Kapanadze Cousin - DALLY FREE ENERGY

[Jeg]

Divice with kacher is here https://archive.org/details/MVI2492
I made many times divice with kacher and with pulse and every time I not get more out than in.
"5 or 6 turn (or so)"
Is 10 turns or so.
"48, 48,  24,24, 12,12"
Is 56, 56, 28, 28, 14, 14 - something like this.

Did you manage to self oscillate your secondary with your katcher while in tension? What is the voltage output of your nanogen and of your catcher ?

[MenofFather]

... What is the voltage output of your nanogen and of your catcher ?

I not have oscilioscope to check that is voltage of my nanogen. On kacher also how I determinate voltage, maybe 3000-5000 volts.

[MenofFather]

"Did you manage to self oscillate your secondary with your katcher while in tension?"
I try run low frenquency with kacher. Turning on kacher lamp output shine little brighter, but here is only kacher energy plus low frenquency energy.
Sometimes kacher stop working, then I turning on pumping low frenquency.

[Jeg]

"Did you manage to self oscillate your secondary with your katcher while in tension?"
I try run low frenquency with kacher. Turning on kacher lamp output shine little brighter, but here is only kacher energy plus low frenquency energy.
Sometimes kacher stop working, then I turning on pumping low frenquency.

Well, with my understanding if your katcher is well designed so to make the first secondary ringing at each own frequency (the one that is standing alone with the parallel capacitor) then your output coil needs different windings so to raise pressure at the output. 48-24-12 is an arrangement that will not work to everyone. It depends of your primary power and your katcher's voltage. If you like try the follow procedure.. It is a theoretical prediction that I will also follow.

1. Connect the output circuit of the yoke core. This is the 3 turns, a 5uF cap in series and 7-10turns trigger coil which goes to the air core transformer (heavy gauge)
2. Tune by the frequency potentiometer at 494 to the right frequency so at the output of heavy gauge coil to be able to make hot an iron inside coil! This is some KHz.
3. Make your first secondary coil the one that is tuned alone by the parallel capacitor, as to vibrate at katcher's frequency or at a lower harmonic. Behave it as a classic Tesla secondary. When you do it you should see arc/plasma at the top of the coil. Classic Tesla coil.
4. Connect in parallel with this coil a cap so to tune to the low frequency as the yoke output
5. Start winding a thick secondary output coil over the Tesla coil. Make some turns and connect bridge, caps and load.
6. Fire the system and see the results. If nothing, then start to add turns until the load fully bright. Every time before firing connect bridge caps and load.
7. Try to find an oscilloscope if you hope to do something decent.

The next days I will do the same but without the catcher part. I will introduce this high frequency
by the help of the yoke circuit, as this reacts pretty much the same as a spark gap. When mosfet opens the 12 turns half yoke coil starts to ring. At yoke output I will have a hf ringing every some KHz rate. Here comes the pwm tuning. And after I will follow the above without catcher.

Perhaps Gfusion will help on this just by telling us if he agrees with the above.

[MenofFather]

In my divice is no any parallel capasitor. Only in Dally divice.