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NOTE: This circuit won't actually run on this app because there is no way to emulate rotating magnets, define wire gauge or coil diameters, visit my Discord channel for more intuitive breadboard breakouts, photos, video links, and a real person to chat with at: https://discord.gg/R4526EC3
This is a BEMF capture and reuse circuit inspired by J Doedel of Youtube channel 'smartcreations2010' as described in the following video: https://youtu.be/xsQs_qwrmsI
Upfront, I want to make this clear. This is not an attempt at Overunity. I just want to build the best, self-triggering, pulse motor circuit possible by capturing as much of the Back Electro-Motive Force (BEMF) as I can, and feeding it back into the source pulse to extend battery life. Another way to say it would be, 'A circuit designed to convert energy as efficiently as possible.'
I've already built it in real life, as close as possible, but I don't get the same results. Some of the questions I have about the video are
1) What voltage are the caps?
2) What gauge are the coils?
3) What is the diameter of the coils?
4) What type of magnets, how strong are they, and their size?
5) If the magnets were embedded in a rotating disk, does the diameter of the coils determine the maximum distance of the magnets from each other? (Because as a magnet approaches a coil, the electron voltage goes one way but as it leaves the coil it goes the other way. Similar to an AC power source.)
I'll post images and video links to my progress as I answer these questions on my Discord channel at: https://discord.gg/R4526EC3
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