Ellipsis
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hi everyone...
cant find the correct calculator to answer my stupid question
aw imr 18650 3.7v 2000mAh battery
installed in a cloupor 30 watt box mod
set at 19.5 watts/ fires at 4.9v
firing a magma rda with dual coils... total resistance is 1.2 ohms
i believe, definately bitch slap me if my assumptions are misguided, the battery has a 10 amp continuous discharge rate
the bottom line question for the experts is this...
is it safe to utilize this battery as above
my math says 19.5w(P) / 4.9v(E) = 3.9796(I)
but 4.9v(E) / 1.2ohms(R) = 4.0833(I)
needless to say, i must have been absent in math class that day...
bottom line, will using the above combination stress the battery, the power regulator board...
will it vent, catch fire, blow my friggin hand off
or is it safe until i get batteries with a higher continuous disharge rate
thanks in advance
cant find the correct calculator to answer my stupid question
aw imr 18650 3.7v 2000mAh battery
installed in a cloupor 30 watt box mod
set at 19.5 watts/ fires at 4.9v
firing a magma rda with dual coils... total resistance is 1.2 ohms
i believe, definately bitch slap me if my assumptions are misguided, the battery has a 10 amp continuous discharge rate
the bottom line question for the experts is this...
is it safe to utilize this battery as above
my math says 19.5w(P) / 4.9v(E) = 3.9796(I)
but 4.9v(E) / 1.2ohms(R) = 4.0833(I)
needless to say, i must have been absent in math class that day...
bottom line, will using the above combination stress the battery, the power regulator board...
will it vent, catch fire, blow my friggin hand off
or is it safe until i get batteries with a higher continuous disharge rate
thanks in advance