Posted this in another thread but it's not getting much traction. Hoping to find an electronic guru to explain the signals I collected on the clone at lower ohms & wattage.
This is what I posted in thread. http://vapingunderground.com/thread...ntribute-only-if-you-own-one.7920/#post-61364
Well if anyone is interested in looking I purchased a cheap oscope off Ebay did some side by side tests with a clone and a true Evolv DNA 30. Probably the most interesting piece of information I believe I see is what appears to be voltage regulation on the clone in what I thought was supposed to be unregulated. Perhaps someone with more smarts than me can explain this. Other than that I learned that my clone does in fact fail to read resistance correctly at about 1.8Ω adding about .4. I really wasn't aware of that as I typically run around 1Ω. The spreadsheet with outputs and the signal traces can be seen below. I did the tests at .75, 1, 1.5, 2 & 2.7Ω because that's what my local electronic store had on hand. if you have problems viewing let me know
Two sheets in the share one with the calculations and results of the outputs using RMS. And the other sheet is the signal traces.
https://drive.google.com/folderview?id=0B_Rcx0DeBPgGRWV3ckc3WFg2ZVE&usp=sharing
This is what I posted in thread. http://vapingunderground.com/thread...ntribute-only-if-you-own-one.7920/#post-61364
Well if anyone is interested in looking I purchased a cheap oscope off Ebay did some side by side tests with a clone and a true Evolv DNA 30. Probably the most interesting piece of information I believe I see is what appears to be voltage regulation on the clone in what I thought was supposed to be unregulated. Perhaps someone with more smarts than me can explain this. Other than that I learned that my clone does in fact fail to read resistance correctly at about 1.8Ω adding about .4. I really wasn't aware of that as I typically run around 1Ω. The spreadsheet with outputs and the signal traces can be seen below. I did the tests at .75, 1, 1.5, 2 & 2.7Ω because that's what my local electronic store had on hand. if you have problems viewing let me know
Two sheets in the share one with the calculations and results of the outputs using RMS. And the other sheet is the signal traces.
https://drive.google.com/folderview?id=0B_Rcx0DeBPgGRWV3ckc3WFg2ZVE&usp=sharing