Kapanadze Cousin - DALLY FREE ENERGY

[lost_bro]

I have annotated a clip from the ALLEGGA circuit

Hello Hoppy
OK, according to current knowledge, what is the supposed operating frequency of the 'Tesla coil Inductor RX' and the 'Grenade'?

I understand that the 'Karcher' Fres is  approx. 1.2MHz. ,is that correct?   And there should be a 100:1 relation between which two components (yoke & Karcher)?

Does anyone have a ball-park estimate on the yoke secondary output freq.?   Is this supposedly tuned with C**1 to the same Fres as the 'Grenade', or does this maintain a harmonic relation to the Grenade Fres.?

take care, peace
lost_bro

[lost_bro]

Yes, in the scopeshot shown it's about 40 percent. But the interrupter is adjustable for both frequency and mark-space (duty cycle). It's a 555 circuit connected to the 4046 Pin 5... a strategy that you will recognize, no doubt.   


The thought occurs to me that perhaps a second 4046, tuned to a different frequency, could be used instead of the 555 to provide an interruption that was locked to one of the other frequencies needed....

Good evening TK.....

OK, got it _____   TK *Heterodyne* SSTC. 
You could probably market that

take care, peace
lost_bro

[NickZ]

  Here's some more information on the previous Ruslan's Kacher and it's diagram. This is Ruslan's version that I'm working towards.
  Hoppy, notice the 0.15uf cap, and the electrolytic cap at the output (100v, 2200uf).  This video was from Jan 2015.
  The simple Kacher circuit below, is similar to what I'll be building up, also. I think that I already have most of the parts for it.
  https://www.youtube.com/watch?v=C4egdVsOxmc

[Dog-One]

Guys, take a peek at this video:
https://www.youtube.com/watch?v=-UCqosiunTc

He is driving the lamp from the grenade coil using only the power input from the Kacher and a ground wire, nothing connected to the induction heater coil, no yoke or push-pull circuit.

I have a strong hunch if he excited the induction heater coil to complete the system, this device would behave very similar to what Ruslan has shown us.

This is likely a very important video because it shows a procedure or method I had never thought of or heard anyone talk about.  It is very much backwards from the method I have been pursuing, which is to get the low frequency components operational first.

[John.K1]

TK,anyone,

Just was thinking - we need to fire Tesla at the peak of the grenade's peak, right?  Can we avoid of using of more complex PCB and to go just very easy way made of :

"peak detector"....... made of a 1 diode, 1 capacitor and 1 resistor (second option would be together with OPAMP)  +  555 in Mono-stable configuration just to give one impulse to Tesla. (at the detected peak) ?