Kapanadze Cousin - DALLY FREE ENERGY

[Jeg]

An other one at 31.7 MHz. Radu Motisan oscillator
I have also an other one setup at 47Mhz but there is no point showing it. Just to show that there are many ways to bring resonance on a secondary. I mean easier ways. If this is the case.

[NickZ]

  Jeg:
   Yes, many ways to skin a cat...  But, will any device self run?

   Itsu:
   I did as you suggested, and connected my grenade back up to the yoke again, and retested for a change in running frequency at the output of my grenade's 168 turns coil, at the 3 100w bulbs.
Now, the new running frequency is now at 28.6Khz at the grenade's 168 turns output coil, or at the 0.47uf wima cap.
So, the Same frequency on both the induction circuits now. Also, it's the same as what the SG found as the best frequency (28.6Khz). This reading is with everything connected up, and earth grounded into to my water well.
   
   Now, there is not much change anymore if adding caps, or rewiring the coil turns, adding ferrite or magnets, as there was before. As you have mentioned, also.
   So, I believe that this indicates that I'm in resonance, at least some type of resonance between the induction circuits.

   Now to get the Kacher to fire up, and actually do something, next. 
   So, what should be the best (theoretical) match for the Kacher's frequency, to sync with the 28.5Khz induction circuits???
I seam to get the best impulse from the Kacher antenna at around 1Mhz, or so.
   Any advice?

[itsu]

Guys thanks for the capacitor info.

DA1, I see that you used the same as Ruslan's 220 to 24V converter. Did you make any changes inside it? I mean did you change its internal diode bridge for a quicker one? Do you have anything to advice us?

Itsu, if you have any good circuit for nanosecond generator I am interested in. I started to think about Dally circuit again. Back to the very first page again to study it closer this time. I also got sick with katcher. 

Jeg,

the basic nano-pulser circuit can be found on this thread, f.i. on page 7:

http://overunity.com/12736/kapanadze-cousin-dally-free-energy/msg337931/#msg337931

See picture 1 here below for the nano-pulser part.

Together with verpies, we designed a version with a MOSFET driver which panned out to be what i still have now, see picture 2 below (don't rely on the chips pinout)

Its a KD226D DSRD with a 9nF/3000V ceramic cap in series with the CATHODE (so NOT as the Dally circuit). 
I only have hooked up the (shorted) 50 Ohm coax cable across the dsrd (like the Dally circuit).

Presently my toroid is the 10x6x4 one, so former is 4mm.
Wire is 0.28mm teflon isolated
L1 = 4 turns,  L2 = 12 turns
Best result was with a KD226D diode at 120V at 4.2Khz repetition frequency: 1500V / 12nS.

With higher pulse repetition frequency (15KHz), be sure to have enough cooling on the MOSFET, Schottky diode and toroid.

Regards Itsu

[itsu]

  Jeg:
   Yes, many ways to skin a cat...  But, will any device self run?

   Itsu:
   I did as you suggested, and connected my grenade back up to the yoke again, and retested for a change in running frequency at the output of my grenade's 168 turns coil, at the 3 100w bulbs.
Now, the new running frequency is now at 28.6Khz at the grenade's 168 turns output coil, or at the 0.47uf wima cap.
So, the Same frequency on both the induction circuits now. Also, it's the same as what the SG found as the best frequency (28.6Khz). This reading is with everything connected up, and earth grounded into to my water well.
   
   Now, there is not much change anymore if adding caps, or rewiring the coil turns, adding ferrite or magnets, as there was before. As you have mentioned, also.
   So, I believe that this indicates that I'm in resonance, at least some type of resonance between the induction circuits.

   Now to get the Kacher to fire up, and actually do something, next. 
   So, what should be the best (theoretical) match for the Kacher's frequency, to sync with the 28.5Khz induction circuits???
I seam to get the best impulse from the Kacher antenna at around 1Mhz, or so.
   Any advice?

Nick,

ok, if the inductor, 3-turn coil and Wima caps are resonating on 28.6KHz (that means that your Mazilli also is resonating on that frequency),
you should have severall hundred volts across the the inductor / Wima caps.

Hopefully the grenade is now resonating on x100, x60, x50 etc. (so 2860Khz,  1716KHz, 1430KHz etc.) of that 28.6Khz frequency.
(Theoretical) the kacher should be running on 1/3 or 1/4 of the grenade frequency (so 953KHz, 586KHz, 476KHz etc. for 1/3, even lower when on 1/4).

Then tune for the magical Longitudinal (https://en.wikipedia.org/wiki/Longitudinal_wave#Electromagnetic) standing waves to appear in the grenade,
sucking power from your water well (ground).


Itsu

[AlienGrey]

Jeg,

the basic nano-pulser circuit can be found on this thread, f.i. on page 7:

http://overunity.com/12736/kapanadze-cousin-dally-free-energy/msg337931/#msg337931

See picture 1 here below for the nano-pulser part.

Together with verpies, we designed a version with a MOSFET driver which panned out to be what i still have now, see picture 2 below (don't rely on the chips pinout)

Its a KD226D DSRD with a 9nF/3000V ceramic cap in series with the CATHODE (so NOT as the Dally circuit). 
I only have hooked up the (shorted) 50 Ohm coax cable across the dsrd (like the Dally circuit).

Presently my toroid is the 10x6x4 one, so former is 4mm.
Wire is 0.28mm teflon isolated
L1 = 4 turns,  L2 = 12 turns
Best result was with a KD226D diode at 120V at 4.2Khz repetition frequency: 1500V / 12nS.

With higher pulse repetition frequency (15KHz), be sure to have enough cooling on the MOSFET, Schottky diode and toroid.

Regards Itsu

The Dally circuit !!!!!!!!! take note

Yes yes very amusing ! note use 74hc(t)132 or nothing but also note your OUTPUT transistor will go ''''POP'' unless you use another driver inverter like a 74hc(t)14 and link all the outputs together as output and same with the inputs from the 132 output. and don't be tempted to use just one of the 132 outputs on it's own it's not man enough for the job according to my scope.

PS
like your replacement circuit !

AG