Featuring adjustable 0.6V-5.1V output voltage and up to 18A output current, the module can drive a 5m WS2812 RGB strip or any device requiring low voltage and high current. Additionally, the converter incorporates protective functions like short-circuit protection, over-current protection, and overheating protection to ensure stable performance.

FEATURES
- Industrial-grade module, ensures long-term stable operation
- 1.8~5.1V output voltage adjustable
- High output current
SPECIFICATION
- Input Voltage: 9V-15V
- Output Voltage: 0.6V-5.1V
- Output Current: 18A (Active Dissipation)
- Output Power: 60W (Active Dissipation)
- Conversion Efficiency: 92% (Typical)
- Outline Dimension: 52×37mm / 2.05×1.46”
Safe Operating Range
The parameters of the safe operating range are tested in typical experimental environments. It is recommended to measure the surface temperature of the buck converter to determine if heat dissipation needs to be improved.
- Surface temperature < 80℃: the converter performs steadily
- Surface temperature 80 - 90℃: dissipation improvement recommended
- Surface temperature > 90℃: dissipation improvement required, as the overheat protection may be triggered at any time
APPLICATIONS
- Industrial applications
- Battery-powered devices
- LED lighting
- Communication equipment
Featuring adjustable 0.6V-5.1V output voltage and up to 18A output current, the module can drive a 5m WS2812 RGB strip or any device requiring low voltage and high current. Additionally, the converter incorporates protective functions like short-circuit protection, over-current protection, and overheating protection to ensure stable performance.

FEATURES
- Industrial-grade module, ensures long-term stable operation
- 1.8~5.1V output voltage adjustable
- High output current
SPECIFICATION
- Input Voltage: 9V-15V
- Output Voltage: 0.6V-5.1V
- Output Current: 18A (Active Dissipation)
- Output Power: 60W (Active Dissipation)
- Conversion Efficiency: 92% (Typical)
- Outline Dimension: 52×37mm / 2.05×1.46”
Safe Operating Range
The parameters of the safe operating range are tested in typical experimental environments. It is recommended to measure the surface temperature of the buck converter to determine if heat dissipation needs to be improved.
- Surface temperature < 80℃: the converter performs steadily
- Surface temperature 80 - 90℃: dissipation improvement recommended
- Surface temperature > 90℃: dissipation improvement required, as the overheat protection may be triggered at any time
APPLICATIONS
- Industrial applications
- Battery-powered devices
- LED lighting
- Communication equipment