Lords of the Ring

[turbo]

Hi Marco,

be careful in your experiments not to be tricked by the magnets causing increased flux in the transformer cores, which decreases winding inductance.

In your video, I would say that the oscillator frequency changes are caused by decrease in winding inductance, which in turn is caused by increased core flux, which again is caused by increased external magnetic field.

I will soon post an image of what I mean by flux bending in opposing (repelling) magnetic fields.

Earl

hi Earl,
indeed yesterday when i placed two magnets in a 90 degree fashion (one horizontal and one vertical) ontop of a transformer there was some sort of intresting "scattering" like phenomena in the output signal.
it got my attention and i am going to examine it further.
Marco.

Hi Earl,

i know what you mean and i already knew what was going on.
this video was the beginning of a series experiments and i am going to add some feedback factors to the transformers and then i hope to see things get really weird if you know what i mean.

Marco.

[giantkiller]

Here are some generic simulations showing how magnetic flux is bent in repelling fields, and how a magnetic black hole forms between the two poles.

The image "opposing coils+TPU" shows how two electromagnets could be used to "spray" a magnetic field into horizontal bars (the collector coil made out of a thousand fine Litz wires as well as a final external winding consisting of round dots (cross section view).

Notice that there is a big difference where the collector conductors are located in the coil.  In the axial center of the coils there is little magnetic flux, however this might not be negative if the magnetic black hole should cause an inrushing aether vortex.

It would make an interesting experiment to try moving the coils and compare results when the collector coils are

• in the axial center of the coil
• close to the coil wall

Notice that flux between unlike poles is captured and concentrated by a piece of iron, but that with like poles the magnetic flux totally ignores the presence of iron.  This is because there simply in no flux there.  This bending of magnetic flux into an orthogonal plane with resultant magnetic black hole has always fancinated me.

Feel free to ask questions about the images if you need further explanation.

Regards, Earl

Yes this is fascinating.
Can your sims show the spattering of RE from a crease or edge in the coil where the collector sits also? That would be very beneficial. So nothing shows this anywhere. Maybe something like this could set a new standard. Roberto posted a hand drawn picture. That is all we have to go on.

@all,
In regards to my next coil test, I am meticulous in my wiring and jumpering. That is what I am finishing up. I have to get the mobius' wired in. Then connected to the driver board. Then 1 fet at a time I will test against the coil. It is worth the time to do things correctly. This coil is one cool lookin' momma and should prove interesting.

--giantkiller.

[giantkiller]

Matter doesn't matter...

--giantkiller.

[turbo]

Matter doesn't matter...

--giantkiller.

Hmm okay, but does mass matter?

[giantkiller]

Well we use matter to get mass. Then we use the mass to get energy. Then we get more energy greater than the mass could possibly hope to equal. Overunity.

@All,
My first ECD test!
Circuit is 555, MAX621, IRF840, Otto/Roberto's ECD with slight variations in control coils.
I wired and fired my ECD this morning. I only used one freqency. The whole ECD is wired for completion so I would have to disconnect some connections to be able to fire only one control coil. So in essence all 3 control coils are firing with 1 frequency of 1khz at 12v pulses.

I attach my new OWON scope to ground of the FET ckt and put the probe on the Drain of the 1st fet. The other 3 FETS are pulled out. I set the probe to 1000x probe setting, turn the voltage setting to 5v/div. I then turn on the FET circuit. The screen shows the 12v square wave of 1ms pulse width of 50% duty. On the leading edge I have spikes that are taller than the screen. I change the V/div to 5kv/div. I still cant' see the tops of the spikes. I turn the midline voltage down all the way. The pulses go below the screen but the spikes are still to high to see the tops. I dont get it.

I had to get ready for work. I turn the circuit off. I touch the heatsink and it is hot. I come back to the circuit 45 minutes later. Something is fried. I need to see about this later. If I blew a FET then I am in the club just out of the starting gate.

Something about the infrastructure is wrong and broken. This is a project of perseverence not production, yet!

--giantkiller. After all, it is 4th of July here.