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1 db 3,7 V 4,2 V Lithium Li-ion 18650 akkumulátortöltő kártya DC-DC Step Up Boost lítium akkumulátor töltés Step-Up

1 db 3,7 V 4,2 V Lithium Li-ion 18650 akkumulátortöltő kártya DC-DC Step Up Boost lítium akkumulátor töltés Step-Up

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191 Ft
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Before use, before debugging, the default output is about 9V. Input voltage 4.5-8V The output voltage can be continuously adjusted 4.3-27V (4.3V or more, 27V or less, any voltage can be output, you can adjust the voltage counterclockwise) Charging voltage 4.2V Charging current is 1A Discharge current 2A output current to calculate Output reference maximum current 5V 1.4A , 9V 0.8A, 12V 0.6A Static current is about 0.5 mA Overshoot protection Overdischarge protection None (it can be said that there is 2V cut-off boost, but there is still 2V without blocking the output) Cut-off boost 2V, depending on the situation, whether to add a protection board For example, VIN termination 5V solar panel BAT terminal can output 4.2V to 3.7V 18650 battery charging OUT terminal can output an adjustable voltage How much you need to adjust Can be used for multimeters, modified lithium battery charging
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1 db 3,7 V 4,2 V Lithium Li-ion 18650 akkumulátortöltő kártya DC-DC Step Up Boost lítium akkumulátor töltés Step-Up kártyamodul
1PCS 3.7V 4.2V Lithium Li-ion 18650 Battery Charger Board DC-DC Step Up Boost Lithium Battery Charging Step-Up Board Module
Before use, before debugging, the default output is about 9V. Input voltage 4.5-8V The output voltage can be continuously adjusted 4.3-27V (4.3V or more, 27V or less, any voltage can be output, you can adjust the voltage counterclockwise) Charging voltage 4.2V Charging current is 1A Discharge current 2A output current to calculate Output reference maximum current 5V 1.4A , 9V 0.8A, 12V 0.6A Static current is about 0.5 mA Overshoot protection Overdischarge protection None (it can be said that there is 2V cut-off boost, but there is still 2V without blocking the output) Cut-off boost 2V, depending on the situation, whether to add a protection board For example, VIN termination 5V solar panel BAT terminal can output 4.2V to 3.7V 18650 battery charging OUT terminal can output an adjustable voltage How much you need to adjust Can be used for multimeters, modified lithium battery charging
4000834516012 - aitex
4000834516012

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1 db 3,7 V 4,2 V Lithium Li-ion 18650 akkumulátortöltő kártya DC-DC Step Up Boost lítium akkumulátor töltés Step-Up

Before use, before debugging, the default output is about 9V. Input voltage 4.5-8V The output voltage can be continuously adjusted 4.3-27V (4.3V or more, 27V or less, any voltage can be output, you can adjust the voltage counterclockwise) Charging voltage 4.2V Charging current is 1A Discharge current 2A output current to calculate Output reference maximum current 5V 1.4A , 9V 0.8A, 12V 0.6A Static current is about 0.5 mA Overshoot protection Overdischarge protection None (it can be said that there is 2V cut-off boost, but there is still 2V without blocking the output) Cut-off boost 2V, depending on the situation, whether to add a protection board For example, VIN termination 5V solar panel BAT terminal can output 4.2V to 3.7V 18650 battery charging OUT terminal can output an adjustable voltage How much you need to adjust Can be used for multimeters, modified lithium battery charging

Write your review