Oh, I see. You don't pay for a battery....What do u do when your cellphone battery goes out? Put 2xAA in it with a hammer? And call Nokia to pay for the 2AA?
How did that show that I don't pay for a battery? Most AA NiMh would outlast your cellphone battery anyway. Plus I don't have or want a cellphone.
1)Most phones though would not require a hammer to insert that size of a battery, a simple 3 pack of AA batteries would do the trick.
2)The hammer would also not allow for the proper contact to be made between the batteries and the contacts.
3) 2 would not provide sufficient voltage to power your device, though it could depending on the model and operating voltage tolerances.
4)Rechargeables have a nominal voltage of 1.2V DC as oppose to the 1.5V DC of a standard alkaline. They do overcharge and cap at 1.4V DC, so you may be able to operate it for a while but this overcharge disappears quickly.
5) I don't expect the manufacturers to pay for a battery that is out of warranty, but cheaper options should be available to the
average consumer through the manufacturers.
1 - 3AA? Sorry, I forgot you americans use brick sized cellphones.
2 - Sorry, I forgot again u use "thor" size hammer. In that case you're right.
3 - you said " Most AA NiMh would outlast your cellphone battery anyway" and than you say "2 would not provide sufficient voltage to power your device". Something's wrong here. Or I just don´t understand english or you scrambled your words
4- I don´t have a clue. Maybe you're right.
5- And why don´t manufacturers make those kinds of batteries? They should make "unbranded" bats. like they do to other electronic products.
Now it's your turn to bring me dow!
Bringing down the hammer! :lol:
1) It's not the size of the phone, rather the voltage needed to obtain the 3.7V or 6V used in most cellphones.
2) To be able to use three batteries to obtain the 3.7 volts, they must be made into a series circuit ((-+-+-+)=3.6V) and then solder to the contact pins. Thor's hammer could maybe solder it too, but might fry the rest of it.
3) There is a difference between the voltage and amp rating. The voltage is the 3.7V. This is how much it needs to operate. The amp rating determines how long it will last. 1500mAh will not last as long as say 2500mAh, same voltage, just different amp ratings, this is what you get when a battery is longer lasting.
4) Point
5) They can make more money.
Check