We just finished testing a new controller board (also called "chip" by some) that we
designed.
So far we tested at 80W, seems to work very reliably. Over 90% efficiency.
We tested down to 0.2 ohms, but can see no reason not to go lower.
For high resistance coils, we can push up to 12V on the output.
We tested up to 24A on the atomizer, but again, we could most likely go higher.
(Electronics are specified at 60A)
We can control the power down to 1W. Temperature control also.
Should we make an new controller and sell it to OEM's?
Is low cost and high performance enough to enter this market?
(COG is less than $20)
Or better to try to sell it to DIY market?
Should we make a DNA75 clone (identical mechanical dimensions) and sell it cheaper?
Do people really want to configure the mods from their laptop?
Then, maybe we should add Bluetooth to configure it from your smartphone?
Should we try to expand the power to 150W or 200W? (seems quite possible)
(EDITED BY STAFF)
designed.
So far we tested at 80W, seems to work very reliably. Over 90% efficiency.
We tested down to 0.2 ohms, but can see no reason not to go lower.
For high resistance coils, we can push up to 12V on the output.
We tested up to 24A on the atomizer, but again, we could most likely go higher.
(Electronics are specified at 60A)
We can control the power down to 1W. Temperature control also.
Should we make an new controller and sell it to OEM's?
Is low cost and high performance enough to enter this market?
(COG is less than $20)
Or better to try to sell it to DIY market?
Should we make a DNA75 clone (identical mechanical dimensions) and sell it cheaper?
Do people really want to configure the mods from their laptop?
Then, maybe we should add Bluetooth to configure it from your smartphone?
Should we try to expand the power to 150W or 200W? (seems quite possible)
(EDITED BY STAFF)