200 mah s !!!
7900 - 7200 = 700
mah foot.
It means that the charger is built to be used together with a battery that has a 500 mAh (500 milli ampere hours) capacity.
It means it has more power.If it fits in your phone it should work.But look where the battery goes it might say there is a may battery you can put in it.
Not really. 6000 mah means the battery has a capacity of 750 (6000 / 8) ma for 8 hours, while 7800 mah means the battery has a capacity of 975 (7800 / 8) ma for 8 hours.
Milliampere-hour (mAh) is a unit of electric charge, while ampere (A) is a unit of electric current. The relationship between them is that 1 Ampere = 1000 milliamperes. So, 1 ampere-hour (Ah) equals 1000 milliampere-hours (mAh).
The difference between a 550mAh and a 900mAh mobile phone charger is the capacity of the battery. A 900mAh charger will have a higher capacity, meaning it can provide more energy to your phone and charge it more times compared to a 550mAh charger. This results in a faster charging speed and longer battery life for your phone.
mAh (Milliampere-hours) and volts are two different measurements in electricity. mAh represents the capacity of a battery to store energy, while volts represent the electrical potential difference. There is no direct conversion between mAh and volts as they measure different aspects of the electrical system.
probably, yes. imagine putting twice a much AA's in your radio or whatever.
These figures represent capacities of use for batteries. If a device uses 50 mA an hour on a 800 mAH battery, the device would operate for 16 hours before depleting the battery. If the same device was connected to a 700 mAH battery, the device would operate for 14 hours before depleting the battery.
The main difference between a 1500 mAh and a 2800 mAh phone battery is their capacity to store energy. The 2800 mAh battery can store more energy compared to the 1500 mAh battery, which means it can potentially last longer between charges. However, the actual battery life will also depend on other factors like the phone's power efficiency and usage patterns.