I still haven't settled question completely. There are graphs on the data sheets for the 60 and 75 that show different response to resistance levels and it appears the 60 accomodates higher ohm coils than the 75. Hopefully the two links below are good. They are the data sheets for the 75 and 60. Scroll down a few pages and find a graph for watts vs resistance in TC mode. What do you see?The DNA75 should acommodate the same resistances as the DNA60, shouldn't it?
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Indeed, that seems to be right. Weird.I still haven't settled question completely. There are graphs on the data sheets for the 60 and 75 that show different response to resistance levels and it appears the 60 accomodates higher ohm coils than the 75. Hopefully the two links below are good. They are the data sheets for the 75 and 60. Scroll down a few pages and find a graph for watts vs resistance in TC mode. What do you see?
https://www.google.com/url?sa=t&sou...iC5FpzWrPrrt0iPnw&sig2=6S3kM-erMIAIOzBLUp5Ofw
https://www.google.com/url?sa=t&sou...ckG0DTQ38e3ZFLhrA&sig2=KnezrM6vLQPzuqdiKnVvtg
It's not exactly the same, some components on the board are taller. Some modifications are needed.I am just going by what OP pics of the dna60 board look like. If they are the same or similar in size,the 60 should have no problem fitting the macro dna40.
Higher resistance coils take more voltage and less amps. The DNA60 (9v) is capable of more output voltage than the DNA75 (6.2v).I still haven't settled question completely. There are graphs on the data sheets for the 60 and 75 that show different response to resistance levels and it appears the 60 accomodates higher ohm coils than the 75. Hopefully the two links below are good. They are the data sheets for the 75 and 60. Scroll down a few pages and find a graph for watts vs resistance in TC mode. What do you see?
https://www.google.com/url?sa=t&sou...iC5FpzWrPrrt0iPnw&sig2=6S3kM-erMIAIOzBLUp5Ofw
https://www.google.com/url?sa=t&sou...ckG0DTQ38e3ZFLhrA&sig2=KnezrM6vLQPzuqdiKnVvtg
Ah, thanks. That's something I'd like to understand better. most TC mods cap resistance at 1.5 ohm for TC mode. What can I read to understand that better? So may be ohm's law does matter with regulated mods, not just watts law.Higher resistance coils take more voltage and less amps. The DNA60 (9v) is capable of more output voltage than the DNA75 (6.2v).
The maximum voltage the mod can provide, and an output amp cap if the mod has such, matter. With the 6.2v max voltage on the DNA75 75w can be achieved with a coil lower than .52Ω (60w with .64Ω or lower). With the 9v max voltage of the DNA60 the full power can be achieved with 1.35Ω or lower. Not sure about the output current caps on the two boards. From what I can see Evolv only provides information about the input current.Ah, thanks. That's something I'd like to understand better. most TC mods cap resistance at 1.5 ohm for TC mode. What can I read to understand that better? So may be ohm's law does matter with regulated mods, not just watts law.
Where did you find a silicone skin for the Sbody DNA40 Macro? I've got one coming soon, and I'd like to buy a skin for it.
Did you find any silicone skin for macro dna75 or macro dna40? care to share the link? I've tried to search but to no success. I've ordered a custom leather sleeve for my macro. Will post the pic once I receive it.Now I'm off to find a skin I saw on E-Bay, the mod is an awfully bright pink, not very discreet
anyone ever come across a skin for the 75w macro?