Here I show you the concept:
https://youtu.be/TwrTvueqvng
Using my back emf generator and inverter as isolator, with both inverter and small 12 volts dc power supply the whole thing needing a couple watts ( inverter power supply) Is able to charge the run battery and notice an instant voltage increase charge. I turn it off and it jumps back down a few microvolts! when turn it on again, A quick raising charge.
The point i'm trying to make is if your trying to get over unity with such coil pulsing back emf type circuits, A good indicator that your on the sweet spot is the instantaneous voltage increase when you turn it on while running it's own load, You can test like I do and turn it off a few times and notice a sudden voltage drop at the battery but a gradual increase of a millivolts or so at every cycle. And keep restarting this over and over and notice a greater peak voltage every time you turn it on. When you notice this effect with your battery like I do, it's a good indication that you are on the right track and that the battery is responding nice to back emf, its kind of been a random hit and miss at what batteries work best at this type of conditioning. As someone has pointed out in some video comments, It's also important to keep an open loop system like I demonstrate in better details on my other videos. If you can like Bedini did, Find and use high voltage batteries instead. Less resistance more over unity.
https://youtu.be/TwrTvueqvng
Using my back emf generator and inverter as isolator, with both inverter and small 12 volts dc power supply the whole thing needing a couple watts ( inverter power supply) Is able to charge the run battery and notice an instant voltage increase charge. I turn it off and it jumps back down a few microvolts! when turn it on again, A quick raising charge.
The point i'm trying to make is if your trying to get over unity with such coil pulsing back emf type circuits, A good indicator that your on the sweet spot is the instantaneous voltage increase when you turn it on while running it's own load, You can test like I do and turn it off a few times and notice a sudden voltage drop at the battery but a gradual increase of a millivolts or so at every cycle. And keep restarting this over and over and notice a greater peak voltage every time you turn it on. When you notice this effect with your battery like I do, it's a good indication that you are on the right track and that the battery is responding nice to back emf, its kind of been a random hit and miss at what batteries work best at this type of conditioning. As someone has pointed out in some video comments, It's also important to keep an open loop system like I demonstrate in better details on my other videos. If you can like Bedini did, Find and use high voltage batteries instead. Less resistance more over unity.