility (9 35V) supports automotive, industrial, solar, and bench applications without the need for multiple power stages. current capability, delivering up to 5A at 36V to support demanding loads. Compact module form factor designed for easy integration into projects and installations. Simple, direct path from input to 36V output, helping to streamline system design and reduce component count. Key attributes Functionality: DC DC boost converter that converts input voltage within the 9 35V range to a fixed 36V output with a maximum of 5A current. Compatibility: Suitable for 12V and 24V systems and other sources within the 9 35V range. Size: Compact boost module for convenient integration into projects and enclosures (dimensions not specified). Material: Built with standard electronic components on a compact board suitable for electrical projects (no material specifications provided). Performance: Output of 36V at up to 5A, enabling reliable operation for compatible loads within the module's capability. Use cases and applications Automotive and mobile power: Power 36V devices or controllers from a vehicle's 12V or 24V electrical system, enabling equipment that requires 36V operation without a dedicated voltage supply. Robotics and industrial equipment: Provide 36V power to motor controllers, sensors, or other 36V devices from common lower voltage power sources used in robotics and industrial setups. Solar and off grid testing: Boost from solar panels or battery banks within the 9 35V range to 36V for testing, prototyping, or running 36V loads in off grid configurations. Notes