I would like to better understand how the stacked batteries function in the VV Grand. These answers to / confirmation of my understanding of how they function should help me:
1. My AW IMR 18350 batteries are coming off the charger in 4.1 - 4.2 range. I suspect that the lower numbers will creep up to the 4.21 range once they are broken in right?
2. Since the batteries are stacked, It is my understanding that the VV chip has access to the combined voltage of the batteries - ie. 8.2 v +/- to supply a regulated voltage within the specified output of the chip. Is this correct?
3. If the above is correct, does that mean that even when the batteries are depleted down into the 3.8 range, the chip still has access to 7.6 v to supply?
if the answers to 2 & 3 are correct, now I truly see the advantages and understand how vape time between battery changes is extended and by the VV grand. Damn. Thats pretty awesome.
Additionally, do you still pull your batteries out and recharge when the fall in the 3.8 range like on a grand? or can the be vaped down even lower and still supply 6+ V to the chip?
So far I am completely infatuated with the VV Grand! Thank you.
1. My AW IMR 18350 batteries are coming off the charger in 4.1 - 4.2 range. I suspect that the lower numbers will creep up to the 4.21 range once they are broken in right?
2. Since the batteries are stacked, It is my understanding that the VV chip has access to the combined voltage of the batteries - ie. 8.2 v +/- to supply a regulated voltage within the specified output of the chip. Is this correct?
3. If the above is correct, does that mean that even when the batteries are depleted down into the 3.8 range, the chip still has access to 7.6 v to supply?
if the answers to 2 & 3 are correct, now I truly see the advantages and understand how vape time between battery changes is extended and by the VV grand. Damn. Thats pretty awesome.
Additionally, do you still pull your batteries out and recharge when the fall in the 3.8 range like on a grand? or can the be vaped down even lower and still supply 6+ V to the chip?
So far I am completely infatuated with the VV Grand! Thank you.