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Author Topic: TopRuslan  (Read 50018 times)

forest

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Re: TopRuslan
« Reply #150 on: April 01, 2023, 06:10:27 PM »

r2fpl

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Re: TopRuslan
« Reply #151 on: April 01, 2023, 06:33:06 PM »
This is the original waveform reading in Kapanadze 2004.
380-400Hz

AlienGrey

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Re: TopRuslan
« Reply #152 on: April 01, 2023, 07:00:11 PM »
What is it exactly a reading of what ?

apecore

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Re: TopRuslan
« Reply #153 on: April 01, 2023, 07:01:52 PM »
https://streamable.com/yheb35


Can you be more specific in;
Where is it measured?
What does it say?
What system?
What output?

Please do some explanation?

forest

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Re: TopRuslan
« Reply #154 on: April 01, 2023, 07:14:57 PM »
AM low frequency  modulation of HF Tesla coil may be a solution. It was mentioned by Bunk and by Ruslan. I don't know how to make it, working on it but progress is slow. in nutshell what we shoud do is high amount of static charge and move it using modulation then tap generated current either by Barbosa&Leal method or by induction (Kapanadze)

apecore

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Re: TopRuslan
« Reply #155 on: April 01, 2023, 07:19:50 PM »
AM low frequency  modulation of HF Tesla coil may be a solution. It was mentioned by Bunk and by Ruslan. I don't know how to make it, working on it but progress is slow. in nutshell what we shoud do is high amount of static charge and move it using modulation then tap generated current either by Barbosa&Leal method or by induction (Kapanadze)

I dont know either, we have to ask Dog-one if it makes sense?
Maybe your suggestion will open the door.

r2fpl

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Re: TopRuslan
« Reply #156 on: April 01, 2023, 07:26:21 PM »
What is it exactly a reading of what ?

This is the sound when the device is turned off but still working.

sm0ky2

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Re: TopRuslan
« Reply #157 on: April 01, 2023, 07:34:18 PM »
AM low frequency  modulation of HF Tesla coil may be a solution. It was mentioned by Bunk and by Ruslan. I don't know how to make it, working on it but progress is slow. in nutshell what we shoud do is high amount of static charge and move it using modulation then tap generated current either by Barbosa&Leal method or by induction (Kapanadze)


There has been interesting research involving modulation of the capacitance with the phase.

Dog-One

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Re: TopRuslan
« Reply #158 on: April 01, 2023, 08:41:38 PM »
I dont know either, we have to ask Dog-one if it makes sense?
Maybe your suggestion will open the door.

It's not a normal Amplitude Modulation, pretty certain of that.

With packs of Tesla spikes where the spacing between them is
important, those interacting with the edges of the square waves...

And those square waves we cannot really see because they are
pure current.

Some kind of mixing takes place.  It's not modulation and it's
not normal heterodyning either.  It is the secret though where
we combine voltage and current and end up with more power
than we consume to make the input signals.  Trouble is, there
is more to it.  We do not get the power gain unless the grounding
comes into play.  So this mixing only sets the stage.  It opens
the door for the grounding to add to the total power in the system
that we eventually extract out of the grenade (reactor).

I am still at a loss for knowing how to detect if we are doing
everything correctly.  We should see some indication on the
scope if we have it hooked up properly.  Or with a small lamp
connected to the grenade output.  Maybe both are needed.

Another thought is maybe some of us are closer than we think
and just are not doing the grounding correctly.  Ruslan talks
about diodes at the end of the ground and at the "receiver",
which might be right next to the unit, inline.  He also talks
about the ground wire length being the same as the length
of wire wound on the Tesla secondary.

To me, there are enough pieces in this device and only one
thing has to be screwed up for the whole thing to not work
as desired.  At some point you have to check each piece the
best you can, know it to be correct and move on to other parts.
If you think everything is built and tuned properly and still
nothing, then you're wrong, something is still screwed up.
This is no doubt a tough nut to crack.

NickZ

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Re: TopRuslan
« Reply #159 on: April 01, 2023, 11:20:05 PM »
   As Akula once had shown, his device could run without the Earth ground connection, also.So, the surrounding ambient energy is where the extra energy comes from. Not from the ground. But goes to the ground, instead.
However, the Earth ground allows for a better functioning, and also allows the normal overheating of components to stay at cooler temps.

   NickZ

AlienGrey

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Re: TopRuslan
« Reply #160 on: April 02, 2023, 03:49:23 AM »
Nick you could justmake your device 1/2 wave instead of 1/4 wave or use a car battery as a your earth or some large metalic structure.

Sil

Dog-One

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Re: TopRuslan
« Reply #161 on: April 02, 2023, 05:22:16 AM »
I think earth ground is used with a length of wire because it
has a consistent impedance.  Once we have something running
with an earth ground that is quite robust, then I think switching
to something else might be practical.  For now, a non earth
grounded system is out of scope.

Just as a reminder, you saw the differences apecore documented
by just putting some loops in his ground wire, it definitely appeared
to have a sweet spot with six loops.

A 40 meter grenade coil wound with 10 AWG wire has a resistance
of only 0.131 ohms.  At resonance the impedance should be near
zero and the wire resistance determines the Q factor.

We can get impedance changes due to most anything that knock us
completely out of whack.  For example, look at the bandwidth below.
That's how tight of tolerances we are dealing with.  You might also
notice the kind of power that is hiding in there, easily capable of
vaporizing the wire if the resonance didn't go to crap first.  Early on,
I wound a big grenade coil with AWG 4 wire.  I'm almost glad it
didn't work.  I probably wouldn't be here now if it had run for a
few microseconds before it made a crater.

Dog-One

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Re: TopRuslan
« Reply #162 on: April 02, 2023, 06:04:45 AM »
One other thing...

Startup is a bitch if you are using lamps because the resistance
increases as the filament heats up.  This means your Q factor
drops once it's running.  A lower Q factor is easier to tune than
a high Q factor.  So at start-up, you have to be spot on frequency.
If you are not, you'll be playing Catch-22 forever, since the bulb
won't light.  Pretty sure this led to the hack Ruslan used by dumping
power from the push-pull into the load circuit--he had to get the
load active before the reactor would come into tolerance.

I would highly recommend using a fixed resistive load.  It will
need to handle some wattage.  Use something like a water
heater or oven core.  The more ohms the better for start-up
until you get things dialed in.  You can parallel a lamp to this
load as an indicator.  Whatever you do, you have to avoid
inrush current.  These systems aren't yet tweaked well enough
to deal with it.

apecore

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Re: TopRuslan
« Reply #163 on: April 02, 2023, 01:37:07 PM »
One other thing...

Startup is a bitch if you are using lamps because the resistance
increases as the filament heats up.  This means your Q factor
drops once it's running.  A lower Q factor is easier to tune than
a high Q factor.  So at start-up, you have to be spot on frequency.
If you are not, you'll be playing Catch-22 forever, since the bulb
won't light.  Pretty sure this led to the hack Ruslan used by dumping
power from the push-pull into the load circuit--he had to get the
load active before the reactor would come into tolerance.

I would highly recommend using a fixed resistive load.  It will
need to handle some wattage.  Use something like a water
heater or oven core.  The more ohms the better for start-up
until you get things dialed in.  You can parallel a lamp to this
load as an indicator.  Whatever you do, you have to avoid
inrush current.  These systems aren't yet tweaked well enough
to deal with it.

Thanks for clarification, this load definition is as I understand one of the parametes what needs to be defined as a fixed value.

I d like to define other hardware specs if possible also.
One of these things is wire length of all coils and groundline.
Let me start with a propsal and if needed we can adjust... but more important we need to start with a reference setup.
Attached how I think the best coil/ wirelength setup should be configured.

The issue is that in order to get the kacher to resonate at 2Mhz i cant use the 37.5 meter completely in the secundairy coil.
This means in my setup kachersecundaiy will have the remaining coillength in a separate coil.
Can i assume that the length of the kacher secondary is inclusive antenna and ferrite wirelength?

We now have same wirelength for grenade and kachersecundairy.
In order to have the "0" node starting at groundrod position we totally need 3/4 total wirelength.
This results when using 37.5m groundline we need to add an extra 37.5 meter coil.





NickZ

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Re: TopRuslan
« Reply #164 on: April 02, 2023, 02:57:01 PM »
Nick you could justmake your device 1/2 wave instead of 1/4 wave or use a car battery as a your earth or some large metalic structure.

Sil

  Yes, I could...But then, so can you.   You know that I don't just guess about what is needed, I leave that up to you guys.      One thing to keep in mind is that the ground line will show no gain if the device is NOT in resonance. So, you can tell when in resonance, if when connecting the earth ground to the device, it produces a gain at the output.  Geo's bulbs won't even light at all, without a proper ground line.
    Also, if your Kacher secondary is not tuned at the right frequency, your Kacher circuit controllers will not  make up for it.   So, if you want to try 2MHz, as the Kacher frequency match, the Kacher secondary needs to be tuned in wire length to that frequency, first.
   I would not believe what Ruslan was saying in those older videos. His interests are not in helping us out. But in making money, from this device sales instead. Even if it means selling a non working device, for $5.000.
No "secrets" will he provide us with.
     
   NickZ