Simple Over-Unity Demonstration

Good day folks, After experimenting with my big back EMF coil. I experimented with the addition of a capacitor and noticed much better performance as a tuned L/C circuit.

The idea is to low current trigger the system very much like pushing a swing and once you get the cycle going, All you need is that intermittent push at the right timing to keep the swing oscillating, in this case our big L/C coil circuit, So while the system oscillates during "off" trigger times, We can gather more EMF out of the system. Without needing more input power. Think the swing.

I use a regular 12 V DC input power supply with the meter connected in line with it, Reading around 49ma to run the whole thing and hardly moves around.

I make the demonstration that in this mode of operation, you can load this back emf side as much as you want and it don't stress the input stage as it's locked in from the controller pulse width, It simply has no available current to steal from the input pulse. So it takes the usual 40 some ma to operate the controller input stage, And I also have an output meter on the back emf side and we see the peaks are always over 12 volts even with the internal R meter load! and a current output on average of over 150ma.

I also noted what running the coil as an L/C circuit allows us to run many resistive inductive load devices, Such as extra motors without stressing the input at all! (Think the Moray Days) It's that kind of power I believe on a smaller scale.

I think mister Morin may have been right about the whole resonance issue. The whole system needs to not only pulse but be L/C resoanant.

The transistor neon assisted me in finding the sweet spot.

For those who are new here, Please take a look at the Maxwell Wiki at http//typeright.socal and feel free to take a look at my previous videos that covers the previous topics I experimented with such as EMF kickback, Resonance and the other various systems.

Looking forward hearing all your comments.

Forum:
http://typeright.social/forum

Please Help Support My Research: https://youtu.be/pYXETBB40j0