Lords of the Ring 2

[Thaelin]

GK:
    Thanks for returning with this. That damn torrid has troubled me for years. I know he gave out a lot of info that near got him landed in the joint. He was locked in a ND and a Threat  beyond measure. Once he found out they were never going to release it, he tried his best to tell stories and comments to convey how to do it. It lingers to this day here and other forums. All about the coils and how they interact with each other. One day, One day. Then it has to  be set free so the whole world can benefit from it.
Keep it comming for us and the world. I have had a few ideas and will pursue them.


Above all, GREAT to have you back again. Rock on.

[MasterPlaster]

@MasterPlaster: refresh my mind about the heat up. ......................
If this is not what you meant let me know.

The Heat problem is documented in:http://www.rexresearch.com/markstpu/markstpu.html
Thanks

[lancaIV]

Good Morning,
related #44 " heterodyning" I would use the principle from thermo-cryo-electro(iono-plasma) term :
                                                            reversible process

Sincere
OCWL

[Magluvin]

Been looking over the circuit GK has presented on page 3.  The upper right portion of the circuit, in blue, seems to be isolated from the rest of the circuit other than the 1 wire leading down to Q3, and induction of the blue coil in the blue loop and then the single wire off of the one ended coil labeled 'center' to the 'snubber'?.  If the oscillator to the left in the circuit pulses the 2 turn primary, which seems to induce the blue loop winding, then with the diode D2, C1 would get charged, but seemingly no way that it is discharged. Once it is charged, that blue loop would no longer be doing anything for the circuit once c1 is fully charged.  I must be missing something. Q3 looks to be in a position to send current through the green FE wire from C1 to the neg of the source. But Im not seeing how C1 is able to do so via 1 wire from the blue loop circuit.
Mags

[giantkiller]

That blue segment is the charge pump. The snubber circuit is an attempt to alleviate the spark gap that normally is there in many other charge pump ckts. I believe SM did this in a different way which he did not talk about.
The charge in the pump oscillates up like a resonant ringing. The field ramps up in volume to hit the center trigger coil.
I left this hanging as this is always the safe way to start at a distance. Then I can connect it fully to trigger the snubber to discharge the charge pump field.

With out the snubber there the FE still pickups. It is in parallel with the horizontals. The schematic doesnt make that clear but they are just like the cut tpus that SM did.
I had said this years ago that I was able to duplicate the individual pieces that SM stated whether clearly or by a misnomer.
I then said that hooking those pieces together is a rat's nest of choices and I played with those over the years.
The schematic is where I want all attempts to fit in that black box under the two center toroids.
This step blows things up at a slower rate now. Before, things just exploded and took equipment with it.
In using a step up ckt like a cfl or stungun I drove the primary, tanked the secondary/verticals and was able to light LEDS off of a bridge on the center toroids.
This was straight air core transformer of the verticals to the centers. But I proved that the air core worked but only because of the high voltage drive. The HVAC easily crossed the space.
I have kept stripping out the HV to get the charge pump up to transmit to the centers. The reason why this an obsession is because at this point where more and more of the stages can be interconnected in less a random sequence the device till is a little chaotic but definately self damaging.

The balance is get the charge pump voltage to cross the gap, dump the collapsing field into the FE wire, rectify the capture without causing damage to the components, reset the charge pump causing a large BEMF.

This is what I always knew was the last step. The collapse is the thumping. The rotating field is there as the flux moves along the horizontal plane of the device and the collapse travels around the ring.
The FE wire by itself is an antenna to the noise. With current circuit I have picked up 50v spikes on the centers.
I have increased the number of guarantees as:
1: The FE picks up at 90 degrees. I bridge that and LEDS always light.
2: The vertical to centers are air core transformer coupling.
3: The windings shown in the LTPU are very similar to the stungun charge pump circuit times 2. There are even bleeder resistors across the large caps and what look to be large diodes by them.
The large electrolytic caps were pushed off to the side making them look they did something else. The large yellow caps I believe are the large caps inside the charge pump.
The fuses are spark gaps. But they never light up in the videos. I have set neon starters up like that and then used jumper connections to connect them in and out of the circuit. So my device lights up.I just burned another circuit up hooking the verticals in serial with the inherent secondary of the oscillator stage of the charge pump. Of course that worked the 50VAC showed up in the centers.

SM stated they went through many TPUs to get it working. I am starting to think he was referring to circuits.
As a bottom line:
You can drive the outer primary and the centers will pickup from the secondaries.
You can drive the secondary directly to promote air core connection testing.
The FE wire is a tangible tap off point for power.
Cat juggling with feral rabid cats.The take away is by building the LTPU by what we can tangibly see and knowing how fields travel has gotten me to this stage where just interconnections can be made.

And some of those still reproduce the same thing.
I hope I haven't left anything out.
Building the smaller units only exposed a limited number of device artifacts that left a lot of builders wondering even more.
But I am having a field day with this build because it is so open to modifications.
I had done an audio test where I drove the verticals with 48 volts of 3hz. The needle on the SWR swayed back and forth at a 6 foot distance.
I am at a fork now where I make a choice of using larger TV parts or guitar reverb circuit.