Oh Burnie, I am sorry if I implied that the chart is not correct. He made that using the P=E^2/R formula, except I wrote the formula the way electricians and electronics technicians/engineers would write it. P is Power, which is Watts (not measured, always calculated), E is voltage in Volts...
Nice chart, Burnie... but... Here in my hand is an eVic VT with an old Protank 2 and the display says my coil is 2.12 Ohms. I have the VW set at 13.5W for a pleasantly warm (NOT hot) vape and optimal flavor. The display claims I am using 5.34 Volts. I never get any "burned" hits and my coils...
No cell phones for me at all... and I take the easy way out for TC mods. I just move the temp around until I get the vape I like and leave it there until I change my juice flavor.
Thanks Shawn for saying what I was aiming at but couldn't quite get laid out... that is, no way to make a simple chart for temperature because of all the variables that simply cannot be accounted for. Now, if Uncle provides one of us (you more so than me because you are better at this than I am)...
Sorry Rix... didn't know it was that much of a secret. I'll keep the "ESP" silent from here on out. (but you did show the certificate that says "star warts theme")
But Uncle, doesn't everyone own a calculator and the formulae are really very simple: Power = Voltage squared divided by resistance... I know you are smart enough to poke those buttons on your calculator. And if it really bothers you that much, just send one of us a PM with the numbers and we'll...
For ease of brain pharts... :) forget voltage if you are using a TC mod and concentrate on Watts. While Watts are not directly transferable to temperature, they are a very good guesstimate. The higher the Watts for any given coil, the hotter the temperature. For example, my iJoy in TC mode, set...
So when ya gonna show us the side with Darth Flamer, or the back with the Tie (Ty?) fighters? OK, Deb, there's one for yer contest: I can see into the future... ;)
Because you have to work within the constraints of Ohm's Law (E=IR or P=IE therefore P=E^2/R) you must provide at least two of the unknowns to find the third. Having a voltage will not get you a wattage unless you know the resistance of the coil. Then, to top that off, if you want temperatures...
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