Awesome
Now I may be not quite getting the full picture, but wouldn't an atty with lower resistance
vape differently than a standard one? I mean, resistance=heat=vapor, right? Seems like 10 watts at high ohms would not yield the same output as 10 watts at lower ohms. Power = voltage * current and current = voltage / resistance...
Not trying to be doubtful, just looking to be enlightened as a potential buyer
I kinda understand it though I'm sure someone can do a better job of explaining..
Some say that the "sweet spot" is 5V
vaping where it's not really the volts we should be looking at but the watts produced..
so we're kind going the reverse here of the HV atties..
5V battery + standard atty = about 10 watts
6V battery + 4.5 ohm atty = about 10 watts
7.4 battery + 5.2 ohm atty = about 10 watts
what we have here is (most likely) a 3.7V battery with a lower than standard ohm atty so it puts out about 10 watts...so it'd vape like a standard at 5V..
*remember as it's been pointed out by scottbee in another thread 510
batteries don't actually put out 3.7V..more like 3.1V ..so by upping the battery volts back up to a true 3.7V and lowering the ohm resistance of the atty you can get the same thing in a smaller package..
EDIT: Crap...I've been reading far to much on this darned forum and I went and learned something apparently