Infinity Coil

[z.monkey]

Looking at this thread I'm sad and angry sometimes. Do you really want to  build Hubbard coil ?

I am seeking the root of energy.

The Hubbard coil is a means to an end.

So I did explore Hubbard's work but in retrospect a lot of that information is vague and indeterminate.  Hubbard's Experiment happened in the 1920's.  They were not as meticulous with their documentation back then.  Fuzzy black and white photocopies photos are not a point of reference.  Several months ago I branched off from the Hubbard configuration while trying to develop 60 Hz resonant LC circuits.  This is what all the electronics are about.  I wanted to synthesize sine waves to test the LC tanks.  This works great for testing, but to generate power we need to have the raw power of mechanical switching.

So, in true 21st century style I am using electronic control of electromechanical devices.  I have found some industrial relays that look promising.  Here is a pic of what I have been working on...

The ElectroMechanical Inverter...

Schematic coming soon...

[nueview]

in the early days of electronics there was a simple device called a magnetic relay it used a magnet to switch with AC pulses it was none magnetic except for a magnet and a coil the contacts would be make or break by the pull or push of the magnet this is much like a speaker magnet and was favored for its damped action you may try this if you are having to many problems as it was said to be more reliable and faster switching

[nueview]

I was reading last night and in the panacea site under the rotoverter there was a mention of an odd phenomina about burning out inverters while charging batteries due to putting the charge from the dc start motor back into the inverter batteries could have to do with phase shift riding on the dc you really might have to shift the load in order to take the back energy but a capacitor across the relay contacts should maintain switching power for the transfer time of the contacts really don't want to stop current flow as would cause a large voltage spike.

[z.monkey]

a capacitor across the relay contacts should maintain switching power for the transfer time of the contacts really don't want to stop current flow as would cause a large voltage spike.

That cap was planned.  Without the cap we would be trying to transform a square wave which doesn't work very good.  The original reasoning was to have a resonant circuit there on the switched side of the relay.  This would round off the square wave and make the transformers primary coil happy.  Then on the secondary side we would have a lot nicer looking waveform.

Here's the basic idea of the EM-Inverter...

[nueview]

i did some figuring on your set up and thinking about this coil arangement and wondered if it didn't need an odd number of coils about the center coil.
use the odd coil for an input driver and the rest for an output it may depend on the way there wound but you could reverse the coils end for end maybe not have to think more on this.
i have been working with induction motors and saw yesterday how two coils wound in different directions in series as a tank circuit seemed to cancel the current in the circuit although at the capaciter it was measurable but everything else appeared as normal 8 amps just dissipeared into the unit as if it wasn't even present. i'm still scratching my head over this one so wish you the best and will be looking for your posts.