Lords of the Ring

[giantkiller]

@sugra,
3 square waves! I took a walk for a week and half way past pondering into shock and awe! Just be careful with what flies over head. And it depends on how complex your coil is.
3 square waves! The most amazing high speed display on your scope. Get witnesses. I didn't have any and that lessens the experience with not having anybody to tell locally.
Oops...
Posting here only wreaks havoc. Is what I posted first.
Posting here only, wreaks havoc. Is what I meant.
Pressing one wrong button can precipitate our end.

Follow the LOTR1:2 specs with full frequency sweep way past 1mhz. Be safe.
Thanks for the confirmation on the 90 degree coupling. It took me by surprise too as it did alot of others when I posted.

Otto's new picture also shows 3 square wave frequencies all tied together at the end.

--giantkiller.

[Thaelin]

@ rich:
    Square waves that became sine that became a mess. At that point it locked state and would put power to the bulb. Slightly off and it would unsinc and quit output. By the way, I was not using the analog meter to register volts but amps. Voltage showed on the scope.

@ GK
   I actually only used two frequencies for that test. The whole thing I was looking for was the reverse interaction between the two signals. I got it and some. Now how to do that with a single batt, hmmm. Already toasted a fet. No output. Still playing.  Signal gens will go up to 1.2 and 2.2 mhz. Still crawling. This was standard transformer coupling. Nothing wired at 90 degrees yet. Thats next.

sugra

[Rosphere]

These are 1/2" 'Home Depot' disc magnets.  The compass would normally point vertical, towards the top of the images.  The North face of all magnets point towards the compass.

One lone magnet at the bottom, (not pictured,) will balance the Earths field at about 4_25/32", center-to-center.  When the compass points East, or West, all the North fields are in balance, (remembering the Earths constant 1T from the top.)

As expected, the strength doubles with ever smaller increments moving towards the magnet.  At 4T I had a hard time preventing the influence of the compass needle from rotating the magnet.

All magnets are freely resting on the surface.  The black paper-tape is there just to keep them from rolling away before I could snap a photo.

That was fun.  (I am such a geek.) 

[Earl]

Rich,

here is how you do it.

The length of the wire depends on the pulse width.  See attached XLS file for
automatic calculation.

Regards, Earl

..............................
Now referring back to Tao's (I think he's got it, do you think he knows?) post, he says "you stop the current before it can reach the end of the wire", but how can one do that? Hmmmmm???  ................

Rich

[giantkiller]

I am talking about wings and sonic booms here.

All of the tpus have no lumps on the outside only machinations on the inside and nothing located in dead center!

The wing is the rotating magnetic field. How do we create a sonic or magnetic boom? Just stick some aluminium in the way. This causes deflection and compression of the wave as it tries to swing past the ALuminium. The compression is the high speed flux and the vaccum at the non-turbulant side is the slow side. This causes dissymmetry in the normally radially equal field, hence the high interaction that equals the high flux interference, no? You speed that rotation up and flux compression is huge. The aluminium in the way can also cause the flux to break away from the ring itself, yes? The Helmholtz simulator showed the virtual toriod field created in space. The aluminium in the way actually enables the sonic boom as an interference in the traveling field path. See? Now what if we had many of these per second? Boom, Boom, Boom, Boom. Kinda looks like cannon balls, eh?

So the ALuminium rings on the GKMTC1 shot energy out of the sides. Why? Because the toroidal field was under pressure from top and bottom. This leads to extra force at the sides and the field wants to be spherical. The flux force shoots from the center or the ring outward and hits no resistance at the edge of the ALuminium rings. At the high speed pulsing I have an edge on high frequency transmitter, no? I felt the energy.

If you want to try the heated ion flow just stick an 'in cup coffee heater' or a blow dryer through the ring.
I took a little break from building and glad I did. I will upgrade my existing controller with another 556 and a 7406 inverter. I will heat a piece of aluminium with a torch an just stick in the GKMTC1 while it is running. We'll see what it does. KISS and HUG. Huh? Keep It Simple Stupid and Holding Under Grace.

--giantkiller. Just a little different perspective.