Geo,
Ok, so by varying the push-pull frequency you change the amount of voltage generated by that 28 turn coil on the yoke, thus the amount of DC voltage after rectification.
Why would "some frequencies" make either "white hot arcs" or "go like static lightning"?
I mean its DC now driving the primary of the kacher no AC (frequencies).
Would it not just be the amount of AC voltage created by the kacher system itself doing that?
My kacher secondary bottom (or base) connection is also connected to ground, and without it the kacher does also not work, but is that not logical?
What does that mean "ionization on grenade" how does it show?, how to measure it?
The stalker circuit i am following does "draw after the bridge not before it!"
The thing that scares me is the amount of power you put into (and thus out) your kacher.
I did work with a full blown kacher before and it caused all kind of damage to several PC's and measuring equipment, not speaking of the danger of ozone and burns.
If this amount is really needed, then i back off as i won't go there anymore
My (stalker design) kacher runs on 130V DC also, but chopped into 1.2MHz pulses which again are chopped into 24KHz pulses (5 of those 1.2Mhz pulses in it) so perhaps a total duty cycle of 1%
Do you think such kacher power is needed for the device to work?
Itsu
Hi Itsu,
Yes by varying the push-pull frequency, the voltage on 28t changes drastically and ofcourse not to forget what caps you use after 28T to
deliver the amount of voltage you want to reach.
To understand how my setup works is varying the freq of pushpull which that makes windows for me to tune then on the kacher board
that will make the streamers or manifestations different as I said that will be white hot arcs or go like static lightning,
it's not only the pushpull freq. it's both combined, srry not to elaborate bit more on it. it all has to work together
To answer your question if such voltage is needed for kacher or tesla coil for to get the device working... well
From all my observations and tests on my bench and everything els seen from Akula/Ruslan/Adrian videos and diagrams.
Show that different inputs of voltage for primary on the tesla coil will indeed Increase or decrease Wattage output of the device,
So 12Vdc will give you a minimum of wattage you created, but go higher will surely give you good output.
In the Akula's diagram you see he uses all up to 60V from the 28T and on Ruslan files have shown He used @ 150VDC for 4KW system.
I did alot of home work to see what is causing increase or lets say the heart of the device is that.
I have still not seen Higher input voltages as that to primary so these are all what has been tested or seen.
So in short to say to you "Yes , for such power to be put to kacher is for output you desire "
To all;
The kacher or Tesla has the most influence on the amount of output of the device, The beating heart of the device.
Not to forget the inductor ( Driven by 3T coil ) which then accelerates the particles that is doing a series resonance with the amount of caps,
this part is also determining the output power.
I believe that is where Standing waves have to be achieved.
By my experiences and tuning, that is why there comes a point it did not draw more from the input of the device.
This video is long ago but will show you when I reached that stage, where it does not consume input anymore but only what the device made.
It will use up the wattage it made separately from the input.
in the video almost to the end, you see me a connecting 500W bulb to it and it drained almost all of the amount of power of which it made
only lighting the filament till where it can.
That area is what is most important to reach, it's tuning basically. If the ground was removed I had very low power or nothing.
It's the only video where Ruslan contacted me letting me know I am close since those days.
https://www.youtube.com/watch?v=1weV296sjHU&ab_channel=GFusionCoreOk, till here here guyz
~Cheers
Author
Topic: Dally, Shark & Ruslan workbench (Read 309280 times)
