Kapanadze Cousin - DALLY FREE ENERGY

[skywalker66]

Hi Urfa!

Can you describe for us your tuning process ? It is important to understand  how to match those frequencies.
I remember you say that you haven't oscilloscope, and how you proceed without ?
Thanks!

[Hoppy]

I think the very problem here is the way you wound your Coils. I think all electronic circuitry will do as long as we first Step up the voltage then we Step it down again in a useable Voltage.


Meow

Hi Meow,

Who are you referring to?

[magpwr]

Hi Meow,

Who are you referring to?

hi Hoppy,

Oh dear he can be referring to all "8" of us including URFA and MenofFather base on knowledge whom are busy working on this kapanadze device in this topic whom have release photo or video.

He is trying his best to "hint" us that we have wind our coil all the wrong way including Ruslan which we got ciruit diagram.
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Back to topic-
I did a quick check using  harmonics calculator for URFA it seems he was right on at exactly 50th sub-harmonics of  1.736Mhz.

Base on Ibrahim circuit diagram
1.736Mhz
34.5khz

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I spent my Sat removing winding from Tesla coil/Kacher for the 3rd time.I was little concern over removing too many windings in one go which will compromise on the HV production.

I just managed to get 1.66Mhz for my setup but i need to remove winding a little more with antenna connection.

--------------------------------------------------------------
I have started to play with "19volts" using 12volts to 19volts high Amp boost convertor(Since i only got one  12volts 21AH battery) which these boosted output is fed to kacher and toroid with 12 turns primary center tap which is design for 24volts.
Just 5 volts shy from 24volts requirement.


This time i will recheck the resonance of my multilayer coil with antenna in place and earth connection.
Plan for today to disconnect 1 wire from multilayer coil to toroid 28 turns which will serve as output indicator to scope and disconnect bottom of 25 turns to 3 turns for the purpose of  signal injection.

Base on last check without earth connection the resonance of multilayer coil was 6.64785Mhz in order to get maximum output in scope.

[Void]

Hi Enjoykin,
Please explain the meaning of the caption about nano-pulse current source as shown in the attached clip of the circuit schematic you posted.

Hi Hoppy. That is probably based on Akula's video where Akula says that the two opposing windings on
the ferrite rod cause a narrow high voltage pulse to occur. As you know, it seems no one has been able to
reproduce that effect however.
All the best...

[d3x0r]

Hi Hoppy. That is probably based on Akula's video where Akula says that the two opposing windings on
the ferrite rod cause a narrow high voltage pulse to occur. As you know, it seems no one has been able to
reproduce that effect however.
All the best...

Theoretically it should?  the self inductance from the start of current flow in the one end should make current flow complimentarily in the other end.... but it takes times of domains in the ferrite to flip?  maybe I don't have a long enough delay line in mine?  (it's kinda a short bar)


signal in a wire?  It's the change in capacitance than causes voltage to read... so the capacitance moves through the wire at c(speed of light)... which is 1dm/ns ... 1dm in 1 cycle of 1Ghz... slightly less than a foot... a light-foot is about 1ns. but the propagation is in fact slower than C...
But what about as a wave guide? 


http://en.wikipedia.org/wiki/Velocity_factor
The velocity factor (VF),[1] also called wave propagation speed or velocity of propagation (VoP or v_\mathrm{P}),[2] of a transmission medium is the speed at which a wavefront (of an acoustic signal, for example, or an electromagnetic signal, a radio signal, a light pulse in a fibre channel or a change of the electrical voltage on a copper wire) passes through the medium, relative to the speed of light. For optical signals, the velocity factor is the reciprocal of the refractive index.

VF%   Transmission line
95-99   Open-wire "Ladder" Line
80   Belden 9085 twin-lead
82   RG-8X Belden 9258 coaxial cable (foamed polyethylene dielectric)
66   RG-213 CXP213 coaxial cable (solid polyethylene dielectric)
.... Oxygen free copper?

http://physics.stackexchange.com/questions/47617/how-can-i-calculate-the-wave-propagation-speed-in-a-copper-wire

I understand you are already aware that the signal, i.e. the electromagnetic wave, propagates much, much faster than the actual electrons move. You want to read about the telegrapher's equations, which in a first lossless approximation yield a speed of propagation v=1/√(LC), where L and C are the inductance and capacitance of your circuit.

so that looks like resonant frequency... other than 1/2*pi * 1/sqrt(LC) ....
1 H = 1 kg·m²·s^-2·A^-2   1 F = 1 s⁴·A²·m⁻²·kg⁻¹

1HF = s².
1/sqrt(HF) = 1/s (velocity... speed of propagation) ... missing a unit to be a velocty... 1/2pi * that is frequency... which is 1/s...


so where does the radian conversion come from?


but all in all... it would mean that a 30Khz wave is moving slowly....


is a 60th harmonic actually 2*pi * 10th harmonic?

http://en.wikipedia.org/wiki/Front_velocity
there are apparently multiple ways to look at a signal...

where u(t) is the Heaviside step function. Using such a form for a signal, it can be shown, subject to the (expected) condition that the refractive index of any medium tends to one as the frequency tends to infinity, that the wave discontinuity, called the front, propagates at a speed less than or equal to the speed of light c in any medium.[1] In fact, the earliest appearance of the front (the precursor) travels at the front velocity c, no matter what the medium.[1][2] However, the process always starts from zero amplitude and builds up.

fast light .... or more about front velocity as front velocity applies to impulses... my kacher is not very 'impulsive'... my low frequency is on the wave fronts...

too much maths for me today; but probably the ferrite is meant as an amplifying medium... such that the signal entering the front is immediately echoed at the end by self induction... and in theory sharpened... but there's distances and geometries involved too...

the absolute front of an impulse travels at the speed of light in any medium.. generally... exceptions have been seen in math and experiment (see fast light link)... but probably none of this helps with energy synthesis.

(image from http://en.wikipedia.org/wiki/Telegrapher%27s_equations )]

*a little smarter today; and a lot more confused*