60W 조절가능 DC-DC 스텝다운 컨버터 -5V
(60W Adjustable DC-DC Buck Converter Module)
개요
- 본 제품은 60W 조절가능 DC-DC 스텝다운 컨버터입니다.
- RGB LED 스트립에 일정한 전원을 공급하여 안정적으로 색이 유지되게 하고 싶거나 서보 모터가 일정한 전원을 공급받아 부드럽게 움직이게 하고 싶을때 사용이 가능한 제품입니다.
- 12V나 리튬배터리 11V를 입력 받아 5V 전원을 출력하는 제품입니다.
특징
- Industrial-grade module,ensure long-term stable operation
- 1.8~5.1V output voltage adjustable
- Large output current
- 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"
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SHIPPING LIST
- 60W Adjustable DC-DC Buck Converter x1
- 2Pin Terminal Block x2
- Aluminum Heat Sink x1
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What is a buck converter?
A buck converter is a DC-to-DC converter that steps down the input voltage and steps up the output current. It does not waste as much power as heat as a linear regulator does. A buck converter is made up of a switch, a diode, an inductor, and a capacitor. The switch determines how much of the input voltage reaches the inductor and capacitor. They act as filters to smooth out the output voltage and current.
Introduction of 60W Adjustable DC-DC Buck Converter Module
Still bothered by how to correctly power your RGB LED strip or get smooth servo movement? Don't worry, this 60W DC-DC buck converter takes care of all.
This buck converter module converts high-power 12V or lithium battery 11.1V to 5V output. 60W power can be available with only one such module! Featuring adjustable 0.6V-5.1V output voltage and up to 18A output current, the module can be used to drive a 5m WS2812 RGB LED strip or other device requiring low voltage and high current.
In addition, the converter incorporates protective functions like short-circuit protection, over-current protection, and overheating protection to ensure stable performance.
Safe Operating Range
The parameters of the safe operating range are tested in typical experiment environments. It is recommended to measure the surface temperature of the buck converter to determine if the dissipation needs to be improved.
- Surface temperature < 80℃: the converter performs steadily
- Surface temperature in 80 - 90℃: dissipation improvement recommended
- Surface temperature >90℃: dissipation improvement is required since the overheat protection may be triggered at any time.
문서
연관제품
- 연관제품 1