Hello
What is the lowest resistance i can use on HOG XL? Can you provide calculation using ohms law?
What is the lowest resistance i can use on HOG XL? Can you provide calculation using ohms law?
HOG XL minimum resistance
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Hi and welcome,
It appears that the unit has a 60 amp limit...IMO, builds should draw 48 amps or less.
Cheers
I
Thanks so 8.4/48= .18 minimum correct?
Say that I have two builds both have a resistance of .2
Build 1: 22AWG, 3.5mm ID, 6 wrap = .2
Build 2: 20AWG, 3.5mm ID, 9 wrap = .2
Which build consumes less power?
Thanks so 8.4/48= .18 minimum correct?
Say that I have two builds both have a resistance of .2
Build 1: 22AWG, 3.5mm ID, 6 wrap = .2
Build 2: 20AWG, 3.5mm ID, 9 wrap = .2
Which build consumes less power?
I’m assuming the 20AWG because the wire is thicker and there are more wraps.
Say that I have two builds both have a resistance of .2
Build 1: 22AWG, 3.5mm ID, 6 wrap = .2
Build 2: 20AWG, 3.5mm ID, 9 wrap = .2
Which build consumes less power?
I’m assuming the 20AWG because the wire is thicker and there are more wraps.
Power = voltage x resistance
Since both builds have the same resistance, given the same battery/mod, the power would be the same for both.
This article is a good read.
How To Calculate Ohm's Law for Safe Vaping
A beginner’s guide to ohm's law for vape and battery safety to help you decipher what’s going on behind the formulas.
vaping360.com
Power = voltage x resistance
Since both builds have the same resistance, given the same battery/mod, the power would be the same for both.
This article is a good read.
How To Calculate Ohm's Law for Safe Vaping
A beginner’s guide to ohm's law for vape and battery safety to help you decipher what’s going on behind the formulas.
Ok. I think your right according to the equation but I think we both know the ramp up time to a fully lit coil would be different.
Imagine a 5AWG wire if you know what it looks like it’s massive. Would require 114 wraps to make a .2 overall for dual coil. But using the same watts as the setup at 22AWG I don’t think the coils would light up at all.
The equations don't address ramp up time at all. That will vary both on the resistance of the wire, higher gage with more resistance and ramp up time, and the voltage of the battery, higher voltage with quicker time to full power. So again given the same battery, your first build will ramp up a bit quicker, but between the two the difference wouldn't be much, unlike the 5 gage example, which nobody uses.
That thing is using 4 21700 batteries in series. I'm gonna say if you don't have a full grip of Ohms law, you're playing with a dangerous thing here. I also don't see any real advantage gained by using such a device. But that's just my opinion.
I'd never put that thing anywhere close to my face. To me, it looks like an explosion waiting to happen. I'd be curious what @Mooch thinks about it.
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Not quite. It uses 2 batteries in series and the two pairs of series batteries are in parallel. It's advantage is longer battery life for those using high wattage. However you MUST understand Ohms-law and its not recommended to use lower resistance than 0.5 Ohms. I have a Thors hammer, which is similar to the HOG, but uses 4 18650s. I've not used it as it is my vapocalypse last resort to get my desired 75 watts. I hope never to use it, but won't without knowledge of Ohms law.
So using Kanthal A1 for both builds given everything is the same except the gauge of wire
How did you calculate the total amps? Assume each battery has max amps of 35
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