Author Topic: Kapanadze Cousin - DALLY FREE ENERGY (Read 11848006 times)

John.K1 · « **Reply #9600 on:** July 23, 2015, 10:04:56 PM »

Hi Void. Thanks. It makes me sense now.

TinselKoala · « **Reply #9601 on:** July 23, 2015, 10:47:50 PM »

Starcruiser, Dog-one, Void: the best posts I've seen in this thread in a while.

Nick, Tom, John: Pay attention to what these folks are saying!

A scope is very necessary for this kind of work. Sure, you can do it without a scope, but the scope, properly used, will bring great understanding.

The genuine Texas Instruments TL494 will work at much higher frequencies than it is rated for, especially if its outputs are used to drive an intermediate high impedance buffer stage before the power transistors. Like the way the logic is used, to provide pulse width control and some delay.

The single pulse method Void describes is easy to apply, you can even pulse the primary or a test loop with just a battery using a momentary contact. See the first scopeshot below, that I just made from a system I'm working on. There is a 4 turn primary and a 400 turn secondary. I simply touched wires from a 9V battery momentarily to the primary (STIM, blue trace) and used an open scope probe lying next to the secondary to pick up that coil's resonant ringing (RESP, yellow trace). As you can see the cursor measurement gives a resonant frequency of 1.351 MHz for the arrangement. The primary's driver circuitry is still connected but not powered. The bottom of the secondary is connected to the driver transistor's Base as is normal. So this should be close to the actual resonant frequency of the device as used. The scopeshot was made using the Single-Shot mode of the scope, triggering on the STIM (9v battery to primary coil) signal's falling edge.
The second scopeshot below was made while the apparatus is actually running, with the Blue trace now the Base signal. The Yellow trace is still from a non-connected open scope probe near the secondary coil. The actual frequency while running is a little higher than the frequency indicated by the single-pulse ringdown.

John.K1 · « **Reply #9602 on:** July 23, 2015, 11:04:55 PM »

Tk,
Excellent info. Thank you. I have one more question for you. May be you will be able to answer me. My Tesla is partially Tapered. Has this any "extra" effect on its functionality?

TinselKoala · « **Reply #9603 on:** July 23, 2015, 11:20:20 PM »

Quote from: John.K1 on July 23, 2015, 11:04:55 PM

Tk,
Excellent info. Thank you. I have one more question for you. May be you will be able to answer me. My Tesla is partially Tapered. Has this any "extra" effect on its functionality?

I really don't know. I have seen "tapered" or even fully conical secondaries used in some old TCs but I can't help but noticing that all modern TCs that real enthusiasts are building all use cylindrical secondaries. My own feeling is that a tapered secondary is more trouble than it's probably worth, but as I say I really don't know. I do know that low-aspect-ratio secondaries (a low height:diameter ratio) seem to work best for me, but my goals in making TCs are probably different than yours.

The primary is another story. For a traditional spark-gap tesla coil you will often see inverted cone shapes or even flat pancake primaries; this is for several reasons. The top of the primary needs to be kept far enough away from the secondary that there is no chance of arcing between the coils; the coupling needs to be relatively loose so the secondary can ring freely between sparks; the self-inductance needs to be kept low, etc. But for solid-state TCs where the primary is lower voltage and is driven at the secondary's resonant frequency 1:1, the coupling can be greater for better power transfer and there is little chance of arcing to the secondary, so the primary is often wound directly on the secondary or with only a small gap, and is cylindrical.

John.K1 · « **Reply #9604 on:** July 24, 2015, 05:52:58 PM »

I would like to ask you for one more opinion. I use my "Antenna" as acouple turnes of bare coper tube. Ruslan shows his "Antenna" as a thick wire with thick insulation. Antenna has influence on the output frequency- I guess because its capacitance. Does make sense the thicker insulation reduce the self capacitance (capacitance between the turns?) In my mind is an Idea to 3D print a support which will isolate the turns from each other but the coper tube will be open to normal vector of the inductor coil. Would this help to reduce the effect of the frequency drop and to keep still enough of open air for its ionisation (or what ever is going on there

)? Is number of turns important. I have 4 and I am thinking to reduce it to 2.

Thank you.

lost_bro · « **Reply #9605 on:** July 24, 2015, 09:26:12 PM »

Quote from: John.K1 on July 24, 2015, 05:52:58 PM

I would like to ask you for one more opinion. I use my "Antenna" as acouple turnes of bare coper tube. Ruslan shows his "Antenna" as a thick wire with thick insulation. Antenna has influence on the output frequency- I guess because its capacitance. Does make sense the thicker insulation reduce the self capacitance (capacitance between the turns?) In my mind is an Idea to 3D print a support which will isolate the turns from each other but the coper tube will be open to normal vector of the inductor coil. Would this help to reduce the effect of the frequency drop and to keep still enough of open air for its ionisation (or what ever is going on there )? Is number of turns important. I have 4 and I am thinking to reduce it to 2.

Thank you.

Good day John.K1

I'll throw my two cents at ya'.......

Adding any type of insulation to an inductor will *increase* capacitance across the inductor and reduce the system 'Q', affecting bandwidth.

The actual question is: What type of system are we dealing with, and Will it affect it?

In a low impedance system, added stray capacitance across the inductor is usually small when compared to the needed/required *external* capacitance of such a system, (ie: example would be a resonant tank circuit). In this case the *extra* added capacitance resulting from the insulation may not even be noticed.........

Check out this website for some really interesting reading concerning Antennas and inductors.

http://www.w8ji.com/loading_inductors.htm

take care, peace
lost_bro

John.K1 · « **Reply #9606 on:** July 24, 2015, 10:31:37 PM »

Hi Bro.

Thank you for that interesting document.
Please correct me if I am wrong. High impedance means the wave is terminated and not reflected back. Low impedance is opposite to high. We expect from antenna to behave as the Tesla's top capacitor. Tesla works at 1/4 wave ,which is reflected back from the top? So we do we deal with low impedance? Does it means we need as less of self capacitance as possible. So the shape of the coil should be more square (the length = diameter)? And if so , how far should be the turns from each other? Ruslan was talking about the gap between antenna and the inductor for two fingers. Do you see any reason for this? Smaller diameter would short the length of the antenna.

Thanks for info

NickZ · « **Reply #9607 on:** July 24, 2015, 11:06:00 PM »

John.K1:
My advice concerning the antenna/capacitor coil, is to follow the instruction of the video, or schematic.
There are: 6 turns of insulated wire 6mm thick, and two fingers placed between the inductor coil and this antenna coil.
It covers from the end of the 168 turns turns coil, to the middle or center of that same coil.
There is a reason that Antenna/Capacitor coil is not wound right on top of the other coils. The reason is that it needs to have a loose coupling for it to work properly.

magpwr · « **Reply #9608 on:** July 25, 2015, 11:15:19 AM »

hi everyone,

Using old Akula out door video-
Just for curiosity i am using rectified mains from 12volts to 220volts pure sine-wave inverter to power my toroid only in order to know the kind of voltage and waveform i would get
from 3.5 turns and 28turns on my large nanocrystalline toroid.

By lowering duty cycle of circuit to 6.8% duty(For safety reason) at 34khz.I found that the output of 3.5turns is producing 380Vpp and 28turns is crazy 2.8kv using around 5Amps x 13.8volts.

I have just upload a video in youtube - http://www.youtube.com/watch?v=gcnzRXSxKdE

I am able to light a 60watt bulb just from 3.5 turns 6mm sq which does not alter the waveform at all.

I am trying to know what kind of voltage is Akula might be using in his old outdoor video which he is using 12volts->220volts mains inverter rectified then to provide power for the toroid.
I am very surprised that 28turns does generate really high voltage 2.8KVpp.""I do ponder now if 32kv is highly possible from the tesla Antenna"".
I am using IGBT 1200volts avalanche rated 25Amps which is used in commercial induction heater.

I have attached the old Akula video for reference-
http://www.youtube.com/watch?v=Ltf3UEv1Wnk

SolarLab · « **Reply #9609 on:** July 25, 2015, 05:01:23 PM »

F.Y.I.

Parametric Resonance

[important "key" elements within this paper]

http://www.aias.us/documents/miscellaneous/LCR-Resonant.pdf

Simulation of a Parametric Resonance Circuit; paper by Franklin D. Amador, Horst Eckardt
A.I.A.S. and UPITEC (www.aias.us www.atomicprecision.com www.upitec.org)
March 30, 2012

Abstract
Special resonance circuits are investigated with circuit elements being parametric, i.e. variable in time. It is shown by simulation that energy from spacetime is possible in certain cases. A variable capacitance can give rise to giant oscillations, widely exceeding the limit of classical resonance theory. The resonance can be limited to final values by a special design, making such devices relatively easy to construct.

Part 2: Simulation of a Parametric Oscillator Circuit (same authors as above)

http://www.aias.us/documents/otherPapers/LCR-Resonant-2f.pdf

Thank you: "shtams," "yuriy61," "academic.ru," "ruslan," and the above authors, (et. al.)

fin...

Jeg · « **Reply #9610 on:** July 25, 2015, 05:31:39 PM »

Hi guys

After a long absence from experimentation due to some personal problems, I come back to this never ending Ruslan story. I read you from time to time and I see that still there are many holes in the principal theory behind Ruslan's devices. I found by accident the following info. Pls read at page 2-45 about the coil shorting technique.

http://www.google.gr/url?sa=t&rct=j&q=&esrc=s&source=web&cd=2&ved=0CCUQFjABahUKEwjjgb-VvfbGAhXFXRQKHWfTANk&url=http%3A%2F%2Fwww.free-energy-info.com%2FPJKbook.pdf&ei=L5uzVaOuF8W7Ueemg8gN&usg=AFQjCNEqdncbXA75StDaV_c-0zXSlq9mZQ

It is very close to what we are trying here and I'd like to mention some things.
First of all, to discharge a magnetic field when this is at its maximum value, a one side pulse is needed and NOT a sinus wave. So Katcher coil has to be rectified before its thick pipe antenna.

Secondly, to form a capacitor between katcher's antenna and grenade so to pass this high voltage spikes, there has to be a common ground reference. Just think what we need to charge a cap through a high voltage source and apply it here considering antenna and grenade as two cap plates.

Third, pls see the circuit diagram of page 2-48. You will notice that there is a switch which connects and disconnects the load from the output capacitor. During one cycle the cap is being charged and during the other cycle is being discharged to the load. Exactly the same as Carlos Benitez does. Perhaps the old folks here remember this small black thing which is hiding near the output bridge at one of ruslan's devices. We had assume then that perhaps it was a mechanical electric switch but we never tested it to see its affection to the overall operation. I smell some food here. Perhaps charging the output caps during positive LF cycles accompanied with high frequency magnetic field discharges, and discharging them during the negative cycles to the load, is the way to go.

At the end, just an assumption which actually is a proven fact.
When a magnetic field collapses, a high voltage spike is being developed across a coil, in a try to keep current flowing through. This is the well Known bemf. If we artificially make more than one field collapses during a cycle, then more than one spike voltages will be added to the output voltage. It can't be more simple than this guys.

Happy experimenting

GeoFusion · « **Reply #9611 on:** July 25, 2015, 06:29:12 PM »

Hi Guyz,

magpower,
Thnk you for trying the First Akula Device Setup as the voltages are extremely good

! 2.8KV, that is a nice result.
we should have the opportunity now to able to replicate Akula's first device and see how it goes,
Maybe by doing this will bring changes in our understanding and might able to replicate the other types of these devices they created.
https://www.youtube.com/watch?v=Ltf3UEv1Wnk

Might not be the best Energy Converter system that can run without ground, but having it will open doors

.

Try to bring a Good cap (450V-1000V) in resonance in series with an inductor anto a coil similar like what Akula was using. see what we will achieve. Don't forget the Drossil inside, a coil that is shorted with a Cap, for more output and to reach resonance with it.
That will be one the 3 Turn coil on yoke to the cap and Inductor resonance.
the 28 connections is what I see should be connected in a way like how a tesla coil needs to be connected, on end at ground
and one end hot in some way configured onto the output coil.
The only thing I am missing now from the First Akula Device is to know how preciesly the 28T wires are connected thru out the output
coil.

SolarLabs,
Thnx for the Pdf. it has some valuable info regarding the waves and pulses, check it out guyz.

Jeg,
Thnx for the info, and yes makes sens to what the device does. must bring this all in practice.

Void:
Thnx for the info about the TL494 types that go beyond 1Mhz, this is important if needed.

Thank you guyz to the link of the Push pull and Tesla coil drivers from Oleg.

Btw I can give the schematic I used for my TL494 simple drive I am using on my current testings.

I recently saw something been posted about Aether Energy and harvesting from ground.
reminds me of my Ground dependent device using Flyback, without it , it won't produce.

Happy experimenting and be safe! The outputs are not safe!
Yet the ground is safe.

Cheerz

Hoppy · « **Reply #9612 on:** July 25, 2015, 07:37:25 PM »

Welcome back to the confusion Jeg.

Kapanadze went to the trouble of not only procuring a particular type of coax but also stripping-off the outer sheath and braid to be suitable for winding his grenade coil. The inner core of the coax covered by the thick dialectric of the coax may have been important to form the dialectric between the inner conductor acting as one plate of a capacitor and something inside the grenade tube, possibly a copper tube to act as the other capacitor plate. I suspect that this capacitor was charged to a high voltage. What may well be missing from view, as I think you are suggesting, is an all important switch or secondary spark gap to pulse discharge the grenade capacitor to the load lamps. If this is the case, then as Geo suggests, the output is not safe!

stupify12 · « **Reply #9613 on:** July 25, 2015, 09:06:33 PM »

Quote from: GeoFusion on July 25, 2015, 06:29:12 PM

Hi Guyz,

Might not be the best Energy Converter system that can run without ground, but having it will open doors .

Try to bring a Good cap (450V-1000V) in resonance in series with an inductor anto a coil similar like what Akula was using. see what we will achieve. Don't forget the Drossil inside, a coil that is shorted with a Cap, for more output and to reach resonance with it.
That will be one the 3 Turn coil on yoke to the cap and Inductor resonance.
the 28 connections is what I see should be connected in a way like how a tesla coil needs to be connected, on end at ground
and one end hot in some way configured onto the output coil.

The only thing I am missing now from the First Akula Device is to know how preciesly the 28T wires are connected thru out the output
coil.

Cheerz

Hello. I think everyone are confuse for replicating Akula and Ruslan for they have showed so many complicated electronic drivers..

As it is told by Tariel Kapanadze " it is so simple that you will laugh means you focus on the proper coil schematic diagram, also how it is wound on the coil former .

The output will still light the bulb even the top end is not connected to anything but directly connected to the bulb, the important here is the everyone understand how this capacity( air elevated capacity and ground capacity function on this system. Another output coil being exited by this coil which everyone call the "Antenna" but actually Tesla called this the EXTRA COIL which resonate freely away from Primary and Secondary Induction..

There are two ways to operate this device:
First, by spark gap discharge.. The design which Tesla showed with 2 series caps on the primary operates at the maximum electric wave PEAK.. The capacity and coils on this layout can work directly connected with no other extra rectifier.

Second, by Sinusoidal Wave Generator.. This design will need a spark gap " Corona Discharge" on its top end accumulative capacity so it will operate on a synchronous IN Phase to the output coils..

Remember this.
Tesla showed two drawings on how he connect the EXTRA COIL.
1st All capacity are both on ground..
2nd One capacity on the ground is connected the nearest turn of secondary to the primary, while the other end of the extra coil is elevated on the air as air capacity..

GEO, the output coil is connected in this manner, the nearest turn to the Antenna is connected to the Ground Capacity. The turn with the most farther from the Antenna can be directly connected to the load.. Any coils,bulbs, caps connected to the coil which serve as antenna and the other leg to the ground will be charged, will be light intensely.

That is my humble opinion.. Happy to accompany everyone to this Free Energy journey..

Remember Extra Coil means Extra Energy, Extra Resonating Energy means Free Energy..

Meow

NickZ · « **Reply #9614 on:** July 26, 2015, 01:07:32 AM »

quote from Geo:
"The only thing I am missing now from the First Akula Device is to know how preciesly the 28T wires are connected thru out the output
coil."
end quote.

What I see, is that one end of the 28 turns coil is connected to the full bridge rectifier, and the other end of the 28t coil is open, up in the air.
Sorry for the blurry picture, was the best I could do.

News:

User Menu

Author Topic: Kapanadze Cousin - DALLY FREE ENERGY (Read 11848006 times)

John.K1

Re: Kapanadze Cousin - DALLY FREE ENERGY

TinselKoala

Re: Kapanadze Cousin - DALLY FREE ENERGY

John.K1

Re: Kapanadze Cousin - DALLY FREE ENERGY

TinselKoala

Re: Kapanadze Cousin - DALLY FREE ENERGY

John.K1

Re: Kapanadze Cousin - DALLY FREE ENERGY

lost_bro

Re: Kapanadze Cousin - DALLY FREE ENERGY

John.K1

Re: Kapanadze Cousin - DALLY FREE ENERGY

NickZ

Re: Kapanadze Cousin - DALLY FREE ENERGY

magpwr

Re: Kapanadze Cousin - DALLY FREE ENERGY

SolarLab

Re: Kapanadze Cousin - DALLY FREE ENERGY

Jeg

Re: Kapanadze Cousin - DALLY FREE ENERGY

GeoFusion

Re: Kapanadze Cousin - DALLY FREE ENERGY

Hoppy

Re: Kapanadze Cousin - DALLY FREE ENERGY

stupify12

Re: Kapanadze Cousin - DALLY FREE ENERGY

NickZ

Re: Kapanadze Cousin - DALLY FREE ENERGY