Kapanadze Cousin - DALLY FREE ENERGY

[verpies]

Interesting; so the cable length vs pulse time is probably important, so that the trailing edge of that pulse should hit the reflection (resonant 1 step)....

Oh yes!
If the reflected pulse hits the next pulse then a standing wave is produced.

does the reflection time double with the shield shorted to the conductor?  ...

No, but if the reflected pulse superimposes on the next pulse then its amplitude doubles.

The reflections happen anytime the coax is not terminated with 50Ω (at any end!)
See:
Coax Pulsing Video1
Coax Pulsing Video2

[d3x0r]

I think Ganzha is probably right and we are looking at a fake. IMO it could be something similar to the Aqua2 trick, in this case with the braid acting as the mains neutral and inside, carrying a 'live' conductor going back to the domestic supply in the house. This is like TK used for the Aqua2, a braided cable sheath / hose, not ordinary braided earth strap, as it can be seen to be much wider where its clamped with the earth bolt. Only thin conductors are needed for the low energy flouro lamp. Although, fairly obvious from the coil winding ratios, I have already established that with the rail voltage levels shown on the schematic, insufficient voltage is available from L4 to run the PSU. L4 is most likely carrying the mains live feed through to the bridge rectifier. If this is a fake, then Dally is right on one point - that the earth wire is essential for operation of the device 

I will cease work on this project to let this one play out. T1000 has already advised us to hang fire and wait developments from Dally.

Regards
Hoppy

I just have to say you've only shown insufficient voltage from your setup....


This is shots of my probes, set at 10x
Two different scopes, one on the resonant L2 coil (with a high freqency)
other scope with a probe across a 400V capacitor on the L4 output coil.  (This gets up to 75 now).


When I started, just the green wire was giving me about 50V output.  I added the red coil, and shifted the inner coils so the red was on the ouside, and got up to 75 (probably about 50% more wire on the original)... Dally made a comment 'I needed more wire....' which is why blue becomes brown... But... adding more wire will increase the pickup.


My L1 high voltage drive coil is wound on an inner pvc that slides in another pvc tube just snuggly.  On the outer PVC is wound the L2, and on that is the L3 coax wire.  (You can't see the L2, somewhat the leads coming off...)  Then on that I have some plastic corregated board forming a tube that the outer pickup coil is wound on.  3 tube slide independantly.


So if I find another bobbin spool like the one I wound with red wire (it's 5 layers of 13 turns slighly larger inner diameter than the green coil.


It would probably be better if L4 were also in a resonance with L2 (mine is not)...

[wings]

Oh yes!
If the reflected pulse hits the next pulse then a standing wave is produced.
No, but if the reflected pulse superimposes on the next pulse then its amplitude doubles.

The reflections happen anytime the coax is not terminated with 50Ω (at any end!)
See:
Coax Pulsing Video1
Coax Pulsing Video2

A wave lab inside a coaxial cable

[Vortex1]

Taking a look at picture #4 of the breadboard

http://www.liveinternet.ru/users/edward_lee

We see a large red semiconductor, bolt mount. This looks like an SCR to me or does the KD926 come in such a package? I cannot find any info for SCR part # Ky220 referenced in some of his other pulser circuits.

Took another look at picture #9 and it does seem the wires go to a solder lug, and the braid looks rather flat as it hangs over the board.

I agree with verpies, a gain medium is probably required if we are talking NMR, unless the copper wires are also the gain medium (doubt it). Also could be the "unknown process"

[verpies]

This looks like an SCR to me or does the KD926 come in such a package?

I think it does. DSRD are high current diodes, thus they come in high power packages.

In my experiments the DSDR had the forward current of 10A for 100ns and the reverse current of 20A for 40ns.
Strange but true.
This is because in order to maximize the DSR diode effect, the forward current through the diode should be lower and of longer duration, yet the reverse current should be higher and of shorter duration.

If forward and reverse current waveforms are the same then the DSR diode stops conducting when the current through the diode is equal to zero and the DSR effect disappears.