Not a good idea; you can kill the battery or worse........
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According to Moto the phone will not recognize the circuitry in the charger and it will lead to an over charged battery and second it "voids" the warranty. 1 which is illegal as long as the output is the same i.e. Voltage and Current (usually denoted V and mA) it is unlawful to claim it voids the warranty. 2 the phones are designed to stop charging when full and the government requires Li-ion batteries have cutoff protection circuitry to prevent the battery from venting. But Sprint does produce a charger that will only charge Sprint phones don't ask me how it just won't. I wouldn't use a Blackberry charger on a Moto the currents are too high for even the Blackberry which results in their infamous swollen batteries.
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I wouldn't use a Blackberry charger on a Moto the currents are too high
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Well, you're right as far as Motorola specifying their own chargers be used our it may void you're warranty. You're also right as to why based on Motorola's explanation. Where I beg to differ is the legality of the right to void the warranty if a third party charger is used.
To say that such a restriction is illegal is making assumptions. If that were so, then manufacturers wouldn't be able to protect themselves from excess warranty claims due to poorly designed power supplies which can result on damage to the device in question. It's not just about voltage and amperage, it's also about tolerances and quality of power. Poorly designed power supplies may produce 5.1v at 750mAh, but it may be riddles with RF Interferance, voltage fluctuations, current fluctuations, etc., and those "dirty" power sources stress components and cause at best early failure, and at worst catastrophic failure.
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The current rating of a charger is what it's capable of supplying, not what it will supply all the time. The phone has a current limiter (bionic's is at 850 mA). So even someone using a 2.1A USB port in their car will only draw .85A into the phone. USB ports on computers, for some perspective, are only capable of supplying 500mA of current, which is why your phone charges faster from a wall or car charger than it does from your computer.
This is right in theory. All this circuitry shoud limit the the maximum current draw. Some chargers post their nominal outputs so post peak outputs some post operational outputs some post any combination. If everything worked the way it should the batteries would last 5 years never suffer voltage, and would never be overcharged never swell up. Batteries are intentionally designed to fail in 2 years this is why manufacturers have moved to internal nonremoveable batteries it keeps people from hugging a device. If they do umm Humm LG and Verizon push an update to kill nonoem batteries that also harms their own batteries aw well. I ie octane ally lg gx520 anything using the lgip340nv battery.
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Not necessarily malfunction but inorder to increase battery capacity it has to either increase in size or chemistry density. The manufacturer determines the ratio of size, density and frailty of lithium so that it fits their device, their time table and has reasonable capacity and capacity retention. Sony is notoriously controlling on their batteries for their laptops and the released a bios update that rejected Sony batteries and would tell you to use oem batteries. LG has done the something and Samsung has also started to do a similar low level update to accomplish the same feat. Only on their Verizon phones. It seams to effect phones in the 2 year old to 5 year old range only.
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