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release time:2023-02-15
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1. Multiple rate: The abbreviation of discharge with a geometric multiple current with nominal capacity.
2. Actual capacity: The capacity that can be released with a discharge below 1c.
3. High -power capacity: The capacity that can be released with more than 1C.
4. Nominal voltage: 3.7V.
5. Termination voltage: 4.2V, 3.0V.
6. Middle value voltage: The battery voltage with a discharge to 50%capacity is close to the average voltage, which is related to explosive power and multiplier discharge.
7. Normal charging: 0.5C, 1C constant current constant voltage charging to 4.2V, full 160 minutes with 0.5C, and charging with 1C for about 80 minutes.
8. Quick charging: 2C-5C constant current constant voltage charging to 4.2V, about 20 minutes, 30 minutes. Fast charging will affect the battery life, and the charging performance is not as high as normal charging, and there will be a certain loss.
9. Conventional discharge: discharge below 1c.
10. Continuous multiplier discharge: The maximum rate discharge current from the continuous discharge to the termination voltage.
11. Instalist multiple: The battery can allow the maximum discharge current (within 3 seconds).
12. Battery storage: It is better for the long -term storage of batteries to storage at about 60%. LIPO usually does self -discharge every 2 months, keeping the voltage of about 3.9V.
13. Battery life: The cycle of the battery is generally about 300-500 times, and the cycle of the high-power battery is about 60-80 times.
14, discharge temperature: a standard for measuring stability. Generally at 60 degrees to 70 degrees, the external temperature also affects the discharge efficiency, and the lower the temperature, the lower the discharge efficiency. When the battery is 35 °, the discharge is the highest, and the discharge when 25 ° is the most stable. It is a high temperature environment above 45 ° and a low temperature environment below 0 °. It is extremely unfavorable to batteries.
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