Kapanadze Cousin - DALLY FREE ENERGY

[itsu]

Give me the exact diameter of your pipe and the outer diameter of your wire including insulation

Hi Jeg,


pipe is 5cm diameter, wire including insulation is 3.3mm.

Be aware that its very hard if not impossible to wire the next layer exactly on top of the lower layer, so normally what has happened is
that the next layer wire lies inbetween the lower layer wires     
I measured the 6 layers at the left side of my coil to be 17.5mm thick, so 2.9mm each layer.


Regards Itsu

[a.king21]

Hoppy, and all:  Kapanadze told me that the earth wire can be replaced by a circuit.
When I pressed him further he said it could be replaced by the negative terminal of a car battery.
This is pure Tesla tech. I have read that Tesla used the same technique.
Tesla has stated that in some of his devices you could replace an earth ground with the negative
terminal of a lead acid accumulator (car battery).
I pressed both Mike and his interpreter (who were both present during the aquarium 2 demo)
and both confirmed that the earth wire was disconnected for a few minutes.
I talked to both of them independently and some days apart.
My conclusion is that the earth "ground" is required to keep the device in phase.
I have seen experiments on youtube where the disconnect of an earth wire caused experiments to lose power,
although I don't have these video urls now.
Kapanadze uses high frequency mixing in his device. This is proved by the "dancing meters" witnessed by independent testers of some of his devices.
The only other patent I have found which uses the same technique is by Carlos Benitez.
In one of  his patents he says that an "oscillatory circuit" is required to be mixed with DC to produce OU.
An oscillatory circuit is 19th century speak for "tank circuit".
Akula use the same principle.

[itsu]

A little progress video below.

I finished breadboarding the TL494 with ucc37322 MOSFET drivers and IRFP260N MOSFET's.
Nice 27KHz square wave signals on the gates (drains not connected yet).

I also used one of the ucc37322 signals as input for my nano pulser with result that i now have a synced (27KHz) nano pulse (240V pp / 30ns wide).
This nano pulser now used only 40V dc as input on its MOSFET, and can take 200V input or more for a 1500V pp pulse if needed.

I also show the signal on the multi layer coil with kacher activated.
It shows that the kacher is very instable as the HV probe makes it change from 1MHz without it to 723KHz with HV probe attached.

Finally i made a remark in the video about the used primary of the yoke as seen in the latest Ruslan video.
This primary has about 2x 12 turns, so NOT the 2x 6 turns in the diagrams, see screenshot below (yellow wiring):
I started with the yoke as mentioned in the diagram, meaning 2x 6 turns primary and 28 turns / 3 turn secondaries (all CW).


Video here:  https://www.youtube.com/watch?v=hDHbVJRSHKU&feature=youtu.be


Regards Itsu

[magpwr]

A little progress video below.

I finished breadboarding the TL494 with ucc37322 MOSFET drivers and IRFP260N MOSFET's.
Nice 27KHz square wave signals on the gates (drains not connected yet).

I also used one of the ucc37322 signals as input for my nano pulser with result that i now have a synced (27KHz) nano pulse (240V pp / 30ns wide).
This nano pulser now used only 40V dc as input on its MOSFET, and can take 200V input or more for a 1500V pp pulse if needed.

I also show the signal on the multi layer coil with kacher activated.
It shows that the kacher is very instable as the HV probe makes it change from 1MHz without it to 723KHz with HV probe attached.

Finally i made a remark in the video about the used primary of the yoke as seen in the latest Ruslan video.
This primary has about 2x 12 turns, so NOT the 2x 6 turns in the diagrams, see screenshot below (yellow wiring):
I started with the yoke as mentioned in the diagram, meaning 2x 6 turns primary and 28 turns / 3 turn secondaries (all CW).


Video here:  https://www.youtube.com/watch?v=hDHbVJRSHKU&feature=youtu.be


Regards Itsu

hi itsu,

Your progress amaze me as i am only at waiting for component stage eg:2C5200 x5 to be tested with existing tesla coil of different spec to see how it function especially at higher dc voltage around 100...150volts.

The diagram 12-12 turns primary for yoke would is meant for 24volts input.6-0-6 turns meant for 12volts as per circuit diagram.

The snubber circuit which was captured from Ruslan video seems to be very simple only consisting just 1 hv ceramics  capacitor around (2.2nf max possible value 10nf) around 1000volts rating.
The single resistor is just meant for the igbt /mosfet gates to source. 

[NickZ]

  Nice work so far Itsu.
  Glad that you decided to take the plunge.
  It will be interesting to see what happens when the kacher is tuned on, and then off, to see what difference it makes to the bulbs output brightness and readings.
 
  Remember that Ruslan and Akula are both joining the 12,12 turn resonator coil
(it's not really 25 turns times 2) to the bigger output coil. Then both are connected to an earth ground. This will probably further change your readings, and output.
Thanks for showing us your video.