Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  Itsu:
   Did you have a chance to change your Kacher secondary coil to match the your grenade's output coil?   2.6Mhz?
Anybody home there?
  You wrote: "Adding a 0.47uF wima cap across the 28 turn secondary of the grenade does increase the output but it goes at cost of the input."
 
    Well, let's hope that the input can also increase itself, by taking it's power from the device's output,  costs nothing.

   I'm adding back some of the turns on the Kacher's secondary coil that I had previously taken off,  to try out the 1Mhz to 1.25Mhz frequency ranges now. As I don't get any sync from the other frequencies that I've tried, so far.
  My SG is indicating two lower resonant points for the Kacher/grenade coil match. One at around 550Khz, and another at 1.1 to 1.2Mhz. So I'm headed in that direction now, to these if any of these lower frequencies, offer any of the sweet spots,  that I may have missed, when I previously was raising the Kacher's output frequency. We'll see, but so far, I don't have too much to write home about, either. 

[Tomtech29]

Due to some private commitments, i had/have little time at the moment, but i was still tuning around with my Ruslan setup so now and then.

Nothing really interesting was noticed, so nothing to report.

Adding a 0.47uF wima cap across the 28 turn secondary of the grenade does increase the output but it goes at cost of the input.


Regards Itsu

Your job is, and will inspire my appreciation for your perseverance.
as they say :already devil is not so terrible as he is painted
Thanks for everything.

[itsu]

  Itsu:
   Did you have a chance to change your Kacher secondary coil to match the your grenade's output coil?   2.6Mhz?
Anybody home there?
  You wrote: "Adding a 0.47uF wima cap across the 28 turn secondary of the grenade does increase the output but it goes at cost of the input."
 
    Well, let's hope that the input can also increase itself, by taking it's power from the device's output,  costs nothing.

   I'm adding back some of the turns on the Kacher's secondary coil that I had previously taken off,  to try out the 1Mhz to 1.25Mhz frequency ranges now. As I don't get any sync from the other frequencies that I've tried, so far.
  My SG is indicating two lower resonant points for the Kacher/grenade coil match. One at around 550Khz, and another at 1.1 to 1.2Mhz. So I'm headed in that direction now, to these if any of these lower frequencies, offer any of the sweet spots,  that I may have missed, when I previously was raising the Kacher's output frequency. We'll see, but so far, I don't have too much to write home about, either.

Nick,

2.6MHz is to high for a loaded kacher in my opinion, you loose to much power if it will work at all.
Instead i have tuned by kacher (with a ferrite rod) to run at half (1.325Mhz) and at a 3th (883KHz) but without noticing anything out of the ordinairy.


Tomtech29,

you are welcome


Itsu

[NickZ]

  Itsu:
  Ok, those were my thoughts also, concerning trying to get the Kacher to work effectively at the higher frequencies, as there are too few turns on the secondary coil. That's why I am now checking to see where a small bulb will light on the grenade, from the Kacher signal, or SG, and matching that frequency to see if there is any effect noticed at the bulb.  This I'm doing by adding or removing turns, not by moving the ferrite rod.
I do get some action at 1Mhz, at the small bulb on the grenade. And also at around 500Khz to 550Khz. Those are my two new points of resonance to check into, now.
 
  I think that the problem is that Kacher's running frequency also has to be a harmonic of the earth resonant frequency, along with the grenade frequency, or no extra power will be available at the bulbs.
  Makes me wonder why they never, ever, show the devices running at full power, then disconnect the Kacher.  Why don't they? 
Something is wrong there...

  I don't feel that it's a good practice to use the ferrite rod inside of the Kacher to lower the frequency by as much as you mentioned above, as you lose to much voltage while doing so.  Seams like the ferrite rod is good only for controlling minor frequency adjustments. If the coils aren't properly in sync the Kacher ferrite won't work, as it seam to be good for only minor or slight fine tuning efforts. Probably the same problem noticed if using the TL494 board. Too much deviation of the normal running frequency by the ferrite rod in the Kacher, will only lower the voltage by too much.  Or not?

[AlienGrey]

Hi all back to basics, the nano pulse generator, the circuit shows 74hc(t)00, x2 gated driving a KT926A any one got this to work Having a laugh !

Ok change the chips to 74hct132. next problem the out put wont drive the KT926A it needs 7A base current  with an hfe of about 10 to 60 if your lucky I tried it and the 74hc132 over heated the 5volt reg trying to sink over 2 amps the 74hc 132 can drive 35 Mhz no problem we are talking about 150 to 300 mhz devices here and you need a driver between the 74hc132 and the KT926A driven from the 12 volt supply, to get any where.

Any idea's ?

AG