Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[jbignes5]

one wire has been cut as well... Center of devices.

For the others who want to know I put together a good comparrison of a high voltage application using tube technology as an example. If you look at the numbers of the limits to the rectifiers and diode. The ones that work well at very high voltages only take 1 v to control. The lower amounts of voltage these can take the higher the voltage need to be on the filament wire.

reference: http://www.rell.com/products/Electron-Tubes-Vacuum-Devices/Rectifier-Diode-Tube.html?PgSz=10&PgSt=2

Those are Russian oil caps: http://www.alibaba.com/product-gs/553617292/Cylinder_type_Low_Voltage_Russian_Capacitor.html

I bet there is a high voltage version as well, they are called 3 phase shunt capacitors.

" Voltage and capacity (stated in kVAr), as well as the number of units in parallel and
series groups shall be selected correctly in order to achieve the specified ratings of the
bank. Furthermore, the physical placement and ratings of units in series and parallel
be selected so that no healthy unit will be subjected to a voltage increase above 10% in
case any one fuse has tripped. This shall also be applicable to windings of e.g. reactors
in case included in the bank. "

That a definition of the bank and what it does.

Hmm read this. http://www.svk.se/Global/07_Tekniska_krav/Pdf/TR1-17E-revb.pdf

[verpies]

Why do you guys waste your time on unremarkable sparking tubular devices (Kacher, Delamorto, etc...) which consume more energy than they deliver to the load, while abandoning (for months by now!) a working Yoke device that brightly lit a 100W incadescent light bulb with less than 10W of input power?

[cheappower2012]

Zeitmaschine,in the 2004 video theres only 2 wires,clearly shown,the guts of the
2004 video device was
put into the green box,a fan was added  this makes it appear that the transistors have
3 wires.

you are confusing my point, the point is this,I never said that the rectifiers were to
create the current flow measured by the amp meter,but are implied to be  the source to power something
in the can object ,in this context it makes no sense to use  4 high current rectifiers to power
something and connect them to a load thru very thin wires,that can't conduct high current unless its a trick.

As to the current flow,theres a couple of problems,one its a cheap amp meter,two the ac being measure is subject to a em pulse that
causes measurement errors,case in point,when they measured the voltage across the light bulbs,they got strange readings.
Its ac that's going to the bulbs at 50Hz to 400 Hz,how do I know that,he hooks up a transformer with a bridge rectifier
and it works to complete the closed loop.There are ways to show that theres a very good chance its in the 50Hz to 400 Hz area.
Cheap amp meters measuring ac current have a frequency limits and are not accurate,if he were truly measuring 50Hz to 400Hz ac current thru the ground cable,it would not make sense,
given the high EM generated I think this is a measurement error.In the green box video in the translation version its asked is a ground necessary,
TK says no but you need a little circuit to not have it,I think its a trick and none is needed at all.


As using coil combinations,go ahead experiment althu,I believe they won't help.If you used the same color for ever
coil,a person would very soon figure out that's a trick,TK and SM have this to an art,SM is the master of this type of deception.
Just consider this,it may not be a Tesla invention and TK lies hes ass off.
TK and SM do not want you to know how there devices work,and would rather
take there secrets to there graves rather than give them away.I do agree that you could never give a device like this to any government,its too disruptive,if exact plans got out everybody would run out and build there own device and power there homes and cause utillites to go out of business,and with the internet it would go world wide in a very short time.

[jbignes5]

Why do you guys waste your time on unremarkable sparking tubular devices (Kacher, Delamorto, etc...) which consume more energy than they deliver to the load, while abandoning (for months by now!) a working Yoke device that brightly lit a 100W incadescent light bulb with less than 10W of input power?

Because the yoke is dangerous if used correctly. The results are very obvious. This is because they were working with an open field that was not reflected away from them or even diffused. This has been the problem all along. This is why it was pulled back and this is why it will stay back till they or someone else figures out how to diffuse or shield the people around the device.


Anyways the spark has been entirely dismissed and this is why you haven't replicated the technology. Really the spark isn't the remarkable thing here. It is the fields. Obviously No one thinks about the electric field. Maybe this is why they get no where. The electric field is the reason we all exist and no one can refute that fact.

[Zeitmaschine]

That what you see as stack of  metal enclosed cylinders that  is not stack of capacitors.

A stack of what is it then?

in the 2004 video theres only 2 wires,clearly shown,the guts of the
2004 video device was
put into the green box,a fan was added  this makes it appear that the transistors have
3 wires.

If the transistors on the heat sinks are not transistors because of missing wires, then where is the (at least one) transistor creating the high frequency and high voltage for the spark gap? Is it in the tin can (green box) without cooling? Can't be. I know from own experience transistor which drives high frequency spark gap runs hot and needs cooling.

you are confusing my point, the point is this,I never said that the rectifiers were to
create the current flow measured by the amp meter,but are implied to be  the source to power something
in the can object

Right. It powers the hidden electronics which creates (high) frequencies.

in this context it makes no sense to use  4 high current rectifiers to power
something and connect them to a load thru very thin wires,that can't conduct high current unless its a trick.

High current rectifier (and other stuff) looks like built out from scrap TV (nothing else at hand), so simply the rectifier could take more load than necessary?

Its ac that's going to the bulbs at 50Hz to 400 Hz,how do I know that,he hooks up a transformer with a bridge rectifier
and it works to complete the closed loop.There are ways to show that theres a very good chance its in the 50Hz to 400 Hz area.

But it's not 50Hz directly from the inverter, because of the switch off delay after pulling the plug. AC from inverter is rectified to DC and then converted back to AC but most likely with higher frequency (and different wave form?) .

Any idea how to keep resonance between 50Hz to 400Hz and 200KHz?

In the green box video in the translation version its asked is a ground necessary,
TK says no but you need a little circuit to not have it,I think its a trick and none is needed at all.

Translation reads: »This is a small circuit is sufficient for the device.«

Whatever the meaning of this is.

Exactly speaking, not ground (earth) is needed, but a metallic object big enough to supply a lot of electrons to generate current.

Regards