Kapanadze and other FE discussion

[Hoppy]

Information  about FE device based on real example of it is available AS I PROMISED TO YOU.
I'm working on  real data .
I will start from one source first
The second source  independent from the first one and not related to the first one , is not yet  going to be discussed.
It is a lot of work and not only that.
Wesley

Thanks for that Wesley. Its about time some reliable info was published, especially for those, like me, still stuck in the box. 

[AlienGrey]

You must be talking about a different circuit than what I showed in those two video clips. The autoresonating circuit of TKoil X is very simple.

If you are talking about some of the other circuits others have listed above, I can explain the purpose of the chips if you specify exactly which diagram you mean.

Err um  This one! if you could

many thanks

[TinselKoala]

The CD4046 is configured as a voltage-controlled oscillator. The potentiometer P1 controls the voltage input to Pin 9 of this VCO and thus controls its frequency. The oscillator produces an approximately square pulse train, coming out at Pin 4. The components surrounding the Schmitt trigger inverter stage IC2C, comprising the pot P2 and the cap and resistors, form a pulse-shortening network that transforms the more or less squareish output of the VCO into shorter pulses whose width is controlled by P2. The output of the pulse shortener is fed to the TC4420 mosfet driver chip (which also has Schmitt trigger input) which then drives the mosfet's Gate. The mosfet is in a low-side switch arrangement, switching current from the +12 volt supply rail through the transformer primary TR1. Two more stages of the IC2 are used to inhibit or disinhibit the VCO, depending on which of the two gates is getting a +12 volt input or is grounded out. This section could be connected to another oscillator to provide chopping or pulsing of the main VCO signal.
The Schmitt trigger inverter (IC2) could be any of a number of different part numbers. Generally there are 6 gates per chip, so in this circuit 3 are unused. It is good practice to tie the inputs of unused gates to ground or Vcc.

What you are showing is known as the Les Banki Nano-Pulser. The circuit I used in the exact video where you saw it is a variation on this circuit. This is not an auto-resonant circuit as it stands but could be "transformed" into one (no pun intended).

[AlienGrey]

I would like a few of those old vacuum cleaners for the cable! You were looking at some quality cable in the video!

I'm using 4mil to experiment I used 1/4 wave lemgth but 1/2 wave was much better but some 6mi multi strand like welding cable when it's working

I don't get the impression from the green box build and layout that the ground wire lengths are critical but as Alien points out the SG tuning to include a given ground wire length may be.

I think you might find it is!

I would like a few of those old vacuum cleaners for the cable! You were looking at some quality cable in the video!
More to the point, what do you think we need to replicate the green box, other than the box?

A HV PSU tuned to the selected low end frequency. (don't get too complacent or you end up with leaks in the system).

[AlienGrey]

The CD4046 is configured as a voltage-controlled oscillator. The potentiometer P1 controls the voltage input to Pin 9 of this VCO

What you are showing is known as the Les Banki Nano-Pulser. The circuit I used in the exact video where you saw it is a variation on this circuit. This is not an auto-resonant circuit as it stands but could be "transformed" into one (no pun intended).

Hi sorry to be a pain, but have you a link to the Banki reference please ?

Also i note http://www.overunityresearch.com/index.php?topic=2578.msg49522#msg49522
your notes on the nano pulse PSU any chance of any information on that item and or pointers please.

Regards AG