Kapanadze Cousin - DALLY FREE ENERGY

[apecore]

Hi Hoppy. How's things?

Any further thoughts from anyone on what might be the basis for the mentioned 'current amplification'?
I know it has been tossed around previously here, but just curious if Kapanadze or anyone else revealed anything further
that might be considered at all 'new' in this regard. Even a seemingly tiny insignificant detail might potentially prove
much more significant than it appears on the surface, and, if the Kapanadze devices are indeed real, then the actual effect
people are looking for may possibly be much simpler to produce than it might appear from Kapanadze's devices.
That's my hunch anyway...
All the best...

Hi Void,

Related to your earlier question about the ground wire..... yes it does matter.
In my opinion regarding radio wave technique the grenade setup has 3 significant connections.
Groundrod...Starpoint(virtuel ground)... and GrenadeL6 node.
Grenade is a 1/4wave antenna...starting @ Starground point...so i think that the groundline has to be 1/2Lambda.....in order to get the half wave between ground and starpoint....so it can bounch..
...
Another point also general i think is that the grenade has to be configured in a double resonance mode.
Almost all shown configurations aint configured that way.
There are a lot of grenafe configurations possible which deviate from the types published.
Just "go out off the box" and you see what different resonance frequenty's are accomplished by different winding and connection orders.

Once you managed in my opinion the double resonance mode excite it with a odd harmonic by the push pull.
Spectrum analyser does do a great job in tuning of that.

Nickz, to bad you burned your voltage regulators and bombed your caps....if you are lucky only that is burned..
Try as i also did to reverse one coil connection of your yoke primairy....it gave me a 180degrees shift of the firering of tge fet.
It went from forward inverter to a real push pull inverter.
And yes...try first as Grumm suggested a non inductive load.

So guys... thats in a vew words were we where busy with last 6 months


Peace
Take care

[Void]

Hi Void,

Unfortunately no further thoughts, other than a strong rumour on the fora, apparently arising from an alleged comment made by Kapanadze, that the device is primarily electrostatic based, rather than electro-magnetic. However, don't ask me for the source, as I cannot find it again.

Hi Hoppy. Ok on that. That is interesting about it possibly being electrostatic based.

Apecore, thanks for your views on how it all might work as well regarding the 1/4 wavelength
on the grenade and the 1/2 wavelength for the earth ground wire, etc. Also interesting...

I had done a series of experiments quite a while back now with the basic approach of having the grenade coil
receiving both a magnetically induced waveform from a PWM module, and simultaneous timed high voltage electrostatic
impulses from the wrapping 'antenna' coil (really just a high voltage electrostatic induction plate in my observation), and
the grenade coil acting as the 'mixer' for these two waveforms, and although I have seem some somewhat interesting
effects, there is nothing that I can say showed over unity so far however. Really just the same approach that
many people here have been testing with as well, I think. I will continue testing along that line of experimentation as I have more time.

Possible basic theory of operation
The basic idea that hitting an induction coil with both a magnetically coupled 'carrier' waveform and electrostatically
coupled timed HV impulses to induce a high current spike to come in from the earth ground wire at the right phase would
seem to be a possible explanation for how it might work (electrostatic HV impulse induced current magnification ), but
getting all the phases and coil and earth ground lengths all just right could all possibly play an important role.
Still working on investigating the different possible permutations related to this type of approach as I can find time...

P.S. The above possible basic theory of operation behind the Kapanadze/Akula devices seems to be consistent with what
Wesley seems to have been saying recently about it being about HV impulses and electrostatic coupling, and earth ground
being important, and it being about current magnification... This is a possible 'simple' explanation that seems to include all
the critical pieces mentioned... My hunch is that it is probably not much more complicated than that, although this explanation
might not be entirely correct yet.   Now to just get it working...

All the best...

[lost_bro]

The basic idea that hitting an induction coil with both a magnetically coupled 'carrier' waveform and electrostatically
coupled timed HV impulses to induce a high current spike to come in from the earth ground wire at the right phase would
seem to be a possible explanation for how it might work (electrostatic HV impulse induced current amplification ), but
getting all the phases and coil and earth ground lengths all just right could all possibly play an important role.
Still working on investigating the different possible permutations related to this type of approach as I can find time...

All the best...

Good day Void

Well you hit the proverbial nail on the head.........

Our experiments do confirm that " both a magnetically coupled 'carrier' waveform and electrostatically
coupled timed HV impulses to induce a high current spike " do indeed cause an *Increase* in amperage at the load.

All else being equal,  the voltage across the load actually dropped 2 volts and the *load* (in this case an incandescent light bulb) doubled in brightness when the Karcher / Antenna was activated.

Clearly it is the Karcher generated "electrostatically coupled timed HV impulses" that are responsible for this occurrence.  We still have not ruled out *impedance mis-matching* becoming *matched* thru the Karcher /  HV electrostatic interaction, but that might be a longshot.

The device appeared to act as *constant* voltage power supply (variable amperage) in this configuration, but we are far from a final configuration.

So my question is:  Where does this karcher / HV electrostatically induced *extra* amperage come from?

take care, peace.
lost_bro   

[Void]

...
So my question is:  Where does this karcher / HV electrostatically induced *extra* amperage come from?

Hello lost_bro. Good stuff!
My guess is the HV impulses electrostatically coupling into the specific circuit configuration,
i.e. the grenade coil and attached earth ground wire, cause a capacitive charging effect
on the grenade coil that draws in the current spike from the earth ground. The 'antenna' coil
being one plate of the capacitor, and the grenade coil being the other plate of the capacitor.
The HV impulse causes a large potential difference between the HV plate of the 'capacitor' and
the earth ground, which draws in the high current spike to charge the 'capacitor'. All just
speculation however. Without just the right configuration of coil and wire lengths, and frequencies
and phases, it may not work however. Ruslan previously going on about pulling in energy from the
ambient may possibly have been an attempt to throw people off the real trail, which may actually
be a lot more simple in operation. Seems at least possible to me...

[Bat1Robin2]

Use   arduino
3 digital ouputs
2 of them will be push pull use them with high speed driver ic and FET.
1 of them will be tesla nano pulse generator use ic to make 500 ns pulse and FET.

step 1. find resonance of your yoke... by sweeping frequency monitor input vs output. arduino driving only 2 ouputs of push pull yoke.
Mine is 25 khz   40 microseconds between push and pull. cycle complete push and pull in 80 microseconds. frequency on output is 25 khz
most efficient pulse width is between 13 and 26 microseconds.

step 2. use step 1 to determine tesla harmonic frequency 25k *2*2*2*2*2*2= 1.6 mhz  (choose the multiple closest to 2mhz)

step 3. use step 2  to determine 1/4 wave of 1.6mhz (146 ft or 44 meters)  Lengths will be determined from this number. 1/2 of this is tesla secondary length (22meter), grenade length 44meter and 44 meter large ground wire . 11 meter length on the induction coil wrapped on the grenade.
http://www.csgnetwork.com/antennagpcalc.html

step 4. use online air coil calculator and diameter* pie for circumference to find number of windings with pvc pipe size 2" that will determine the L in henries of the tesla secondary.
After  secondary tesla assemble measure to confirm L is measuring same as calculated if not spread windings or tighten them to tune. (spreading teslas secondary coil tightness will cause L to decrease and frequecy to increase) Ring frequency must match 1/4wave .
https://www.easycalculation.com/engineering/electrical/inductance-air-core-coil.php

step 5. use 1/4" copper pipe topload to encapsulate the grenade. Topload is the C. use online resonance calculator L is known from step 4 and frequency is known from step 2.
http://www.1728.org/resfreq.htm
this is hardest part this sight will give you an idea  sphere calculator  http://deepfriedneon.com/tesla_f_calcsphere.html

step 6. use third digital output of same arduino that is doing the push pull to control phase of the tesla pulse. This 3rd output will need to run though a nano pulse generator circuit to form a 500 ns or less pulse to (ring the bell) and pulse the tesla circuit. it should ring at 1.6 mhz on the scope. And be able to light florescent bulbs in close proximity.
all arduino drive signals are run thru an ic to sharpen and buffer them and and appropriate FET for speed and power, with protection stubbers and such as in common practice.

step 7. adjust tesla pulse timing to be between 13 and 26 microseconds from point of beginning of pulse width of push pull.

Use arduino interrupt set at 40 microseconds command for precision control of push pull drive output timing and delaymicrosecond (13-26) command for phasing of tesla and pulse width control of push pull.

step 8. Output from grenade is rectified with high speed diodes and filtered with capacitors. Tesla ringing disturbs the local environment and the grenade in harmonic operations absorbs it and draws it in. Monitor digitally temperatures of fet and coils to help determine where power is going.