my smith kanapadz replication

[baroutologos]

I've made several attempts with different coils and this is one of the better ones. The whole thing is Tesla basics as you can see in the diagram of the circuit. The picture's show it running a small 40 watt bulb at around 7 watts of input, the variac is set at around 50 volts. The NST is a 120V input with a 6500 volt .02 amp output. I have 2 earth grounds on this one but the second doesn't seem to add anything and can be removed without changing the light intensity or input requirement. One is required.

I've found by playing with various coils and bulbs it's not so much the wattage of the bulb in as much as the resistance of the bulb or bulbs. I have no real way of measuring the output at a wattage level, no claims are being made.... just an interesting experiment.

Hello dragon,

It seems a good looking setup you made over there.
Your results are more than good... i may say.
You mentioned you have been experimenting with several cap-discharge coil setups connected to a load in various ways, pretty much ala Tesla type.

I have been also in various designs yet have not noticed any magic as running a 40watt lamp (incadescence) in decent brightness with 7 watts input to the system.

I guess you have a good grasp of what is going on to conclude to this design.

My question:
....

Where do you attribute this great efficiency? (coil deisgn? ground usage? - i have used ground in many cases with little effect-, other thing?)

Any empirical observation, is a plus here.

[Xenomorph]

Over at OU forum, Sr. member "bolt" speculates on what is inside that big multi wound coil:

Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze


Interesting idea of coupling the A field using ferrite toroidal cores.

Regards

This has been discussed at ouforums already a while ago with SRīs statements that he used ferrite rings:



Uploaded with ImageShack.us


and discussed here

Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

He talks like he knows how its done.

He knows a lot but prefers to remain a theoretician in regards to replicating stuff. At least he did not present anything in that context ever.

[vrand]

This has been discussed at ouforums already a while ago with SRīs statements that he used ferrite rings:



Uploaded with ImageShack.us


and discussed here

Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze


He knows a lot but prefers to remain a theoretician in regards to replicating stuff. At least he did not present anything in that context ever.

Thanks Xenomorph

I will read through those first 50 pages

[dragon]

Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze[/url]


Interesting idea of coupling the A field using ferrite toroidal cores. He talks like he knows how its done.

Regards

Here is a simple experiment you can do to get an idea of the coupling effect..

The first picture shows a wire, basically bent in half with a bulb connect to the ends of one side and power connects to the ends of the other.... both load and input sharing one end

The second picture shows the wire then placed through the center of toroid

Third shows the light being lit. The energy is transfered 180* out of phase.
________

[cosmo-lv]

You go on wrong direction
Watch this: YouTube - madsatbg's Channel

it has that close, that close - he has one principle witch are one part of Kapanadze generator.

Naudin has not even close to idea af Kapanadze gen...
Sorry, and respect he work, but thats true.

P.S. yes, it is the right core.
Start to play with and good luck

[Xenomorph]

You go on wrong direction
Watch this: YouTube - madsatbg's Channel

it has that close, that close - he has one principle witch are one part of Kapanadze generator.

Naudin has not even close to idea af Kapanadze gen...
Sorry, and respect he work, but thats true.

ROFL, this is getting better here every day

[dragon]

Hello dragon,

It seems a good looking setup you made over there.
Your results are more than good... i may say.
You mentioned you have been experimenting with several cap-discharge coil setups connected to a load in various ways, pretty much ala Tesla type.

I have been also in various designs yet have not noticed any magic as running a 40watt lamp (incadescence) in decent brightness with 7 watts input to the system.

I guess you have a good grasp of what is going on to conclude to this design.

My question:
....

Where do you attribute this great efficiency? (coil deisgn? ground usage? - i have used ground in many cases with little effect-, other thing?)

Any empirical observation, is a plus here.

Thanks for the vote of confidance baroutologos, I don't see it as any magic happening, although, it may appear to be on the surface. I'm not convinced the double ground is contributing anything to the system, it runs the same with only one connected. Positioning may play a part in that.

Since I really don't know how JLN or Kapanadze is actually going about it I've been theroizing on my own of how to accomplish it and came to the conclusion it's nothing more than a reverse tesla coil. Instead of putting HV low amps into L1 and converting it to extreemly high voltage you do just the oposite... put the HV into L2 and convert it to lower voltage and higher amps through L1. The trick is getting L1 to resonate with L2 in its reverse form.

L1 being very low inductance using the earth ground through a load creates a psudo tank in which L1 can reach high amps. I still don't have the resonance dialed in quite right with this one although it seems to drive L1 reasonably well ( L1 being the 6 turn coil - L2 being the 90 turn coil - L3 the reversed 30 turn ). L3 is used to raise or lower inductance to help match the two. It might even help to make this one adjustable to some degree.

Getting bulbs to light is a matter of shuffling through various resistances to achieve the correct response. I've run 175 watt mercury bulbs with it but those react like FL's and in my mind doesn't really constitute wattage in as much as a voltage response.

I've been doing some tests with a 150 watt halogen and it lights nicely produces lots of heat but is far from full bright. At 150 watt input it will be blindingly bright (sun like to your eyes), driving it with this set up it's bright but not blinding and is using about 35 watts to get it there although I can get an orange glow with lots of heat at 10 watts.

I need to do more work with this coil to dial in the resonance a bit better....

Fun stuff....
________

[hartiberlin]

Here is a simple experiment you can do to get an idea of the coupling effect..

The first picture shows a wire, basically bent in half with a bulb connect to the ends of one side and power connects to the ends of the other.... both load and input sharing one end

The second picture shows the wire then placed through the center of toroid

Third shows the light being lit. The energy is transfered 180* out of phase.

Hi Dragon, can you please explain what you feed into it ?
WHat frequency and what wave ? Sinewave or square wave ?
Why does the lightbulb at all light up ?
Does it depend on the resonance of the one loop wire turn ?

Many thanks.

Regards, Stefan.

[hartiberlin]

Thanks for the vote of confidance baroutologos, I don't see it as any magic happening, although, it may appear to be on the surface. I'm not convinced the double ground is contributing anything to the system, it runs the same with only one connected. Positioning may play a part in that.

Since I really don't know how JLN or Kapanadze is actually going about it I've been theroizing on my own of how to accomplish it and came to the conclusion it's nothing more than a reverse tesla coil. Instead of putting HV low amps into L1 and converting it to extreemly high voltage you do just the oposite... put the HV into L2 and convert it to lower voltage and higher amps through L1. The trick is getting L1 to resonate with L2 in its reverse form.

L1 being very low inductance using the earth ground through a load creates a psudo tank in which L1 can reach high amps. I still don't have the resonance dialed in quite right with this one although it seems to drive L1 reasonably well ( L1 being the 6 turn coil - L2 being the 90 turn coil - L3 the reversed 30 turn ). L3 is used to raise or lower inductance to help match the two. It might even help to make this one adjustable to some degree.

Getting bulbs to light is a matter of shuffling through various resistances to achieve the correct response. I've run 175 watt mercury bulbs with it but those react like FL's and in my mind doesn't really constitute wattage in as much as a voltage response.

I've been doing some tests with a 150 watt halogen and it lights nicely produces lots of heat but is far from full bright. At 150 watt input it will be blindingly bright (sun like to your eyes), driving it with this set up it's bright but not blinding and is using about 35 watts to get it there although I can get an orange glow with lots of heat at 10 watts.

I need to do more work with this coil to dial in the resonance a bit better....

Fun stuff....

So it is basically a reversed Tesla coil, where both coils are in resonance
and the low turn coil is in resonance with the ground capacitor ?
To which resonance frequency do you tune then best ?
to 50 or 60 Hz or one of their overtones ?
Or to the Schuhmann resonance 7.8 Hz or some overtones of it ?

Which ground can you leave unconnected ?
The one through the Kapanadze coil ?

Many thanks.

Regards, Stefan.

[Armagdn03]

So anyone who created a simple parametric resonance in a Tesla coil should have received free energy in the kilowatt range ???

It is not an easy task to vary the parameters of a single layer air core solenoid at 2x the resonant frequency.

[Xenomorph]

It is not an easy task to vary the parameters of a single layer air core solenoid at 2x the resonant frequency.

Just to clarify, it was not me who posted that it is that easy

[hartiberlin]

Hi Dragon, can you please explain what you feed into it ?
WHat frequency and what wave ? Sinewave or square wave ?
Why does the lightbulb at all light up ?
Does it depend on the resonance of the one loop wire turn ?

Many thanks.

Regards, Stefan.

Well, had another deeper look.

Looks like it is 1:1 transformer with just 1 turn
loop for the primary and secondary and the primary
and secondary coil are just hooked together with one
pole. ( like you do it with car ignition coils..)

Then it is clear, why it lights up.
You probably need to feed it with a pretty high frequency though..

Regards, Stefan.

[broli]

Since no one pointed it out. Use a bifilair wound coil and compare results.

[dragon]

So it is basically a reversed Tesla coil, where both coils are in resonance
and the low turn coil is in resonance with the ground capacitor ?
To which resonance frequency do you tune then best ?
to 50 or 60 Hz or one of their overtones ?
Or to the Schuhmann resonance 7.8 Hz or some overtones of it ?

Which ground can you leave unconnected ?
The one through the Kapanadze coil ?

Many thanks.

Regards, Stefan.

I've been trying a few different variations and haven't scoped it to see where the frequencies were

Below is a diagram of the single earth ground
________

[hartiberlin]

I've been trying a few different variations and haven't scoped it to see where the frequencies were

Below is a diagram of the single earth ground

Hi Dragon,
can you please test,
if it really helps to put the wires through the core in the center
for the ground line ?

Can you also do it this way and have the same output as in the attached circuit ?

Do you also use any ferrite toroidal core rings on your coils as the inner core ?