The mere thought of it almost makes me want to cancel my Internet subscription.
Why do I want/need temperature control?
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Yes the ohms are necessarily lower because the nickel metal used is a lower resistivity.
Yes the mod compensates by decreasing the voltage.
The practical problem is the practical matter of consistency week to week, and month to month because to run a 0.1 ohm coil, you need to make sure you don't have an extra 0.1+ ohm variation elsewhere in your electrical path.
When you run a 2 ohm coil, a variation of 0.1 ohms on the various contact points (theading, centerpins, spring) is less than 10%; but 0.1 variation on a 0.1 ohm coil is 100%.
TC mods, at least those I have come across, sample the resistance every time you put an atomizer on the mod, and calibrate the voltage accordingly. Much like VW mods, only it needs to be more accurate in order to perform TC.
It is a well known fact, at least among those who dabble in TC, that TC requires a solid and stable electrical path between the mod and the coil. With regular VW or VV, you can get away with much more variation and/or resistance in the path.
When TC was first introduced, I personally had my doubts about whether it was possible to achieve a sufficiently good connection using the "good" old 510 standard. I'd still like to see a new connector standard, but I have to admit that the 510 seems to work well enough, as long as both the mod and the atomizer are well made and conductive enough.
It is a well known fact, at least among those who dabble in TC, that TC requires a solid and stable electrical path between the mod and the coil. With regular VW or VV, you can get away with much more variation and/or resistance in the path.
When TC was first introduced, I personally had my doubts about whether it was possible to achieve a sufficiently good connection using the "good" old 510 standard. I'd still like to see a new connector standard, but I have to admit that the 510 seems to work well enough, as long as both the mod and the atomizer are well made and conductive enough.
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We are talking temp control, your talking juice control. JC is in your hands right now, you don't have to wait on that.
Right now I'm rotating a Mutation V3 at 50w, a Subtank at 40w and a Goblin at 50w. And IIRC I use about the same or less juice at a lower nic level then you.
10 watts is 10 watts.
Your voltage output is what?
10 watts = voltsxvolts/0.06
voltsxvolts = 0.6
volts = 0.8 volts
Your voltage is 0.8 volts at 10 watts. Does that help?
I chain vape my T3 till it runs nearly dry, refill it and keep on going No problems when you only run about 6 watts.
No doubt ProVari will have TC and it will work and be plug and play. My guess is with with TC coils for the Kabuki...
No, that's not strain on the battery...thatis all handled by the chip with buck capabilities.
That would be so awesome.
The very Earth would shake with those threads.
All those USA made coils..........................
ProVape needs to get together with Cisco...
I personally think Most of these threads about TC are Not Very Meaningful.
Because Most of what I hear in them is Based on the Premise that the Person Asking the Question (or the person doing the TC Defending or the TC Non-Defending) wants the Exact Same thing and the Exact Same Hit as the person who is Posting.
And one thing I learned a LONG Time ago is that when it comes to Vaping, One Size does Not Fit All.
I know Nothing about what the OP Wants an e-Cigarette to do? Or how Long He/She has been Vaping? Or at that level of Expertise they May or May Not Be at? I'm not sure how I could say if TC is Right for them or Not?
There is Also the issue of TC not being a Standardized Technology.
The TC on my iStick 40W works Very Differently than the TC on my Kangxin VF Mini. And the Hit, and the Way I get the Hit, is Very Different.
If everyone was Building the Same Way, to Achieve the Same type of Hit from the same type of e-Liquid, I think these "Debates" would be Much More Relevant. But that Isn't the Real World.
Because Most of what I hear in them is Based on the Premise that the Person Asking the Question (or the person doing the TC Defending or the TC Non-Defending) wants the Exact Same thing and the Exact Same Hit as the person who is Posting.
And one thing I learned a LONG Time ago is that when it comes to Vaping, One Size does Not Fit All.
I know Nothing about what the OP Wants an e-Cigarette to do? Or how Long He/She has been Vaping? Or at that level of Expertise they May or May Not Be at? I'm not sure how I could say if TC is Right for them or Not?
There is Also the issue of TC not being a Standardized Technology.
The TC on my iStick 40W works Very Differently than the TC on my Kangxin VF Mini. And the Hit, and the Way I get the Hit, is Very Different.
If everyone was Building the Same Way, to Achieve the Same type of Hit from the same type of e-Liquid, I think these "Debates" would be Much More Relevant. But that Isn't the Real World.
You do understand that at 0.06 ohms. 1.2v maxes the CDR of your 25R battery.
At 2 ohms you would need 40v to hit that same amperage.
How?! You're applying Kanthal based physics with mech mods, to Ni200 coils with chips made to buck the power down...
I wonder what the employees there think. Google shows they have like 30 employees so management should be approachable.
So in the office and slap the owner 9-10 times and yell "wake up, the world has passed us by and I have a family".
So in the office and slap the owner 9-10 times and yell "wake up, the world has passed us by and I have a family".
Power is power watts in = watts out + efficiency loss in the buck boost converter. Usually around 10-15%
100 watts at 3.7 volts = 27 amps + 10-15% buck boost converter loss.
poke the numbers is any Ohms law converter. Power is power, wats is watts.
poke the numbers is any Ohms law converter. Power is power, wats is watts.
And what you're missing is the chip restricts power to coils and adjusts it accrodingly. Just because I set mine to, say, 15 watts, doesn't mean it will use 15 watts the entire time. That's just its starting power. The chip then pulls power down based on the resistance of the coil, as the relative curve between resistance and temperature is very linear (accurate within 10F)...I get Ohms Law, I understand where you're coming from, but you're missing how all of this works.
Exactly! Bucked to below 1.2v
There really is a reason that ohms law is a LAW
So your TC can do 200 watts, when you set the temp to say 420f you're probably vaping at about 10-12 watts.
No ... we're not missing anything ... we know how it works. BUT, even Rube Goldberg had an easier way of doing things.
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