I don't think you can..that's my point of turning it up to 30w..about 4.1v on the .5 ohm coil...mine vapes fantastic at 35w on my 150w IPV3.. these .5 ohm coils really need higher wattages ..its a sub ohm tank..they really shine at 30-35w..
Can lead a horse to water but certainly can't make'um drink...lol
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I agree, vaping an Atlantis .5Ω head below 20w will usually cause more problems than it is worth. I also understand what you're saying about increasing the power, I prefer one flavor at 36w ~ 40.5w, another at 35w ~ 38.5w still another at 24.2w ~ 26.4w.
But,,, the
OP most likely would not like the vape from any of them at all. Some folks prefer or have a different definition of vape quality.
You seem to fail to understand not everyone likes the same thing or vapes the same way and that pg/vg ratio, flavoring, nicmg, airflow setting, draw technique, preferred temp of vapor and most importantly each individuals personal preference with all the variables makes a large difference in what power levels one may chose to use.
Your personal preference might be 30w+ due to your specific pg/vg ratio, flavoring, airflow setting, draw technique and your preferred temp of vapor, someone else may prefer 22w with theirs, there is no right or wrong. Talk about leading a horse.
The manufacturer (Aspire) suggests a power range between 20w - 30w, you can go to their site and confirm this for yourself or just look at the head itself, right beside .5Ω is (20w-30w).
3.163v / .5Ω = 20w & 6.32a ~ 3.873v / .5Ω= 30w & 7.74a which equals a voltage setting of 3.2v ~ 3.9v because most devices do not adjust in such small increments.
Just me, I think the OP's problem stems from their device not being able to step down / down regulate voltage.
On a freshly charged battery = unsatisfactory vape for their specific preference, as the battery drains the power output drops which of course lowers the power going to the coil as this takes place the vape quality improves for this particular person .
When the battery is drained then recharged the problem reoccurs until the battery voltage drops back down into the voltage/watt range the
OP prefers.
Which IMO, boils down to use a power device that is capable of accurately supplying the power range you prefer at .x Ω range or use a different delivery device with an Ω range that suites the power device you have.