Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Kator01]

......
P.S> About copper pipe - you need to make folded plate from pipe what makes coil from it. Then you can attatch lightbulb and maybe grounding to this coil ends.

Hello T-1000,

I have difficulty understanding what you mean by "folded plate from pipe what makes coil from it".
Do you have a reference or a picture so that I can understand your description ?
Do you simply mean a slit copper pipe ?

Thank you

Kator01

[dllabarre]

ОК, I is stopped. Do not want to mislead people.

I'm tired of fighting with trolls

Most of the people here are learning from your work.
The majority doesn't want you to leave.

But IF you must leave, please answer my question below so I can continue with my replication:

A while ago someone posted these would work as well as the 805.Would these transistors work OK?MJE15028Ghttp://search.digikey.com/us/en/products/MJE15028G/MJE15028GOS-ND/919489
or

MJE15030Ghttp://search.digikey.com/us/en/products/MJE15030G/MJE15030GOS-ND/919491


Thank you!
DonL

[jbignes5]

More on Coax cables and the method to shield from unwanted interaction to the waves supplied:


http://en.wikipedia.org/wiki/Coaxial_cable


Pay specific attention to this area:


"Open-wire have the property that the propagating down the line extends into the space surrounding the parallel wires. These lines have low loss, but also have undesirable characteristics. They cannot be bent, twisted, or otherwise shaped without changing their characteristic impedance, causing reflection of the signal back toward the source. They also cannot be run along or attached to anything, as the extended fields will induce currents in the nearby conductors causing unwanted radiation and detuning of the line. Coaxial lines solve this problem by confining virtually all of the electromagnetic wave to the area inside the cable. Coaxial lines can therefore be bent and moderately twisted without negative effects, and they can be strapped to conductive supports without inducing unwanted currents in them. In radio-frequency applications up to a few gigahertz, the wave propagates primarily in the transverse electric magnetic (TEM) mode, which means that the electric and magnetic fields are both perpendicular to the direction of propagation. However, above a certain cutoff frequency, transverse electric (TE) and/or transverse magnetic (TM) modes can also propagate, as they do in a . It is usually undesirable to transmit signals above the cutoff frequency, since it may cause multiple modes with different phase velocities to propagate, interfering with each other. The outer diameter is roughly inversely proportional to the cutoff frequency. A propagating surface-wave mode that does not involve or require the outer shield but only a single central conductor also exists in coax but this mode is effectively suppressed in coax of conventional geometry and common impedance. Electric field lines for this [TM] mode have a longitudinal component and require line lengths of a half-wavelength or longer. Coaxial cable may be viewed as a type of waveguide. Power is transmitted through the radial electric field and the circumferential magnetic field in the TEM00 transverse mode. This is the dominant mode from zero frequency (DC) to an upper limit determined by the electrical dimensions of the cable."


Working with pure waves of the Tesla kind, you must make sure they are not leaked into the environment and attract the balance from the environment which will cause great losses which I believe you guys are seeing with these experiments.

Also As Steve as said before follow proper safety precautions.

Link to safety with Tesla coils:

http://www.extremeelectronics.co.uk/index.php?page=safety

In my honest opinion Tesla used shielding all the way up to and including the device to power. This makes sure nothing is leaked and you will have full power to use in the load. Otherwise you are leaking as soon as you turn on the device just after the high voltage capacitance discharge pulses are made.

[wattsup]

@semenihin-77

If inventors and experimenters can have enough thick skin to try and go above and beyond accepted methods, as you are and others are trying, then this same thick skin should be sufficient to absorb some of criticisms going our way. This is part of the normal process.

About energy production measurements, if the device is battery driven, then the output can go through a HV diode to a tank capacitor of let's say 250 volts and 80uF, then from there you put a 14vdc zener diode going back to the 12vdc battery. Then just run the device and put your volt meter on the battery to see how the voltage drops or stays same or increases. If you have a tank capacitor with much higher uF this is better if you want to then add a load across the capacitor like a bulb or even a resistor. If the bulb is lit to whatever brightness does not matter if the battery voltage does not drop or even increases.

@wattsup
I am in your same situation: my Ventex HV generator (9030D-120)...died...after few hours of good operations that allowed me to run several optimization tests. It died even considering that I took every conceivable attention to not overload it Last good setup has been without the connection to center tap secondary. In that case the lamp's filament being incandescence. So now I do not know how to go on as I have TV flyback units...but I lack the old schematics hence not easy to locate the correct connections.
Roberto

@ronotte

I know it's not that easy. Sorry about your HV source. Again the FBT is the key but the key keeps on breaking in the lock. Here is how to find the right pins on the FBT.
http://lifters.online.fr/lifters/labhvps/tht.htm

The standard TV or monitor FBT was designed to provide HV to the picture tube. I do not think the picture tube is producing any feedback or return harmonics going back to the FBT. Also the frequencies of FBTs would not go higher then 90kHz. The problem I think is happening because all internal diodes will have the traditional diode specs including the reverse threshold (I think - lol). At a certain frequency higher then the 90kHz, I think the diode is permitting reverse induction that is colliding with the HV output trying to exit the FBT at the same time. Ultimately, I think we will eventually have to wind our own FBTs with some higher gauge wire then the thin wires in the standard FBT. We must remember that all standard components have gone through a design evolution that not only permits the required outputs but will also include lower production costs which is a "prime directive" due to economics. The thinner the wire, the lower the cost, the more profit. As long as the FBT works in its original intended usage, there is no other reason for these manufacturers to produce more robust FBTs. Hope fully I will receive my two bigger FBTs next week so I can start again. This weekend I will use the dissected FBT now that I have a new core for it. Maybe this will work out better.

@All present Yokers.

I suggest you go to http://www.freepatentsonline.com and register there and do some searches for "deflection yoke" and "CRT flyback". Reading up on some of those patents will open up some new avenues of perspective on the Yoke and the FBT. There are so many patents but any of them will have pertinent info and maybe newer ideas if you read between the lines.

Check this one - CRT Deflection Yoke With Ringing Suppression - Patent 5039922 here;
http://www.freepatentsonline.com/result.html?query_txt=5039922&sort=relevance&srch=top&search=

This gives you a good idea on the possible 15T to 50T effects.

@stivep

I am thinking of opening a new thread that I will maybe call "WNYg Flyback to Caduceus Coil or Deflection Yoke Trials" but I do not want to use the term "WNYg" without permission from you. Even though I coined the term, as far as I am concerned you're the boss of it. Or, if you have another title, please advise.

What I am planning is to make this new thread, but lock it until I can get the first 10 posts (or pages if possible) occupied with a history of recent events. This way newcomers can just go to the first 10 to get up to speed. Otherwise we will be stuck on this thread with WNYg relevant posts being spread apart by several pages. What do you think? Also, that new thread will be only for WNYg works and irrelevant posts would simply be removed, no questions asked.

@stefan

If @stivep gives me the OK, is it possible to get moderator rights. I think @baroutologos was also nominated as moderator, but of course this would be his choice. If anyone else wishes to participate as moderator, please say so. Also, if you want to keep things the way they are, again, you are the boss.

@potential moderators of new thread.

We will have to setup some guidelines for posts and also a procedure to remove a post, mainly the post can be removed but it has to be copied onto a companion thread entitled "WNYg Thread - Removed Posts" and that thread should remain locked. We should do this to protect ourselves from accusations of censorship. We don't want to censor anything. We just want to keep the thread lean and mean.

wattsup

[Magluvin]

Energia, where is your data, where are your proofs?  Where is your truth?

Didnt you post that you replicated T1000 circuit and that it worked?  But then we didnt hear from you for a while. 

No data, no vids, no pics, no proofs.  Where is your truth?

I suppose you think everyone is with you when you post about the lies and deception. I see no followers for you.

Sem, most of us know that it is not always a picnic here at OU. But there are more people here that are interested in your project, than not.
Dont let 1 bad cupcake ruin your picnic.  ;]

Im a fan of yours. Actually, I was the one that found your vid on my YT home page as a suggested vid, and posted it here.
So if all this causes you any pain, you can blame it on me.  ;]

Some here may think that your device does not qualify to be included here in the Kapa thread.  But the truth is, do these other circuits, so far I believe 3 from the team, have considerable differences within themselves. So why not yours. ;]
We have input power, coils, spark gaps/transistors, and most of all, lighting light bulbs. And all are based on Teslas ideas.

Wesley? Are you still with us?  Hope all is ok.  ;]



Mags