TopRuslan

[apecore]

Nice gun you have there. At what frequency does it resonate?

AI have posted all specs last week... just read the thread for a vew pages
Maxolous

[apecore]

You are on it apecore.  Keep going.

All we have to do is think for a moment.  What happens when
you push a square wave through a transformer...?

It's the change in current per unit of time that jumps over from
primary to secondary.  There is no change at the flat tops or the
flat bottoms.  The only change occurs during the transition--rise/fall.
That's when the EMF develops in the secondary.  Do you see why
I'm saying the low frequency from the push-pull isn't critical?
What is critical is the rise/fall time, like 250ns which is exactly
one half of the 2MHz Tesla frequency.

You are mixing two things here, inside a transmission line, which
is your reactor.  To get them to mix properly, you have to get the
two events aligned and everything has to fit within the wavelength
of the reactor.

And since the standing wave persists, the next interval has to hit right on
time or we subtract from the standing wave instead of add to it.
Here I'm thinking we only activate the Tesla coil on rising edges
of the push-pull; never on falling edges.  And to me, sending
the Tesla pulses in packs would indicate we can juice-up the
energy delivered by the push-pull, multiple cycles within the
reactor.  It is almost like some form of energy conversion taking
place and once it's complete, we can stop the Tesla until the next
major cycle of the push-pull.

Dog-one,

I think you clearly summarised the mode of operation based on what we ve been speculating about after seeing this vid from R.

I will try to fire it up today in the most original way possible.
Using the 2sc5200 circuit and normal pushpull setup with adjustable frequency and duty cycle.
Output  load i will use a heat element

If you need some figures regarding your microcontroller proposal please let me know.

Most important is to tune kacher @ 2Mhz first and after that foccus on parallel cap inductor to make those rise and fall edges.
Indeed your right, PP frequency is not critical only sychronisation.
I can imagine we stick to the pll board for kacher or are you thinking to intregrate that also in the code?
But ok, thats for later first get it running and see which parameters come into code first.

[AlienGrey]

If you going to use a micro arn't you going to get emp problems corrupting code or and distroying the code or the chip, and how will you code it if it's still just guess work.

Re the push pull gates the active on and off time of the modulation.

[Dog-One]

Atomic reactor with fishwire.

Looks top notch apecore.

Is the plan to tune for 2MHz with antenna or coax installed?

If you going to use a micro arn't you going to get emp problems corrupting code or and distroying the code or the chip, and how will you code it if it's still just guess work.

Re the push pull gates the active on and off time of the modulation.

The controller would be just as hardened as any other integrated
circuit we use.  To keep it stable we can put it behind a some high
speed isolators and a tiny DC2DC brick.  It should run fine unless
you have three inch arcs jumping out of your Tesla coil.

My idea is to output three cyclic bitstreams:  Two for the push-pull
and one for the Tesla coil.  You just load in the pattern you want
prior to energizing it and let it run.  We can use an internal crystal
clock or input an external PLL clock, whichever way you want to go.

I think I can get resolution somewhere between 15 and 25 nanoseconds.
If we need better than that, I'll have to look for something more
exotic.  This is my preferred controller of choice, but it looks to be no
longer available, so I'll have to keep looking...

[apecore]

Looks top notch apecore.

Is the plan to tune for 2MHz with antenna or coax installed?

To answer your first question i added a picture.
Duplicated Ruslans coils matched primary and antenna with wirelength.


I will later upload a schematic, with suggestion for measurements ( inpits)
Idea is to start as basic as possible.. no pll only 2sc5200 and regular PP


We need to think about a feedback loop which measures gain at load and or ground..
" hidden progress"