Kapanadze Cousin - DALLY FREE ENERGY

[Tomtech29]

  You'll also notice on this last diagram that there is no connection (no jumper wire) between the two induction circuits, and to earth ground. And also, the earth ground on the schematic is only 18m, instead of the original recommended 37.5m,  now 40meters, like Ruslan's grenade, with 2.5 meters of additional wire turns added. Probably to enable him to kick into an better resonant point. 
I guess....
  I found no benefit in the two diodes (12R06) placed in series or parallel. Going on way or the other. What are they there for? Heaters? When placed before the bulbs?
  Ruslan has also changed the placement of the 0.15uf tuning cap(s).  Now it's in series, instead of parallel, like it was before. And  with one side to of this cap going to earth ground. And there is now NO earth ground in the induction coil circuit.
  So, which diagram or schematic do we choose go with? As any wrongly placed component, or of the wrong value, or any coil having the wrong number of wire turns, and,  no cigar.

Hi .
Nickz
see Timesheet letter V " It marks the end of a wave Suppose that this ground ,rectifier diodes designate the half-sine and direction
Many of you have much more knowledge how to perform a standing wave stream in a variable magnetic field and which may be of advantage?
and how this energy is stored in a tank Cap
I just try to present my point of view!  -Please also other about ideas (there are no bad ideas if something happens)

[Tomtech29]

Guys, I recall to study what Ruslan says in one of his last videos.  The principal of work of his device can't be better explained (theoretically  ) .   https://www.youtube.com/watch?v=OtZHUFSCKlU

Hi.
30 years ago I had a TV, "Rubin" once caught fire him was still stabilizer autotransformer great colossus!
-Write what you recommend in points these tips can help us I will try to verify returns.
Thanks.

[T-1000]

Bad link

The http://imgbin.org/images/26553.jpg still works for me.

Also in the recent video Ruslan briefly said about what makes device work on https://youtu.be/WRtyHAsFtFA?t=11m45s (the HV pulses you send on top of inductor in the LC resonance have to deform magnetic field and make flux oscillations) and about frequency ratio on pulse generator and inductor in 19:20 which is clearly not 1us. The 1ms is more reasonable there. And in 19:58 he mentioned about voltage going to inductor which you should select in order to make magnetic flux oscillations.
Also he said - the basic Dally circuit there can be taken as base proof of concept circuit in order to see effect. It will be limited in amount of output power but that is other matter.

[John.K1]

Tomtech, If I good remember, you are Polish right? You should understand Russian

He shows the hand sketch and he says it is necessary to get currents in face between those two LC contours.  Also check where is the ground in his sketch. The output must not influence the LC resonance, he also use some filter which is not on the sketch and than diode bridge.  As he say- The principle of this device is only simple LC resonance and collection of reactive power.

Now my thought:   At the beginning Ruslan was saying- don't search for LC resonance, now he turned 180deg.
Also I believe correct impedance  plays here important role. Can you check what is the impedance on the output coil? (can this help? : https://www.youtube.com/watch?v=ieAhBejHe2M)    Still working on analyzing device.  Couldn't get my cheepo  2CH signal generator conect with labView. It is sorted by now ( I hope) . This weekend I will fire it. I am looking forward t see some test results.

I got my 5KV probe today and it shows some chart voltage/frequency        I am confused from it as the graph shows  5KV up to around 100KHz and in MHz range the graph goes as low as around 500V??  What that mean?  Thanks,

[Jeg]

I got my 5KV probe today and it shows some chart voltage/frequency        I am confused from it as the graph shows  5KV up to around 100KHz and in MHz range the graph goes as low as around 500V??  What that mean?  Thanks,

Hi Johnny
When you measure up to 100KHz the actual voltage is exactly what you read at your oscilloscope. For frequencies higher than 100 KHz, the actual voltage is what you see at your oscilloscope times the decreasing ratio as you see it at your probe's chart. If for example at 5Mhz your chart shows 500V, then 5KV/500V=10 So your actual voltage is what you read at your oscilloscope multiplied by 10. It is a matter of the probe's bandwidth.