Kapanadze Cousin - DALLY FREE ENERGY

[verpies]

Message from Dally 25 Октября 2012 г
...soon will be the video of new device with new self-made transformer on ferrite ring.

Do you know if this time Dally's upcoming video will contain any oscilloscope screenshots ?
Current scopeshots would be better than mere voltage scopeshots, but any scopeshot would be better than none!

[Сергей В.]

@itsu

You have problem with ferrite and probably wiith saturating КТ926А.

Problem can be solved on several ways.  Use high speed current driver to put more currnet in base of transistor. Or use another 74AC00 as buffer between Nano-Pulser and base of КТ926А. Connect all input in parallel and wire it to output of Nano-Pulser. Output pins also in parallel and to base of Transistor.
Or use configuration of two pnp transistors like in NMOS driver posted earlier on this  thread. Also you can use push-pull configration PNP-NPN like level shifter.
Bases connect together and on the output of Nano-Pulser, collector of NPN +12v, collector on PNP -12V, both emitters together on resistor 10-20 ohm, other end of resistor on base of КТ926А.

Ferrite transformer need to be rewinded. I think you have very big ferrite ring and thin wire. For ferrite 7х4х2 mm µ=3000 use 0,35mm wire diameter. 

Wind primary like on the pic below. Wind several test windings - for example 10 , measuire L and calculate permeability of ferrite core. It must be known to determine inductance of unsaturated and saturated core and his relation ratio. Relation ratio is need to determine the frequency response of transformer.
Ideally you need Vector Network analyser but this equipment is very expensive and is tool for professionals in RF design. Verpies have right. Transformers on different cores are the most complex radiotechnical components in electronics.

[Сергей В.]

Do you know if this time Dally's upcoming video will contain any oscilloscope screenshots ?
Current scopeshots would be better than mere voltage scopeshots, but any scopeshot would be better than none!

Yes, you are right but i don't know future Dally's plans.

[Hoppy]

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.

Winding direction notation is easily drawn incorrectly. I assume that the Belkin circuit is driven from a transistor switched from a fast forward edged pulse with sufficient current to saturate the transistor. Under this condition, I can envisage that the diode might avalanche. However, even if it does, I do not see how this can have such an enormous impact on the main coil as to produce the overall result as claimed by Dally. Also, we need to know the construction of the Belkin transformer - is it a toroid or was this just assumed by Dally?

Regards
Hoppy

[verpies]

Yes, you are right but i don't know future Dally's plans.

Does he even have an oscilloscope?   ...or an access to one?