Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  I also find that at least on my push-pull driver, the copper on the PCB board itself is also picking up different interference. Which can transfer to the rest of the circuit on the board. Even placing the voltage regulators, and their filters on the same board makes a difference. The same negative effects were not present on the Mazilli driver, which was not using a board at all. Nor interference of the signals. The signals were clean, showing no peaks, nor strange wave forms at all. Just nice clean sine waves signals, with an output at the yoke of over 1000v with no load on it. Once the Kacher was activated the yoke's sine wave was ridden on by the HV Kacher circuit.
 
   Itsu, what value resistors should I use on the open yoke coils for the test that you suggested?  Maybe you can detail that idea a little more for me. And I'll give it a try.

   It's interesting what Verpies mentioned about your having better output on the yoke, as compared to the output on the grenade coil. As the number of turns on the 168t coil, compared to the 3t or 28t coil, as well as the additional rectifier circuit attached, the output should be the other way around. But, it may not be. I'll check that as well.

   However, it looks like the commercial TL circuit once modified with the trim pots was working quite well.  Or not? Specially if the load it kept steady, by not changing nor adding additional loads.

  It's the actual output at the bulbs that I look for, from the Kacher/grenade sync. And how well they work together to obtain any  additional gain at the output.
  On the Mazilli the voltage actually went up with each additional bulb added, and so did the Kacher's output to the grenade. As the Kacher was running off of the 28t coil, the feed back path could even run a laptop. But, did not self run the device. That was when I changed over to the TL circuit drivers, and lost most of the output that had previously seen at the my bulbs.

[Hoppy]

 
   Itsu, what value resistors should I use on the open yoke coils for the test that you suggested?  Maybe you can detail that idea a little more for me. And I'll give it a try.

Nick,

Itsu posted a circuit diagram giving the resistor values back in his post 17321.

[itsu]

Nick,

with 100K resistors at 24V they should pull (I=U/R) 0.24mA and thus dissipate (P=U*I) 5.76mW, so any 100K value will do.
Even 10K resistors can do the job (2.4mA / 57.6mW).

Itsu

[itsu]

Hi itsu,

Can you make Tesla coil from the aluminum wire and try to find on which frequency and voltage the quenched pulses are creating radiant response on the Tesla radiant receiver nearby?
This will give you idea on what frequency your grenade power receiver should be for when using same ground wire..

Cheers!

T,   sorry  ,  but i won't be firing up any tesla coil / kacher as they cause to much damage.


Itsu

[T-1000]

T,   sorry  ,  but i won't be firing up any tesla coil / kacher as they cause to much damage.


Itsu

Well, you have it next to the grenade coil and it is main part of the system anyway...