The 12V to 36V DCDC Boost Converter is a compact boost regulator that steps up a 9 to 30 V DC input to a 12 to 36 V DC output, delivering up to 2 A. Designed for automotive, battery, and portable power applications, this converter provides a reliable way to power higher voltage devices from common voltage sources without the need for multiple power rails. Key benefits Enables higher voltage devices to run from lower voltage sources such as 12 V or 24 V battery systems. Wide input range supports automotive and mobile power setups (9 V to 30 V). Output can reach up to 36 V at a maximum of 2 A, suitable for small motors, sensors, LED drivers, and other electronics. Compact module design for easy integration into enclosures, panels, or project housings. Simple integration with standard DC power workflows, reducing the need for separate power supplies. Key attributes Functionality: DCDC boost converter that increases input voltage to a higher output voltage. Compatibility: Works with 9–30 V DC sources and provides an output up to 36 V DC. Size: Compact boardlevel module designed for easy installation and integration. Material: PCBbased construction with standard electronic components suitable for typical power electronics applications. Performance: Capable of delivering up to 2 A at the boosted output voltage, with an output range of 12–36 V. Specifications Input voltage range: 9–30 V DC Output voltage range: 12–36 V DC Maximum output current: 2 A Type: DCDC boost converter Applications Automotive and mobile power systems: Convert 12 V or 24 V vehicle or device batteries to 24 V or 36 V loads such as sensors, control modules, or small actuators. Battery and renewable energy setups: Boost lower voltage battery banks to higher voltage levels to power 24 V or 36 V equipment, test rigs, or prototype circuits. Prototyping and field installations: Provide a simple higher voltage supply for development boards, labs, or remote installations from a common low voltage source. Notes Maximum output current is 2 A; actual performance depends on input voltage and load conditions. Ensure proper heat management and keep the input within the specified range for reliable operation. Suitable for boardlevel integration and enclosure mounting as part of a larger power system.