DFRobot
Solar Lipo Charger (3.7V)
$7.80
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This Solar lipo charger is designed for single Lithium battery (3.7V) for intelligent charging, with input reverse polarity protection. The maximum c...
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This Solar lipo charger is designed for single Lithium battery (3.7V) for intelligent charging, with input reverse polarity protection. The maximum charging current is 500 milliamperes and the connection is simple and convenient. Used with the solar battery and lithium battery, you can quickly build a solar power system. Nowadays green power, for stationary or mobile projects is becoming highly requested. Add this to your project with solar panels and make a stand alone embeded application fast. Add some of our best choices of wireless and data stream your sensoring or monitoring devices.
APPLICATIONS
- Simple solar charger.
- Solar power system, Green energy.
SPECIFICATIONS
- Input Voltage: 4.4 ~ 6V
- Charging Current: 500mA Max (Depending on the solar battery supply capability)
- Charging Cutoff Voltage: 4.2V
- Operating Temperature: -40 ~ 85°C
- Module Size: 33mm * 33mm * 12mm(1.30"*1.30"*0.47")
- Requisite battery: 3.7V lithium battery (Please note the maximum permissible charging current of the lithium battery)
- Charging Indicator:
- No Battery: Red LED Flashing
- Charging: Red LED
- Done: Green LED
OPTIONAL PARTS
DOCUMENTS
SHIPPING LIST
- Solar Charger Module x1
Jargon buster
Plain-language definitions for the technical terms used above.
- LED
- A light-emitting diode is a small electronic component that lights up when current flows through it in the correct direction. In this kit, LEDs create the flashing effect, so polarity and correct soldering matter for the project to work.
- LiPo
- A lithium polymer rechargeable battery commonly used in portable electronics projects. It matters because LiPo batteries need correct charging circuitry and care, and this board includes hardware intended for that battery type.
- reverse polarity protection
- A circuit feature that helps protect the board if power is connected the wrong way around. It matters because it can reduce the chance of damaging the breakout during wiring mistakes, especially in classroom or prototyping use.
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