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DC-DC boost power module 3V-6V input to 12V output 1.2A current conversion efficiency 90% -80955
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DC-DC boost power module 3V-6V input to 12V output 1.2A current conversion efficiency 90% -80955

DC-DC 3.3V 3.7V 4.5V 5V to 12V Step Up Boost Converter Module for Smart Home

    product detail

    Mini DC-DC 3.3V 3.7V 4.5V 5V to 12V Step Up Boost Converter Module for Smart Home

    We have here a very impressive product with countless of features that you will surely need! This module has a lot of excellent functions. 1.2A current limiting resistor, remove the resistance, the maximum input current can reach 2A. And IC have "over temperature protection" function. It will turn off the power MOSFET automatically when the internal junction temperature is over 150 Degrees Celsius. The power MOSFET wake up when the junction emperature drops 30 under the OTP threshold temperature. It is small and easy to operate, of course, it's safe. Do not hesitate to ask us for our recommendation to ensure the best possible feature and function that will work out for you!

    Features:

    Small size, convinent for carrying and storing.

    Sufficient voltage and steady current.

    Easy to operate and very safe.

    Good in quality but inexpensive.

    All the product will send after good package.

    Widely-used, suitable for many kinds of electric appliances.

    Specifications:

    Output 5V

    Input voltage: 3-6V, output 12+-0.6V

    Maximum output current: 1.2A

    Start voltage: 2.8V, output current: 50mA

    Input: 3V 1A, output: 12V 220ma

    Input: 3.3V 1A, output: 12V 250mA

    Input: 3.7V 1A, output: 12V 280mA

    Input: 4.5V 1A, output: 12V 340mA

    Input: 5V 1A, output: 12V 370mA

    Input: 6V 1A, output: 12V 450mA

    Item size: 20.5 * 10.2 * 5.6mm / 0.8 * 0.4 * 0.2in

    Package size: 20.5 * 10.2 * 5.6mm / 0.8 * 0.4 * 0.2in

    Notice:

    1: Input voltage can not be greater than the maximum input range.

    2: Output power can not be greater than the maximum load for a long time.

    3: Input power must be greater than the output power, because the power consumption of the module itself.