Transplanting a cell is the transplanting of a cell from one electronic device or battery pack into another device or battery pack. When conducting cell transplantation, the following points need to be noted:
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1. Cell type and specifications must be the same. If different, the battery voltage and current parameters may not match, resulting in equipment damage or short circuit and other dangerous conditions.
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2. The connection mode of the battery cell must be correct. The connection modes of the cell include series and parallel connection. If the number of cells in series does not match, it will lead to unbalanced voltage, which will affect the working effect of the equipment, and may also damage the equipment.
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3. Insulation must be in good condition. The battery cell must be placed in a sound insulation body to prevent the battery cell from contacting other metals or conductive materials directly, resulting in short circuit or electrical spark.
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4. Monitor battery voltage and temperature. The cell after transplantation may have different degrees of damage, so it is necessary to monitor the voltage and temperature of the cell in time after transplantation to ensure that the battery pack can work normally and avoid dangerous situations.
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In short, transplanting cells is a job that requires great care and skill, and requires a certain understanding of electronics and circuit principles. If you are unsure of your abilities, it is recommended to seek professional help.
Transplant battery cell must pay attention to the following points:
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1. Type of battery: When transferring the cell, first of all, ensure that the cell model to be transplanted is the same as the model of the galvanic cell, and the voltage and capacity should be consistent.
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2. The quality of the battery cell: When transferring the battery cell, be sure to ensure that the quality of the battery cell is good, and do not buy inferior batteries to avoid safety risks.
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3. Battery voltage: The voltage of the battery cell is compatible with the device, if the voltage of the battery cell is too high, it may damage the charge management chip during charging.
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4. Battery capacity: the capacity of the battery cell is compatible with the device, if the capacity of the battery cell is insufficient, it may not be able to be used normally.
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5. Protection circuit: After transferring the cell, try to keep the original protection circuit of the battery unchanged to ensure the safety of the battery.
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In addition, the process of transplanting the cell requires a certain amount of technology and knowledge reserves, and the operation must be very careful to prevent accidents. It is recommended to find a professional or maintenance organization to deal with it.
1, try not to play with the phone when charging, do not let the phone in a high or low temperature state for a long time to restore the health of the Apple battery.
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2, as long as you have a charger, plug in the iPhone and charge it, drive out, and connect the iPhone to the car charger; Go out with a backpack, bring a charging bank, charge at any time; The phone is smart, you don't have to worry about blowing it up; If you charge from 100% to 0% each time, the percentage of remaining capacity will drop very quickly, try not to let the charge fall below 75%, 60% is the bottom line
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3, if it is really unfortunate less than 60%, then find a place to charge as soon as possible; You can put some wireless chargers in your home, office, etc., so that you can charge them when you put them down; Do not charge in high temperature, low temperature environment, try to charge in room temperature environment