Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

I think you are correct.
Below, attached are Dally's Printed Circuit Board (PCB) Layouts, and the Belkin_Driver schematic diagram that are posted on Dally's Blog:

P.S.
It is apparent that Dally's nanopulser project was guided by this Belkin document.  I wish somebody had translated it to English so everyone can understand it.
MS-Windows users can view the Belkin.djvu document using this WinDjView free software.

I have a feeling that the circuit element Dally used from this Belkin document was designed for the TDR testing of co-ax cables, in which case why was this chosen by Dally to act as the prime mover in his device?

Regards
Hoppy

[Hoppy]

Cannot see the 220uH inductor or the 20R resistor shown on the schematic in any of the photos. Were these components used by Dally?

It appears that Dally did not realise that the KT926 transistor cannot be driven properly from the 74HCT00!

Regards
Hoppy

[verpies]

The function of the neon is simply an indicator that the inverter is powered up, nothing else. With a series resistor of 100k, there is no regulation function attributable to the neon.

There is, but very small.
With a 100kΩ rsistor the regulation current of a 150V rail can reach max. 1.5mA.
(note for Newbes: "regulation current" is not the same as "output current")

However on the attached photo, a 100kΩ resistor is not visible next to the neon bulb. Instead a 2-4 Watt and 1kΩ resistor is visible.

If the neon bulb presented a short circuit when lit, then this 1kΩ resistor, with 150V across it, would allow 150ma of max regulation current to flow through it (dissipating over 22W of heat) - now that's significant.

[verpies]

Hello
so it seems fitting perhaps a nanosecond generator.
By courtesy of Сергей-в.

Were those boards on the photo made/used by Dally ?
Do you have the .LAY files of those boards?  It would be nice to have them to make printed circuit boards (PCB)

[verpies]

I have a feeling that the circuit element Dally used from this Belkin document was designed for the TDR testing of co-ax cables, in which case why was this chosen by Dally to act as the prime mover in his device?

Good question.
Do you have a theory how Belkin's circuit can generate sufficient voltage to avalanche the diode?
Also, on the Belkin diagram, note the dots denoting the beginning of the saturable transformer windings. If these dots are correct then the conduction of the diode on the secondary side coincides with the conduction of KT926 transistor on the primary side, since according to the Lenz law, the polarity of the secondary pulse is opposite to the polarity of the primary pulse.

Note that Itsu recently has made an avalanche-based nanopulser and he even used it to successfully pulse his coaxial cable, with classical results.
He used a different method to generate his high voltage to cause the avalanche, though.