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Re: Akula, Ruslan, Stalker, device discussion and replications. « Reply #32 on: 2023-05-27, 14:43:22 »
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AG:
As I had mentioned, although the previous scope shot that I posted may not have been from Stalker. However he did post it on his video as an example of what to look for.
Sergey's directions post below was from Stalker. Might be interesting.
It was sent to me by one of our members here. As he knows that I have some faith in what Stalker says. Possibly some of the ideas may not be translated quite right, though.
One of my doubts is his grenade frequency, of 15.6MHz, and that it needs to output HF, or it won't work. Is 15KHz to 20KHz considered high frequency?
What do you think about this Itsu? As the rest of the system needs to be tuned to the grenade. And you are about to make further tests of your grenade.
AG:
I think that the scope shot I posted is NOT ambiguous, and no one else has shown anything like that, as yet.
Remember I am on the track of what is truth, and what is BS, not just some untested opinions. If what I mention is really wrong, as Max thinks, (and he then makes a big point of it), of just how "completely wrong" I am. I'll be the first one to change my opinion. I'm not trying to make a point of anything. Trying to build something that WORKS...
« Sent to: NickZ on: May 26, 2023,
A fragment from conversation with Sergey Stalker
A gradient coil is a high-frequency resonator that operates simultaneously at several frequencies that are multiples of a half wave. It is also a capacitor plate in relation to the antenna.
I have a 15.6 megahertz gradient coil frequency, antenna is at the same frequency.
Tesla tuned to antenna at a multiplicity of 1.5 megahertz with a little offset. Antenna - a top capacitance for Tesla coil.
The antenna wire coiled into a spiral emits at 15.6 megahertz.
Shnyaga is optional, this is a mirror for the antenna wave. Often a connection of wires of different diameters is sufficient.
This is only important when using a kacher to modulate high frequency. If the circuit is a controlled Tesla coil, then the effect of the magnetic field (from gradient coil) is not required.
Everything starts with a gradient coil and is built to match it. Antenna to match the gradient coil,
Tesla coil to match the antenna. Push pool to match the gradient coil.
If the gradient coil does not work - there is no HF spectrum, then nothing will come of it, just rewind.
Grounding through a diode to the cold end of the grenade (cathode to the ground).
Tesla coil also grounded (directly).
The diode does not need to affect the operation of the coil, it affects the operation of the capacitor formed by the coils.
In relation to the gradient coil, the diode is located in the current node.
The collision of magnetic fields creates a diverging wave from the center of the conductor to the edges, and the process of interference begins with the formation of the RF spectrum. The frequency at which collisions occur is neither dependent on the load nor on whether the ends are closed or open. This is not LC resonance, so it is convenient to tune everything to match it.
I called it magnetic resonance for myself.
Q: And if so, which magnetic fields are colliding? Gradient coil’s inductor and the grenadeitself?
In the grenade itself, from two counter wound bifilar coils.
Q: or "halves" of a grenade?
You can also call them halves.
First, gradient coil is made, its magnetic resonance determined, then we look at whether it generates
a HF spectrum when shorted, if so, then it’s cool, if not - throwing the turns over the layers and see
what comes out, rework until it produce some HF.
According to the HF spectrum of the gradient coil, we determine on which frequency we will work
on - this will be the frequency for the antenna.
Tesla is built in multiplicity to match the antenna.
Push pool in multiplicity to magnetic resonance.
I called it magnetic resonance, since two bifilar electromagnets interact. This is not LC resonance.
The frequency does not change either from the load, or from the presence of closed or open ends of
the gradient coil. LC is sure to detune very far in such changing conditions.
Ground wire 18 meters and a buried stainless steel case from an old washing machine.
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Topic: Don Smith Akula, Ruslan, Stalker, device discussion and replications. (Read 47416 times)
