A fresh battery is 4.1 to 4.2. 3.7 is the average through the charge cycle. You are good.
Tootle Puffers, Redux (The Sequel)
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Or get a charger that shows a digital readout of the actual voltage of the battery.
Andria
Just did the cleaning - put my not-as-nice-as-I-thought-it-was-battery in - 99% battery remaining
Don't really know what that means, lol!
Just did the cleaning - put my not-as-nice-as-I-thought-it-was-battery in - 99% battery remaining
Don't really know what that means, lol!
As long as you're not vaping at .2 ohms or 150 watts, the battery is fine. It's those idiot cloud chasers who really have to worry about how many amps their batteries can deliver -- us tootle puffers are generally only dragging 5 amps or less.
(my present 2.1 ohm coil and 9w setting is dragging a blistering 2.07 amps!)Andria
Oui oui, ma petite chica-D... eeeeeees vraiment non veirdahness eeen la lange du Francais.
In 1820, the French mathematician, André-Marie Ampère developed a theory and had it published. In the publication he used "I" for "intensité de current" (translates as intensity of current). The symbol for the intensity of current (now just called current in English) has been "I" ever since.
The units for current are called amperes (or just amps for short). One ampere is equivalent to one coulomb of charge per second.
Electrical Science and Signal Theory Timeline
(anyone feel like researching coulomb?) (I don't.)
(anyone feel like researching coulomb?) (I don't.)
electric potential is joules per coulomb. joules! you like joules yes!
Man. I should have asked you where to buy it. Been buying from aroma.
Oh good heavens. This was not a good picture to wake up to while drinking coffee.
I used to have a can of jackalope milk
Merci beaucoup!Oui oui, ma petite chica-D... eeeeeees vraiment non veirdahness eeen la lange du Francais.
In 1820, the French mathematician, André-Marie Ampère developed a theory and had it published. In the publication he used "I" for "intensité de current" (translates as intensity of current). The symbol for the intensity of current (now just called current in English) has been "I" ever since.
The units for current are called amperes (or just amps for short). One ampere is equivalent to one coulomb of charge per second.
Electrical Science and Signal Theory Timeline
(anyone feel like researching coulomb?) (I don't.)
Just did the cleaning - put my not-as-nice-as-I-thought-it-was-battery in - 99% battery remaining
Don't really know what that means, lol!
Means you're getting better connectivity ... most likey it was stretching the spring that helped the most. Also - note, the P3 batt gauge doesn't indicate the 'charge' in the batt. It's more like the gas gauge on your car showing the estimated miles you can travel based on gas consumption. Jump over to Provari forum area to learn more.
Yep, that, and that slight variations in meter calibration, test lead resistance and such can throw the reading off.
Along with differences in chargers, their adjustments for cut-off voltage...
So if a given set-up of equipment gives you, say, 4.1 volts consistently at the end of the charge, no problem. Consistent good readings are desired. If an hour later that same equipment show 3.8, the battery isn't keeping the charge.
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