The 12V to 19V 10A Y2 boost module is a compact DCDC boost converter that steps up a 12V input to a 19V output with a maximum current of 10A. This module provides a straightforward solution for powering 19V devices from a lower voltage source in automotive, portable, or off grid applications. Key benefits Enables 19V operation from a 12V source, reducing the need for a dedicated 19V supply Delivers up to 10A output to support demanding devices Compact module designed for easy integration into projects and enclosures Simplifies power conversion with a single boost stage for efficient energy use Useful in automotive, portable, solar, and field scenarios where a 19V supply is required Key attributes Model: Y2 boost module Type: DCDC boost converter Input voltage: 12V DC Output voltage: 19V DC Maximum output current: 10A Form factor: compact module suitable for PCB mounting and enclosure integration Construction: designed for straightforward integration into power paths; performance depends on input source and load Performance notes Output voltage and current are specified as maximum ratings; actual performance depends on load, input conditions, and wiring losses Efficiency and thermal behavior are not specified in the provided data; ensure adequate input supply capability and appropriate heat management for sustained use Compatibility and usage Compatible with 12V DC sources such as automotive batteries, portable power supplies, and 12V solar setups Suitable for powering 19V devices that require a DC 19V input, including certain laptops, displays, and other equipment that can accept 19V Applications Powering a 19V laptop from a 12V vehicle battery or portable 12V supply during travel Running a 19V monitor or display from a 12V solar or battery system in outdoor or remote locations Prototyping and testing 19V devices in a workshop or lab using a 12V bench or battery source Note: When integrating the Y2 boost module, verify that your 12V source can deliver the current required by the load, ensure correct polarity, and provide proper heat dissipation for reliable operation.