Product Description
- Statement: The output power of this module is affected by many factors besides the load capacity of the module itself, such as the front-stage power supply and the back-stage load. The following data is the result measured by professional equipment and does not consider the influence of other factors.
8. Input current: 10A (MAX) (please increase heat dissipation if it exceeds 10A)
9. Output power: Natural cooling 100W (MAX), plus fan 150W (MAX)
10. Easily drives 65W 90W laptops including dual-core
11. Using a 12V battery with a normal 19V 3.42A laptop module, the temperature is about 45 degrees
12. Conversion efficiency: 94% (measured at 16V input and 19V output at 2.5A) (for reference only)
13. Working temperature: industrial grade (-40℃ to +85℃) (If the ambient temperature exceeds 40 degrees, please reduce the power or add a fan)
14. Full load temperature rise: 45℃
15. weight 67.5 G 65 (length) * 47 (width) * 23.5 (height) mm (excluding copper column)
16. No-load current: Typical 25mA
Application
1. DIY an output adjustable car power supply. Just connect your 12V power supply to the input, and you can freely and continuously adjust the output voltage (14-35V), but the output voltage cannot be lower than the input voltage.
2. Universal car laptop power supply. The input is connected to your 12V power supply, and the output is adjusted to the voltage of your laptop to work.
3. To power your electronic devices, as long as the voltage is adjusted to the voltage you need and the current does not exceed the rated current, it can work normally.
4. System front-end power supply. When you are working on a project and the input is 10-18V, your system board needs a power supply of about 24V, which is very powerful, and the power of ordinary DC-DC modules is too small. You can work directly on the machine without debugging, and easily achieve efficient and high-power boost.
