Slower Charger = Better Battery Life?
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http://www.telcomponents.com/Genuine...s_Charger.html
http://www.amazon.co.uk/gp/aw/s/ref=...bUvbUpU6915039
You may wish to give the seller a call and ask if it is indeed "OEM Nokia" & if it puts out "5V@550mA".Last edited by olblueyez; 12-06-11 at 09:24 PM.
12-06-11 08:34 PMLike 0 -
Your USB ports "share power" since they are connected in pairs.
You may find topping off the battery with USB to be fine but I have a hunch that charging your phone when the battery is low will take forever. You also have to consider the state of your USB ports when your computer is off/sleeping/left on etc. Power output can be found in the Windows Control Panel and you may have power management options in Windows as well as your computer bios.
Run your battery down to 15 or 20 percent and let it sit plugged into your computer over night. Then let us know how it does. It might just work. Its hard to give people a definitive answer to this question because everyone isn't using the same computer with the same settings.
I will post some more info on computer settings when I get home from the grocery store.Last edited by olblueyez; 12-14-11 at 12:02 PM.
Berrywannabe likes this.12-14-11 12:00 PMLike 1 - BrantaRetired Network Mod
The killers for most batteries are usually overheating during charging, and overcharging. Historically that tended to happen most often with a high charge rate (more heat) on the old style NiCd cells which would heat rapidly as a response to overcharging. That was one of the main causes of the so-called memory effect - fast charge timed to charge a fully depleted pack but presented with a half charged battery.
The current crop of lithium based smart batteries are much better behaved and don't get so warm on fast charge but they still don't like overcharge. For safety the built-in sensor/charging circuits often shut down a fast charge at about 98%, and may or may not go to reduced rate trickle to top-up the last few percent. However, it appears a lower constant charge rate may trigger a different shutdown profile in some microprocessor controlled chargers, and the battery will be taken direct to 100% of sensed capacity. Although it takes longer to get there it may get a few milliwatt-hours more charge.
Note that the differentiating factor is the actual charge rate delivered to the battery, and NOT the rated maximum output of the charging supply. Most smartphones are supplied with a charger "brick" rated between 500-700mA, but this is only the maximum output of the power supply. The actual charging control circuits are in the phone and/or battery and they will regulate the applied current within (less than) the limit of the supply's capability. As a result it doesn't make any difference if an over-rated supply is used, the excess current is simply not used. Think of that like driving a Ferrari through city traffic, with your right foot as the controller. The engine may be capable of producing 600bhp but you probably never allow it to deliver more than 100bhp to the wheels.12-14-11 09:16 PMLike 0 -
How many places in your home do you have where you have a table or counter to rest your Blackberry where a power socket is 3 feet away?
Kinda narrows things down a bit doesn't it? Or you could pay another 20 plus dollars for a 6 foot RIM USB cable that Monoprice will sell you for $1.50. And even if you did that you would still have a crap charger.12-24-11 06:37 AMLike 0
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Slower Charger = Better Battery Life?
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