Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

hi everyone,

Maybe it's seer coincidence that i just found out Akula tesla coil is the version with spacing in it.

To Nickz-Everyone else failed to spot this one hence no successful replication by anyone to date.

Not T1000 in his post showing his conference notes way back: -

I just finished listening teamspeak conference (also available in youtube  - http://www.youtube.com/watch?v=NL55iHTZSw4 ) and see quite differences in GeoFusion and Itsu coils. So I will add corrections from what I heard in recording:
1) We are talking about wavelength = wire length and grenade coil wire length multiplied by 4 = full wavelength and this is your resonant frequency. No LC resonances except in induction heater part between yoke and primary coil for grenade coils!
2) The Grenade coil - It is receiver wound on tube of 50mm diameter with length of ~21cm length, full winding on it for layer forward and continue with second layer to same direction, then divide its length by 2, put the same cable from the end of 2nd layer until middle and wind into opposite direction direction until end then continue with second layer to same direction, then again divide by 2 and put the wire until middle from end of previous coil and wind into opposite again until end (the last half is in same direction as longest bottom) then continue layer on same direction. Then put wire across top coil and put inside of tube then make exiting under begining of coil. The total length of wire = 1/4 of resonant frequency. Also the inductance is minimal (microH range). The ground is also connected to the wire exiting from top of the coil and should be completely separate to avoid any noise as device is really sensitive to it.
3) The Tesla coil - you have to wind with with spacing between windings for getting higher frequency. You should get high voltage as possible to antenna (5kV+? voltage source) Also the wire length of Tesla coil must be tuned to match resonant frequency of grenade coil wire lentgh which is wavelength. When frequency matches with grenade coil the 25W bulb connected directly on grenade coil should start lighting up. You need to get best resonant frequency  of Tesla coil decided by wire length of grenade coil to have maximum effect. Also when you connect ground you have to do additional tuning for getting it again.
4) The antenna - it should have spacing at least by 2 fingers to make coupling between antenna and coils minimum as possible. Also the Tesla coil is your transmitter where energy is accumulated from surrounding and with antenna you will radiate grenade coil to absorb that energy.
5) The inductor coil on grenade coil - it must be half of wavelength and winded to opposite than bottom layer of grenade coil. Also each layer should start from same place and end (Please see how E. Leedskalnin PMH is winded) in middle of grenade coil.
6) About Yoke - the primary coil should be calculated to have 2 volts / 1 turn and is on middle of long secondary winding. The secondary coil for current source into grenade coil goes 1st on core with spacing left for 3 winds coil. The frequency is on up to 1/100th harmonic frequency of grenade coil resonance.
7) The power supply - the big NO from mains! You have to use 7Ah+ batteries for entire tuning so there will be no ground loops.
(http://www.overunity.com/Smileys/default/cool.gif) The capacitors should be high voltage rated and must survive short circuits for continuous use.

The frequency is driven by wire length of grenade coil then you tune katcher for maximum output in grenade coil and then you tune induction heater circuit for harmonics resonance of grenade coil.
This is a way to sum voltage source from Tesla coil with current source from yoke. The frequencies must be tightly matching and any +/- 100khz differences outside of harmonics between Tesla and grenade coils will make system non-functioning.

Hopefully it helps.

[magpwr]

Not T1000 in his post showing his conference notes way back: -

I just finished listening teamspeak conference (also available in youtube  - http://www.youtube.com/watch?v=NL55iHTZSw4 ) and see quite differences in GeoFusion and Itsu coils. So I will add corrections from what I heard in recording:
1) We are talking about wavelength = wire length and grenade coil wire length multiplied by 4 = full wavelength and this is your resonant frequency. No LC resonances except in induction heater part between yoke and primary coil for grenade coils!
2) The Grenade coil - It is receiver wound on tube of 50mm diameter with length of ~21cm length, full winding on it for layer forward and continue with second layer to same direction, then divide its length by 2, put the same cable from the end of 2nd layer until middle and wind into opposite direction direction until end then continue with second layer to same direction, then again divide by 2 and put the wire until middle from end of previous coil and wind into opposite again until end (the last half is in same direction as longest bottom) then continue layer on same direction. Then put wire across top coil and put inside of tube then make exiting under begining of coil. The total length of wire = 1/4 of resonant frequency. Also the inductance is minimal (microH range). The ground is also connected to the wire exiting from top of the coil and should be completely separate to avoid any noise as device is really sensitive to it.
3) The Tesla coil - you have to wind with with spacing between windings for getting higher frequency. You should get high voltage as possible to antenna (5kV+? voltage source) Also the wire length of Tesla coil must be tuned to match resonant frequency of grenade coil wire lentgh which is wavelength. When frequency matches with grenade coil the 25W bulb connected directly on grenade coil should start lighting up. You need to get best resonant frequency  of Tesla coil decided by wire length of grenade coil to have maximum effect. Also when you connect ground you have to do additional tuning for getting it again.
4) The antenna - it should have spacing at least by 2 fingers to make coupling between antenna and coils minimum as possible. Also the Tesla coil is your transmitter where energy is accumulated from surrounding and with antenna you will radiate grenade coil to absorb that energy.
5) The inductor coil on grenade coil - it must be half of wavelength and winded to opposite than bottom layer of grenade coil. Also each layer should start from same place and end (Please see how E. Leedskalnin PMH is winded) in middle of grenade coil.
6) About Yoke - the primary coil should be calculated to have 2 volts / 1 turn and is on middle of long secondary winding. The secondary coil for current source into grenade coil goes 1st on core with spacing left for 3 winds coil. The frequency is on up to 1/100th harmonic frequency of grenade coil resonance.
7) The power supply - the big NO from mains! You have to use 7Ah+ batteries for entire tuning so there will be no ground loops.
(http://www.overunity.com/Smileys/default/cool.gif) The capacitors should be high voltage rated and must survive short circuits for continuous use.

The frequency is driven by wire length of grenade coil then you tune katcher for maximum output in grenade coil and then you tune induction heater circuit for harmonics resonance of grenade coil.
This is a way to sum voltage source from Tesla coil with current source from yoke. The frequencies must be tightly matching and any +/- 100khz differences outside of harmonics between Tesla and grenade coils will make system non-functioning.

Hopefully it helps.

hi Hoppy,

For those like myself without a spectrum analyzer this is the only best way i know in order to know what is the resonance frequency of the multilayer coil(After all other winding is completed).

Using a normal tesla coil with a ferrite rod to be used to control frequency with the usual Antenna over 25turn bifilar.No PWM generator or yoke needed in this mode.

This is the only way for the bulb to be lit if you hit resonance via ferrite rod insertion from the bottom of tesla coil.
{
25 turns "bottom" and Multilayer coil "top" along with source negative\kacher transistor emitter is connected to ground with the 5watt bulb.
Multilayer bottom coil is connected to the 5watt bulb.
25 turns "top" is left unconnected in this configuration.
}


After completing rewinding i used the above procedure in order to find the sweet spot for the multilayer so that 5watt 220volts bulb will be lit.
I found that by starting winding with 56turns from the 1st layer the resonance frequency is 1.62Mhz up from 1.58Mhz for my old winding which i started with 60turns for the 1st layer.
Used a multimeter or scope scope place near by would do the trick.

Take note Ruslan is using 50th and 100th Harmonics but i prefer Akula whom is using 60th Harmonics.If resonance of multilayer is 1.7Mhz then at 60th Sub-harmonics it's 28.33khz.

----------------------------
Just about to resume experimenting after evening tea break.
Earlier i found that the nanosecond generator does effect the bulb brightness only a small percentage while lowering current by <0.4Amps.

I do have obvious problems like my wire to Earth\water pipe is mere 2.5mm sq.

------------------------------
Last experiment for tonight  i discovered i that i am able to achieve effect similar to URFA only provided if i use the signal generator LTC1799 activated via jumper on my PWM generator board.
The bulb light will just fade away once i disconnect power to my variable HV voltage DC supply set at around 300...320volts.

It looks like at resonance using PLL i am unable to see much effect.

More research is needed pending till Thursday or Friday onwards.

[br549]

Небольшой эксперимент с включением катушки сьема
http://www.youtube.com/watch?v=EqtJPtsX32A

Enjoykin:
Several days ago I setup the SR Transformer Experiment (sort of by accident, I was working on something else) and noticed an interesting thing, so yesterday I saved this short video on YouTube. I think that I am going to do some more experimenting with this and see where it goes.  To all,   any constructive thoughts or direction are always appreciated.
https://www.youtube.com/watch?v=BIoUcDWB6i4

As always;
thanks and have a great day.
br549

[NickZ]

  quote from T-1000:
   "This is a way to sum voltage source from Tesla coil with current source from yoke. The frequencies must be tightly matching and any +/- 100khz differences outside of harmonics between Tesla and grenade coils will make system non-functioning."
                                                                                                                                                                         end quote.

   So, the margin of error of this heterodyning effort is tight and small.
   No matching of the frequencies: no extra power, no adequate ground line(s). No extra power...

   Magpwr: 
   I was referring to the windings on the end of the Kacher secondary coil, as having some spacing between the 4 or 5 turns coil.
   I don't really see any spacing between the Kacher secondary coil. Maybe you're right, but does it make any real difference?
  As you can see, when you spread the turns out on the secondary of the Kacher coil, the distance or the width of that coil will NOT match what it being shown in the actual pictures.  Look at Hoppy's image, (previous Ruslan image in the previous post).
Your current Kacher is much wider as compared to the image. Twice as wide, Or not?
 
  Akula uses spacing between his 4-5 inverse turn coil at the end of the secondary, but not on the secondary itself. 
OR is this wrong?
  Although I'm not doubting that there is a difference to be seen if the Kacher secondary coil is spread out, as well.  A a change in the running frequency may not add more power to the kacher output, though.  Are you, Mag, seeing a higher brightness at your small test bulb. And will that set up light a 25 watt bulb, instead.  And if so, to what degree?

 

[Hoppy]

Enjoykin:
Several days ago I setup the SR Transformer Experiment (sort of by accident, I was working on something else) and noticed an interesting thing, so yesterday I saved this short video on YouTube. I think that I am going to do some more experimenting with this and see where it goes.  To all,   any constructive thoughts or direction are always appreciated.
https://www.youtube.com/watch?v=BIoUcDWB6i4

As always;
thanks and have a great day.
br549

Hi br549,

Interesting experiment and similar setup to the Antanas circuit shown by Tomtech29 in post 8429. I intend at some stage to carry out some of my own experiements along these lines, not so much looking for that elusive OU but seeing how pulsed HV at various frequencies and timing, affect the apparent luminosity of tungsten filament lamps being primarily powered from an inverter. I get a distinct feeling that this fairly simple principle of operation may be the basis of Kapanadze's green and transparent box devices.