The DC DC Converter 12V to 36V 2A Boost Power Supply Inverter Voltage Regulator Boost Module provides a compact, reliable means to increase a 12V DC source to a higher voltage up to 36V. It delivers up to 2A of output current, enabling a range of low to moderate power applications that require a higher voltage than your source can provide. Key benefits Boosts 12V input to 36V output for devices that require higher voltage without using an AC inverter. Compact, modulebased design that can be integrated into existing circuits and systems. Simple interface for adding a higher voltage rail from a standard 12V source, such as automotive, battery, or solar power setups. Enables projects and applications that need 36V operation while using readily available 12V supplies. Predictable performance within its rated specifications for straightforward design planning. Key attributes Functionality: DCDC boost converter that raises a 12V DC input to a higher voltage up to 36V with a maximum output current of 2A. Compatibility: Designed to work with common 12V DC sources, suitable for hobbyist and professional applications where a higher voltage rail is needed. Size and packaging: Compact boost module format suitable for boardlevel integration and enclosurefitting projects. Material and construction: PCBbased boost regulator module suitable for inclusion in custom circuits and power designs. Performance: Rated to deliver up to 36V at up to 2A, providing a practical highervoltage supply from a 12V source according to the device under test and wiring losses. Applications and use cases Battery and automotive projects: generate a 36V supply from a 12V battery or vehicle electrical system to power 36Vrated components, sensors, or actuators. Prototyping and testing: provide a portable 36V test rail for evaluating 36Vrated components, drivers, or earlystage circuits from a 12V power source. LED and motor drive: supply highervoltage operation for 36V LEDs or small DC motors and actuators that require more than 12V while staying within the 2A limit. Operational considerations Input and output: ensure a stable 12V DC source is used and that load current does not exceed 2A to avoid overheating or voltage drop. Polarity and connections: verify correct polarity and secure connections to minimize losses and ensure reliable operation. Thermal management: operate within the rated current limits and provide adequate cooling if the module runs near its maximum output for extended periods. System integration: integrate with proper wiring, fusing, and protection as part of a complete power solution. In summary, this boost module offers a straightforward, compact solution to obtain up to 36V from a 12V source with a 2A maximum output, suitable for automotive, battery, solar, prototyping, and small electronics projects that require a higher voltage rail without an AC inverter.