Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Zeitmaschine]

He rented the house you see in the video
part of the scam,you have to look successful to fool possible investors.

Deeply interesting. So he rented a luxury house in order to look successful to investors but at the same time made his TPU device with lots of adhesive tape, so that the TPU looks rather like a foreign body in this environment. Very strange method to make business.

BTW: Seems this Free Energy Electromagnetic Generator works on the same principle like Kapanadze's one - if I'm not totally mistaken. Hence what happened to Dr. Schwartz? Still alive?

[verpies]

Here is a picture of the LS 3.0 circuit lighting both a 60 watt incandescent bulb, as well as a 65 watt Cfl, off of my yoke core, on 10v 1.200mA input.

Did you mean 10V 1200mA at the input or 1.2mA ?  The dot is always a decimal point in English.
If the input was supplied with DC than this represents 12W or 12mW input power, depending on your answer.
If the input was not supplied with DC than the input power is indeterminate with this data. Might be between 0W and 12W even if the voltage and current were measured with RMS averaging meters within their frequency range.

The bulbs will light brighter yet if using higher input, but transistor heating can result. Single TIP 3055 transistor giving the pulses. NO overunity, just efficient use of input.
Looks to me like a similar amount of light as in the Wesley yoke video lighting a 150 watt bulb. Which does not seam to be lit at full brightness, either.

You seem to be generating many more Lumens than Wesley, however he was using 5W total input power (2 * 2.5W = 5W and probably much less because of extreme impedance mismatches) and you might be using 12W and a much more efficient CFL light bulb. 
Wesley was using an inefficient incandescent bulb - and yes, I don't think it was lit to a full brightness either.

IMO it was a horrible lack of due diligence not to measure the brightness of this incandescent bulb with a photodiode/phototransistor or a photographic lightmeter, calibrated with known DC power.

[cheappower2012]

@Zeitmaschine

Dr. Schwartz? Dr fraud is not doing anything hes big device at best generated very little power
mostlikely a complete fraud ,the rods and the one you posted are frauds.The battery is in
the transformer,its hollowed out,
the circuit board
is an inverter,its a fraud.
SM was runing a scam of sorts,the only difference between SM and a regular conman is SM had
a real device.
The tape is to hold and hid things,as I said before the tpu is more complex than TK's device,
there are different
tpu's this was done to hid how they work and there construction.

[NickZ]

  Verpies:
   I did mean 1200ma, as I used a 10v ac/dc adapter at that time, which rated at  1200mA. 
  I get better light at higher voltages, but transistor heat is sometimes an issue.
  At 24 volts running on that shown circuit using two 12aH batteries burnt out a 7 watt incandescent bulb, but lights other gutted Cfl or Led bulbs very nice.
 
  The yoke device used in the Wesley video has a different set up, but the main thing for me is trying to obtain the best light output when using any bulb. Whatever lights best. Of course the 110v leds bulbs always work most economically when using batteries, on my yoke/ferrite bead core inverter combo.
Best light I've gotten is when using a 13 watt Cfl/halogen bulb, but I would like to light 25 to 65 watt Clfs to full brightness, as well. Here's a very short video of a single core device using just 4 ferrite beads as the core, lighting the 13 Cfls on 11 volts, unknown mAs,  to close to full brightness. (below).
It seams to me that to light higher output bulbs, each bulb needs it's own circuit, although they can be join together at their primaries as well as they secondaries.

http://www.youtube.com/watch?v=DXrpH_NLWiw&feature=youtu.be

  And another video of the 4 ferrite bead core circuit lighting a 60 watt incandescent, and also a 25watt Cfl bulb.
http://www.youtube.com/watch?v=chEwqvtJUOA&NR=1

So, it sounds like we need to focus on working on the Yoke Device circuit that worked best. Even though it was hard to tune, it was shown to work.

  I obtained my yoke core from 15' crt monitors, free. It is old but in perfect shape. (pictured below). I also have a bigger yoke out of a 34" Tv. Might use it later to build a much higher output circuit, if possible.

 

[Zeitmaschine]

The battery is in
the transformer,its hollowed out,

But if it were not hollowed out then this transformer would give a nice inductance to get resonance with a capacitor, wouldn't it?

the circuit board
is an inverter,its a fraud.

So I'm glad at least TK's blue inverter is not a fraud.

Anyway, where is the hidden battery?