Self Looped Bedini Motor

No batteries! In this video, I demonstrate a method for sending the back EMF of a bedini style fan motor without using a full-blown inverter and separate power supply for DC isolation. Instead, we built our own isolation transformer with a one-to-one ratio and ten turns on each side. After rectifying the isolated side, we send the resulting charge back into the capacitors which powers the pulse for the Bedini switching. As shown in the video, after about 15 minutes, the capacitor's charge remains stable instead of decreasing, demonstrating the effectiveness of our setup. We also show the back EMF spike on the oscilloscope, with reversed poles for better viewing. By eliminating all batteries in the system, we address accusations of exploiting the VI curve of lead-acid batteries. Our LC circuitry recycles its own power and interacts with magnetic fields at every event in the pulse, resulting in increased amplified amplitudes due to the coils of the Bedini motor "energizer" during the inductive kickback time. I'm not saying this simple setup will run "for ever" but instead perhaps for hours without eventual drop of perhaps 0.01mv along the way. I want to simply draw attention on efficiency of such a system and why in such a configuration we could include an additional system of energy such as electrostatic disks dumping into a pulse cap. Sending/introducing an additional energy input to our system for "free" It don't cost us any more "loading" current to drive a electrostatic plate instead of a fan blade. Because of how the mechanical spin of such device is not really a motor in a traditional sense. It's also worth noting that the usage of super capacitors instead of using normal batteries, helps us reduce the internal resistance of our storage device. Bedini knew this was a key to his system's efficiently so he used big commercial high voltage backup batteries, Industrial grade, instead. We can mimic similar circuit characteristics, by replacing the battery setup with capacitors. Much lower resistance to work with! And no messy lead acid "anomalies". Forum: http://typeright.social/forum