Step Up Boost Converter Module 150W 12-32V to 12-35V DC to DC Step Up Converter Adjustable Voltage Power Supply Converter
Product Description
Input Voltage: 12~32V DC; Output Voltage: 12V~35V DC (continuous adjustable, default 19V); . Output Current: 6A; . Input Current: 10A; . Output Power: 100W ( cooling); 150W (add cooling fan)
This module would be the best choice if your project has 10-18V input while system board need 24V with big power, no need to debug, easily to achieve hight efficient high-power voltage boosting
The step up converter module could also act well as a boost charger, which you can use with a 12V power supply to a higher voltage storage battery, for example a 24V battery
DIY one adjustable output car power supply, only need to input 12V, then it can output continuous adjustable voltage, which is universal power supply for laptop, just connect input to 12V power supply, then adjust output voltage to fit your laptop. Note that the output voltage cannot be lower than the input voltage
Please note that power supply for your electronic equipments, the step up converter module can work normally as long as you adjust voltage as needed and current should not exceed the rated current
This module would be the best choice if your project has 10-18V input while system board need 24V with big power, no need to debug, easily to achieve hight efficient high-power voltage boosting
The step up converter module could also act well as a boost charger, which you can use with a 12V power supply to a higher voltage storage battery, for example a 24V battery
DIY one adjustable output car power supply, only need to input 12V, then it can output continuous adjustable voltage, which is universal power supply for laptop, just connect input to 12V power supply, then adjust output voltage to fit your laptop. Note that the output voltage cannot be lower than the input voltage
Please note that power supply for your electronic equipments, the step up converter module can work normally as long as you adjust voltage as needed and current should not exceed the rated current