When you say around 3.7 or 3.6 - is this the value that is displayed on the mod? I am confused because my fresh pair on the clylon shows 3.55 when I hit the fire button
That 3.7 or 3.6 volts value she is speaking about would be the actual voltage of the battery. That value can be found with a voltmeter, digital multimeter, or if your charger displays the voltage of the battery.
I'm not sure about the value being displayed on your particular mod. Your mod may be actually reading the battery voltage, or it may be just displaying the voltage being sent to the coil from the regulating chip when you press the fire button; both can be different values meaning different things.
@Letitia
Is it related to the watts setting? I just put my intake back in and at 35W I am only getting 2.78V reading on the mod. As I increase the watts that voltage keeps increasing. So in essence the indicators are my only clue correct?
Sounds like your mod is displaying the voltage being sent from the regulator chip to the coil when you press the fire button. For our purposes, voltage can be thought of as a measured value of electrical current. Wattage is a mathmatical calculation by the regulator chip to achieve the desired power output.
The chip that regulates the current to the coil will have a "voltage cutoff" that is factory preset. This is a protection circuit that prevents over-discharge of the battery. Some mods will have the voltage cutoff at 3.5 volts, some as low as 3.2 volts.
Since a true mechanical (unregulated) mod has no electronics or protection circuits, theoretically you could drain a battery below 2.5 volts, which can damage the battery internally. Realistically, the experienced user should be able to realize the lower voltage by the poor quality of the vape, but an unexperienced user might just continue vaping to the point of abusing the battery.
I just put in new batteries on the cylon with the ammit and it vapes like a champ !!
So when batteries get quite low, I guess the quality of the vape dies down right? Seems like a no brainer but I thought as long as the battery had juice in it it should deliver the watts ugh???
The regulator chip will do its best to keep the power output consistant (regulation) to what the user dials in in the wattage setting. However, the lower the battery voltage falls during use, the harder the battery and regulator has to work to deliver its amps.