DC-DC Step Down XL4016 (Peak 12A) Adjustable Voltage Regulator Module Buck Converter

  • Was  RM40.00 
  • RM28.00

  • Product Code: XL4016 12A
  • Availability: In Stock

Provide high-current power to your single-board computer or other electronics project using this high-quality DC-DC stepdown voltage converter.
Great option for powering ODROID-XU4 and other high-performance boards from a suitable battery source!



  • Input voltage: 7V – 30VDC
  • Output voltage: DC 0.8 – 28V Continuous (Adjustable)
  • Output Current: 0 – 12A (Adjustable)
  • No-load current: Typical 20mA (24V switch 12V)
  • Output Power: Max 300W
  • Conversion efficiency: up to 95%
  • Operating frequency: 300KHZ
  • Load regulation: ± 1% ( constant )
  • Voltage regulation: ± 1%
  • Dynamic response speed: 5% 200uS
  • Output short circuit protection : Yes (limit current 14A)
  • Over-temperature protection: Yes
  • Input Reverse Polarity Protection: None
  • Output prevent backflow: None
  • Operating temperature: -40°c to +85°c
  • Size: 65 x 47 x 22mm (L x W x H)


*Note: Gently rotate the potentiometer counter-clockwise around 7-8 round will drop the output voltage for the first time usage .


How to set-up:

  1. Power up the module with a stable and accurate power supply , such as a 5V power supply, then shot press the button on the right side to select which one do you need to adjust (input or output), and long pressing (press time > 2S) the button(right) makes the module enter the calibration model, after releasing the button, the related LED would blink to indicate which voltage is now calibrating, and the numeric display blinks the correction value.
  2. Short press the button to change the correction value, Short press the button on the right side, voltage increases one unit, Short press the button on the left side, voltage reduce one unit, for example, if your power supply is 5V, but the result of voltage meter is 4.8, you need to set the value to 5V.
  3. Long press button on the right side(press time ≈ 2S), to store the voltage correction value.
  4. Calibrate the output voltage in the same way above; The correction value will be stored in nonvolatile memory.

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Tags: Step-Down