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.
It is fairly obvious that 3600>2100, so 3600 mAH is greater than 2100 mAH. The unit mAH is milliamp-hour, or milliampere-hour, by the way.
That would depend on the actual battery's specifications. I've seen some D cells rated as low as ~2000 mAh. However a full true D cell should have a rating between 10,000 mAh and 15,000 mAh.
mAh = milliamp hours, which is battery capacity
4400 mAh means that the battery can produce 4400 mA for one hour. Similarly, 7200 mAh means 7200 mA for one hour. In reality, these specifications are for a eight-hour rating, meaning that the 4400 mAh battery can produce 550 mA for eight hours but, comparatively, you can just ratio the ratings, so the 7200 mAh battery will last 60% longer than the 4400 mAh battery There's more to it than that, however, as you need to know that the laptop is designed to use either battery, otherwise the camparison is meaningless.
As both batteries have exactly the same output voltage 9.6 Volts, there will be no effect to the device. The bigger battery just lasts for a longer period of time before it has to be re-charged. You can get an approximate idea of how much longer by doing some simple calculations: If the device takes a current of 100 mA, * it would run for 700 /100 = 7 hours on the 700 mAh battery * it would run 2500/100 = 25 hours on the 2500 mAh battery.
probably, yes. imagine putting twice a much AA's in your radio or whatever.
200 mah s !!!
7900 - 7200 = 700
mah foot.
The difference is 0.6 AH, or 600 mAH.
BL-4C has GND-to-BSI resistance of 75 kOhm with capacity of 860 mAh.It runs at 3.7 VBL-5C has two series:BL-5CA has GND-to-BSI resistance of 47 kOhm with capacity of 700 mAh.It runs at 3.7 VBL-5CB has GND-to-BSI resistance of 30 kOhm with capacity of 800 mAh.It runs at 3.7 V
seems like there is not physical size difference, only capacity is different. 5C ist better than 5CA, provides more battery life. They can be interchanged without problems.
Sure, if they have the same voltage.
In batteries BL-5C series is the most popular battery type in Nokia phones. They have the widest compatibility with other . The only difference between the BL-5C, BL-5CA & BL-5CB types is battery Charge Carrying capacity. These are all interchangeable i-e, you can use in any one for you compatible Nokia Mobile sets. 11001101110811101110i11121200120812091255128013151600161616501680 classic1681 Classic18006030, 6230i 230023102323 Classic2330 Classic2355260026102626 The breakdown of battery capacity is as under: BL-5C - 970 mAh BL-5CA - 700 mAh BL-5CB - 800 mAh Therefore the BL-5C - 970 mAh will give a longer battery time for your set as compared to BL-5CA, BL-5CB. Posted By Fiz87
The latter has 50mAh more than the other.
yes
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.
Anyway, the 800mAh batteries will last longer than the 600mAh ones because they have more storage capacity.See: http://www.greenbatteries.com/nibafa.html#mAh%20definedAnyway, you can get even better batteries (up to 1000mAh) here: http://www.thomas-distributing.com/aaa-nimh-batteries.phpYou will notice a big difference in play time between 600 and 1000. The bigger the better.