This 12V to 36V DCDC Boost Converter accepts 9V to 30V input and provides a boosted output of 12V to 36V with a maximum current of 2A. It is designed to enable higher voltage devices to run from common lowervoltage sources, simplifying power management in automotive, solar, and electronics projects. Key benefits Flexible input and output range Input voltage: 9V to 30V DC Output voltage: 12V to 36V DC Maximum output current: up to 2A Enables higher voltage devices to operate from lower voltage sources Broad compatibility Suitable for automotive, battery, solar, and off grid applications where a higher voltage rail is needed Space saving and integration friendly Compact form factor ideal for tight installations and panel mounting Simplifies wiring by providing a single boost conversion solution Practical performance Provides boosted voltage to power devices that require 12V to 36V from a 9V to 30V source Designed to support lightweight to moderate power applications with up to 2A current capability Product attributes Functionality: DCDC boost converter that increases input voltage within the specified range to a higher output voltage Input: 9V to 30V DC Output: 12V to 36V DC, up to 2A Compatibility: Suitable for systems powered by 930V sources needing 1236V output Size: Compact form factor designed for spaceconstrained installations Material: Construction details not specified Performance: Delivers up to 2A at boosted voltage from compatible input sources Applications and use cases Automotive and mobile power Connect to a 12V vehicle battery to drive 24V or 36V loads such as sensors, actuators, or small motor controllers Offgrid and solar systems From a 12V or 24V battery bank, boost to 36V to power higher voltage loads or controllers in portable or RV solar setups Robotics and automation From a 930V supply, power 24V or 36V robotics controllers, actuation systems, or embedded electronics that require a higher voltage rail Notes This device is intended for applications requiring a boosted voltage from a relatively low to midrange DC source. Ensure the load current does not exceed the 2A maximum and that adequate heat dissipation is provided in continuous current operation.