3.6 Volts Divided by 0.4 Ohms Equals 9 Amps
3.6 Volts Divided by 0.3 Ohms Equals 12 Amps
3.6 Volts Divided by 0.2 Ohms Equals 18 Amps
3.6 Volts Divided by 0.1 Ohms Equals 36 Amps
3.6 Volts Divided by 0.05 Ohms Equals 72 Amps
See how quickly it starts multiplying at lower ohm's? That right there is why we need to be careful, drawing 72 amps off of a 20amp rated battery will be pretty damn close to a dead short...
As someone else stated the Eleaf 20w will fire down to 1 ohm I believe it was. It will not fire if you put too low of an ohm device on it. since it is an internal battery and a regulated device the amps is irrelevant on it.
Devices that have replaceable batteries is where you have to be sure to get the right battery that will handle the amps your atomizer will require.
Steam Engine is your best friend for building. Helps calculate wire wraps, ohms law, battery drain, mod range, etc... Be sure to check it out, it is a VERY helpful tool
Watts are volts x amperes. They are not the same. Now that said, as amperes are typically constant on a DC devices, any variance in wattage will be a result of a variance in voltage.
So if you're running a VV/VW mod, they will be somewhat interchangeable.
Download the app called "Ohm's Law" from the App Store. You provide two variables and it calculates the rest. Before firing any coil, make sure to throw the build on an ohm meter prior. Be safe!
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