Really liking the positive attitude!
If, I knew how to 'thumbs up' this I would! LOL
Really liking the positive attitude!
Ohms law easy. Divide your voltage (4.2) by ohms (lets say .5) to get amps which would be just over 8. Also if making dual coils the amps double.
Ok, great! Couple questions. How do I figure my volts? So once I figure amps for the dual coil I just double it? 8+8=16
Now figuring all these things out, what numbers do I need to be aware of to know that I'm being 'safe'?
Well, the most important difference between clones and originals affecting huge clouds would be voltage drop. But I've read many posts where people claim their mod has a huge voltage drop, but they didn't check the voltage drop of the battery beforehand, and their mod had a very minor voltage drop.
No, you add the ohm together of the coils before you divide.
No, you add the ohm together of the coils before you divide.
So you just lost me... Can you put together sort of a equation for me to follow?
No, you add the ohm together of the coils before you divide.
Yeah, Ohm's Law. jk
For example, dual coils at 1 ohm each will have an overall resistance of .5 ohms. Take 4.2 and divide it by .5, you get 8.4A. This is well below your 30A battery, so you are safe.
Yeah, Ohm's Law. jk
For example, dual coils at 1 ohm each will have an overall resistance of .5 ohms. Take 4.2 and divide it by .5, you get 8.4A. This is well below your 30A battery, so you are safe.
Edited....
THIS is what I was thinking, and meant to say.Yeah, Ohm's Law. jk
For example, dual coils at 1 ohm each will have an overall resistance of .5 ohms. Take 4.2 and divide it by .5, you get 8.4A. This is well below your 30A battery, so you are safe.
Why wouldn't a 1 ohm each dual coil mean a total value of 2 ohms? Which would mean an overall resistance of 1 ohm rather then .5 ohms?
THIS is what I was thinking, and meant to say.
It would if they were in series, connected the way batteries are in a flashlight, stacked. They are not, they are in parallel. So resistance is halved.