Kapanadze Cousin - DALLY FREE ENERGY

[itsu]

Hoppy,

I tried putting an home made inverter (12V => 220V / 50Hz not sine wave) onto the L1 coil, but it acts almost as a short on this low frequency and the voltage was very low and distorded.
Pulsing the nano-pulser at about 4.2Khz made a very chopped / distorted signal on L4 of only a few volts.
Nothing usefull.

Then i hooked up my FG to L1 and sweeped across its range (1Hz-2Mhz) at 30V pp sine wave, but again at low frequencies the signal drops due to the L1 coil almost being a short and almost no signal is left on L4.
This low level signal (sine wave) is very much chopped up by the nano-pulses, but it does not produces more recified dc.


T-1000,

thanks for the links, i will take a look.


starcruiser,

thanks for the comments about coax.
I did a few tests with coax and copper tube coils with an inner wire (sort of coax) and HV, but other then some nice peaks nothing special was found,  see my youtube channel for those video's.
I will try some more tests soon.

Regards Itsu

[verpies]

After spending last week(end) many hours in tuning my Dally replication circuit, i have come to the conclusion that with the knowledge we have now on used frequencies and voltage levels, its almost impossible to find the correct combination (if it even exists) where the magic happens.

Nonetheless, you have learned a lot during this project and your TDR experiments, and I think your wires will always be shorter from now on

The worst thing about this Dally system is the unknown operating principle - if it has any.
Note, that we managed to get the exotic DSRD effect to work at 20kW peak power, because we knew the operating principle and what to strive for, what to verify and watch out for.  The same goes for the lossless clamps in the T2 circuit.
I am not sure that magic can happen with Dally's setup, although Tiger's video showed an inspiring behavior of a similar circuit.

There was one anomaly, though.  Namely nanopulses exerted influence outside of the coax, and they should not have had.
There was no standing wave formed inside the coax because it was too short to allow the incoming pulses to meet the reflected pulses, at such short pulsewidths and PRF. 
Maybe the coax was leaky, or it was EMI emanating before the coax entry point, or maybe it was the AB Effect.  It's worth investigating further.

The heating and damage to the little toroid is fishy, too.

If Dally will not be forthcoming, I think it is worth a try to reuse these electronic circuits to experiment on related devices operating on the known  but underappreciated principles of:
1) Stimulated beta particle emission and confinement, as described by McFreey in his spool devices.
2) Magnetoacoustics, as described by Gunderson.

If you think that the ideas of other users have merit  (e.g.: sychronizing or nanopulsing only in the 1st and 3rd quadrant of the sinewave) then I will gladly help you out to achieve these operating modes.

They are not operating principles, though...

[itsu]

Nonetheless, you have learned a lot during this project and your TDR experiments, and I think your wires will always be shorter from now on

Right, "Keep It Short Stupid" principle.

There was one anomaly, though.  Namely nanopulses exerted influence outside of the coax, and they should not have had.

On the back burner does not mean that i have put it aside completely.

F.I. i did rewind my L3 coil partially with another good quality new coax cable (RG-316 which has a copper cladded steel stranded inner conductor).
This coax is much thinner and 7 meters of it only covered 40% of the total coil, so it was asymmetric.
But the same pulse leakage was seen with this (again shorted) coax.
I will need to order about 20M to cover the complete coil.

The modular approach of my setup enables me to quickly swap different modules and make modifications to the circuit.

If you think that the ideas of other users have merit  (e.g.: sychronizing or nanopulsing only in the 1st and 3rd quadrant of the sinewave) then I will gladly help you out to achieve these operating modes.

I don't think this will bring any advantages but have no idea if this is simply done or takes elaborate electronics to accomplish

Regards Itsu
 

[Hoppy]

I don't think this will bring any advantages but have no idea if this is simply done or takes elaborate electronics to accomplish

Regards Itsu

Irrespective of whether Dally did or did not achieve self-running, he has at least motivated a few of us to attempt a replication to chase that elusive OU. Also, credit to him, as at least he did publish enough information to make a replication a practical proposition, something that very few other OU claimants have been prepared to do.

Its been a pleasure to watch your excellent videos and marvel at your patient and methodical approach to your testing.

Regards
Hoppy

[scratchrobot]

If dally did not achieve self-running but is pretending to have OU then no credits to him from me!
All my credits go to itsu, he did a wonderfull job in replicating and showing it to us.

Thank you very much itsu.