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Manufacturer
EEMB
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Li-Pol | 3,7 VDC | 2000 mAh | - | 55x34,5x10,3 mm | bulk | Connector | - |
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Manufacturer
EEMB
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Li-Pol | 3,7 VDC | 600 mAh | - | 51x34,5x4,1 mm | bulk | Connector | - |
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Manufacturer
EEMB
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Li-Pol | 3,7 VDC | 250 mAh | - | 31x20,5x5,3 mm | bulk | Connector | - |
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Manufacturer
EEMB
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Li-Pol | 3,7 VDC | 140 mAh | - | 32x12,5x5,8 mm | bulk | Connector | - |
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Manufacturer
EEMB
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Li-Pol | 3,7 VDC | 500 mAh | - | 40x24,5x5,9 mm | bulk | Connector | - |
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Manufacturer
EEMB
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Li-Pol | 3,7 VDC | 750 mAh | - | 46x29,5x6,3 mm | bulk | Connector | - |
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Manufacturer
EEMB
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Li-Pol | 3,7 VDC | 1100 mAh | - | 50x34,5x6,3 mm | bulk | Connector | - |
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Manufacturer
EEMB
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Li-Pol | 3,7 VDC | 130 mAh | - | 31x12,5x5,3 mm | bulk | Connector | - |
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Manufacturer
EEMB
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Li-Pol | 3,7 VDC | 1850 mAh | - | 51x34,5x10,3 mm | bulk | Connector | - |
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Manufacturer
EEMB
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Li-Pol | 3,7 VDC | 125 mAh | - | 22x16x5 mm | bulk | Connector | - |
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Manufacturer
EEMB
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Li-Pol | 3,7 VDC | 1200 mAh | - | 60x37,5x5,3 mm | bulk | Connector | - |
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Manufacturer
EEMB
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Li-Pol | 3,7 VDC | 150 mAh | - | 22x16x5 mm | bulk | Connector | - |
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Manufacturer
EEMB
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Li-Pol | 3,7 VDC | 300 mAh | - | 31x20,5x6,3 mm | bulk | Connector | - |
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Manufacturer
EEMB
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Li-Pol | 3,7 VDC | 750 mAh | - | 47x29,5x6,3 mm | bulk | Connector | - |
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Manufacturer
EEMB
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Li-Pol | 3,7 VDC | 900 mAh | - | 49x39,5x6,3 mm | bulk | Connector | - |
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Manufacturer
EEMB
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Li-Pol | 3,7 VDC | 900 mAh | - | 48x30x6 mm | bulk | Connector | - |
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Manufacturer
EEMB
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Li-Pol | 3,7 VDC | 200 mAh | - | 23x16,5x8,3 mm | bulk | Connector | - |
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Manufacturer
EEMB
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Li-Pol | 4,2 VDC | 1300 mAh | - | 49x30,5x26 mm | bulk | Connector | - |
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Manufacturer
EEMB
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Li-Pol | 3,7 VDC | 2000 mAh | - | 56x34,5x10,3 mm | bulk | Connector | - |
To generate electricity, accumulators use chemical reactions that can occur in both directions. During charging, chemical energy is converted into electrical energy, and during discharging, the process is reversed. Accumulators are designed to be repeatedly discharged and recharged, which is a significant difference compared to regular batteries. This characteristic reduces the operating costs of devices and makes them more environmentally friendly. Various types of accumulators are manufactured from different materials, which determines their properties and parameters during charging and discharging.
Accumulators find their application mainly in automobiles, solar power plants, as well as in consumer electronics such as mobile phones, laptops, and similar devices.
In the SOS electronic offer, you can find accumulators from the EEMB brand and others.
