MOOCH BATTERY PULSE TEST MOD
MOOCH BATTERY PULSE TEST FULL

But I wouldn't suggest the practice to most folks who aren't totally geeky about it in the first place. I would probably do it in a pinch because I kinda know how this stuff works. Using ICRs in vape devices isn't something I'd recommend to just anyone.

:)Īll that said, yes - the best idea for any of us is to get the best cells with the highest *probable* rating.

MOOCH BATTERY PULSE TEST FULL

All the other times we even get close to abusing a cell to their ACTUAL limit, we will get away with it, even if we're damaging the mean chemistry inside and killing the full life of that cell. I highly doubt any of us actually push our cells to the max pulse rate without accidental prolonged misfires - and even when I've done that, all I ended up with was a very hot metal tube and a slightly expanded, vented cell. I don't know about you, but when I build and fire coils, or when I take hits on my vape, I never exceed 5 seconds, let alone get anywhere near 10. When you read the actual data sheets, they generally list the max pulse as near twice that of the constant, and it seems to vary enough to suggest it is an estimate, and based on pulse firing at 10-30 seconds or something like that. The cells in the pic aren't the normality, as you know. Sometimes the Max Amps listed on the label or in the product listing IS the pulse rating. It must be a practice bigger batt production companies are using to estimate, now because of the necessity.This battery has a pulse rating, which is interesting. Important though, as pulsing is a part of setting up coils. You'll never see a manufacturer state or list the actual failure point of a battery cell unless you look really hard for the original test sheetsYeah it isn't common among specs, true.

MOOCH BATTERY PULSE TEST MOD

:D Less reliance on chipJaffoFL wrote:There's no way to determine the actual max pulse rate without firing a mod until the cells vent, and then doing that with another measured number of cells from the same batch and putting down the data. I say, I buy three high c rated imr/inr batts for his safety. It's mostly bullshit, and far too few vapers and vendors and B&M shop employees know far less than they should about these batteries. When I first started messing with Chinese budget flashlights, and then vaping, I really wanted to dig down deeper into the function and failure parameters of Li-ion cells from various manufacturers because I got REALLY sick of word of mouth, and vendors selling batteries based on on what's printed on the labels. Over the years, aside from accidental prolonged firing of a tube mod here or there, the worse thing my cells have experienced under heave use or abuse is much, much shorter lifespans. Constant and pulse max are determined and printed conservatively to reduce the odds of failure in use.

You'll never see a manufacturer state or list the actual failure point of a battery cell unless you look really hard for the original test sheets. There's no way to determine the actual max pulse rate without firing a mod until the cells vent, and then doing that with another measured number of cells from the same batch and putting down the data. It's the saving grace for ultra sub-ohmers around the world. And the pulse limit in Amps is ONLY an estimate. Unless we unwrap and look up the actual lot numbers for the cells we use, we can only make assumptions at the C-ratings anyway.

Mooch battery pulse test