http://www.youtube.com/watch?v=qtI1CPBSm-o&feature=related


 Hmmm...

Very dodgy video, the guy is trying to measure AC with a DC amp meter that may not even be connected. He didn't show it working.
He says he has resonance but all he has is an AC wave form produced by the function generator and distorted by the coil, it doesn't look resonant to me.
The frequency is 300 kHz which the meter would probably ignore anyway.
The LED uses extremely small amounts of power as well.

Bottom line is the demo shows nothing but his inexperience and his desire to show something as "free energy".
My hat is off to him for experimenting and trying, but I see nothing special in the video.

Cheers

The very first circuit I tested nearly two years ago was such that it sucked power from the ground. Ground point was significant as it did its thing only from certain location. Effect was that there was no change on input side but the sparks went wild. First sound was the usual rattling you get at 50 Hz. When ground was connected sound changed into whirling sound and I was amazed by it. I discovered it by accident when I played with caps, my finger touched the circuit via caps metallic casing. Later I got also shock from the ground, felt like a hefty handshake ripping my arm off. But did not know how to use this power without losing the effect. Later on I realised that maybe I should have put a trafo in the ground connection to take power from it, or use it to run second similar circuit. Did not try it though, I think there would need to be higher frequency source so it would suck power faster, and perhaps also put a capacitor. I once tried to replicate it using GDT as spark gap but it did not work so I quess it has to be open air spark.
 
br549 experiment reminded me of this so I thought I should post the circuit. Below falstad simulation, it does not show the effect but it is easier to draw. I used grid power and low power stepup trafo first to get 440 volts, this is not shown in the sim. I used iron trafo in the circuit, it had maybe 9 meters of wire per coil. I tested also using thinner wire, 165 ohms DC resistance so it would have much bigger induction effect, but it was not better. Now that I understand capacitive induction, for best results bifilar coil should be used here instead of separate coils.
 
The sim shows two spark gaps and two grounds. Both locations worked, but did not test using them at the same time. It also worked with one spark and ground. I omitted resistors for coils from the picture for clarity.
 
Below link needs to be combined into one line
 
http://www.falstad.com/circuit/#%24+1+5.0E-6+0.9891409633455756+50+5.0+43%0Av+240+240+240+272+0+1+50.0+400.0+0.0+0.0+0.5%0AT+320+240+384+304+0+
0.1+1.0+1.6609977282477928E-16+0.30806814650717984+0.999%0A187+320+304+320+352+0+1000.0+1.0E9+220.0+0.0010%0A187+384+304+384+352+0+1000.0+1.0E9+
220.0+0.0010%0Ag+384+304+432+304+0%0Aw+384+352+320+352+0%0Aw+320+352+240+352+0%0Aw+240+352+240+272+0%0Aw+352+128+240+128+0%0Aw+240+240+240+128+
0%0Ag+320+304+272+304+0%0Ad+352+128+384+240+1+0.805904783%0Ad+320+240+352+128+1+0.805904783%0A
 
or if you know how to import:
 
$ 1 5.0E-6 0.9891409633455756 50 5.0 43
v 240 240 240 272 0 1 50.0 400.0 0.0 0.0 0.5
T 320 240 384 304 0 0.1 1.0 1.6609977282477928E-16 0.30806814650717984 0.999
187 320 304 320 352 0 1000.0 1.0E9 220.0 0.0010
187 384 304 384 352 0 1000.0 1.0E9 220.0 0.0010
g 384 304 432 304 0
w 384 352 320 352 0
w 320 352 240 352 0
w 240 352 240 272 0
w 352 128 240 128 0
w 240 240 240 128 0
g 320 304 272 304 0
d 352 128 384 240 1 0.805904783
d 320 240 352 128 1 0.805904783
 
Below example how to connect two circuits in cascade. When power is taken via trafo that has the lamp, more power gets sucked in the circuit causing more intense sparks to occur. Sounds similar to TK device. But first someone needs to replicate one circuit.
 

The very first circuit I tested nearly two years ago was such that it sucked power from the ground.

Did you make measurements to come to the conclusion that power was addded to the system?
How did you measure?
Regards

Simple experiment
Source of static electricity, which is located between the ends of the coil, the coil magnet. Coil is connected to the LED.
While the magnet coil - the LED light. No magnet - not light.

I don't understand.
What is a "magnet coil" ?
What is the source of static electricity?

 

verpies,
This what I think:

He means when there is no permanent magnet included in the coil the LED is not lit by the "static electricity" brought near to the coil.  And when there is a magnet in the coil then "something" initiates induction in the coil when "static electricity" is applied again.  "Static electricity"  (applied between the top and the bottom of the coil)  seems to come from a line output transformer.
I assume the line output transformer includes the HV rectifier diodes to make the static field.

EDIT  well, he already explained some more while I was answering.

I do not know you have discussed here Mustafa007 scheme earlier this year. This man claimed that he had solved the secret of Kapanadze and drew a rough diagram. I personally talked to the man and he told me how he got through the current transformer 3000 W while consuming 400 watts.
This scheme is just the principle of the series resonance and the principle of amplitude modulation. The scheme must be working  as
principle.

Output only not shown demodulation

Neodymium magnet in a coil and static electrofield, induces a current in the coil is connected to the LED.
Floor without coil neodymium magnet does not light the LED in the electrostatic field.

Hi Semenihin-77,

Have you already checked the waveform induced in the coil by an oscilloscope? if it is possible?  Just use say a 1 kOhm load resistor across the coil and watch the voltage across it by the scope.

Thanks,
Gyula