Kapanadze Cousin - DALLY FREE ENERGY

[apecore]

Neither of us succeeded in achieving a self runner but trying certainly kept us off the streets! The nanopulser did fail to have much effect on the push-pull generated waveform but in hindsight I don't think we managed to create a powerful enough and properly reflected / standing wave in the co-ax given the requirement for a shorted termination. A heat sink was specified for mounting the toroid but I never noticed any appreciable temperature increase even without the heat sink.

I think it is not wise to repeat all steps made by Itsu has he shown in his vids.
I d like to proceed in keeping the concept but with different methods.

Looking at the nanopulser effect,...  it seems there is a need for more power?
On the other hand we have to define the effect which the nanopuls needs to perform...

I would think the first main effect would be the inflow of radiant energy, in which risetime/ fall time of the nanopuls would be a critical parameter......
Does the Duration of the nanopuls realy matter or would it be more the dV/dt?
What does this tell us about the velocity factor of coaxcable?.... does normalbifilar wire has a higher VF?

Second...  timing of the nanopuls.....  this is probally the same issue as with the kacher puls....

In general we are facing the same goals as with the kacher// grenade.
So mainly i would start on this part first... 

But looking at the inflow of radiant energy,...do we need to disrupt a magnetic field (i.e. de inductor wave)?... or the L1 coil..  (on the former with the parallel cap)
I guess we need to try both and make also the strength of the magnetic wave by the inductor adjustable.

Any other suggestion for first approach?


Greetings

[apecore]

I don't think we managed to create a powerful enough and properly reflected / standing wave in the co-ax given the requirement for a shorted termination.

Do you mean by that the nanopuls duration has to be defined according coax wirelength and Velcity factor...   to ensure that the cut-off of the puls takes place when the wave reaches the end of the coax wire?

[Hoppy]

Good morning Apecore,

You raise good questions that quite honestly I cannot answer with any authority other than to outline my current understanding.

Insofar as Kacher / nanopulser pulse width and rise time, my undertanding is that the dv/dt is the most important factor, together with pulse amplitude.

[apecore]

Goodmorning Hoppy

[Hoppy]

Do you mean by that the nanopuls duration has to be defined according coax wirelength and Velcity factor...   to ensure that the cut-off of the puls takes place when the wave reaches the end of the coax wire?

Basically yes. If you viewed the incident pulse on a scope, the reflected pulse will be returned by a short circuit termination at opposite polarity, such that at a given length of cable, only the incident pulse will be seen.