Sup Nicohog,
love the post, thanks for all your help.
I love reading your post, you bring a lot of insight and knoweldge.
love the post, thanks for all your help.
I love reading your post, you bring a lot of insight and knoweldge.
Congratulations on finding your personal sweet spot!
From your range of 3.9 to 4.2V, and assuming
your 2.5Ω heads really are 2.5Ω, it is:
3.9V squared, divided by 2.5Ω = 6.1W to
4.2V squared, divided by 2.5Ω = 7.1W
For your 1.8Ω heads, and again, assuming they
and the 2.5 really are their stated values, these
calculated wattages translate to:
SQRT(6.1W x 1.8Ω) = 3.3V to
SQRT(7.1W x 1.8Ω) = 3.6V
For your 3.7V regulated EVOD batteries, assuming
the 2.5Ω I used to calculate wattage above is
their actual value, you're looking for:
3.7V squared, divided by 7.1W = 1.9Ω to
3.7V squared, divided by 6.1W = 2.2Ω
The Kanger heads tend to err on the higher side. A 1.8Ω head often reads 1.9Ω or 2.0Ω and would be at or beyond the hot end of your sweet spot on your EVOD batteries. A true 2.2Ω head would be at the cool end, with a 2.3 - 2.4 being beyond it. In other words, your sweet spot is probably between the 1.8Ω and 2.2Ω heads on your 3.7V EVOD batteries. The VV lets you adjust for any variance in resistance.
Finally, with VV, you can just ignore all the above and adjust to taste.![]()