Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[xenomorphlabs]

Hi Xenomorph,
on the secondary of TR1 you need first to have High Voltage diodes and then a HV cap
BEFORE the spark gap.

Then at the secondary of TR2 you also need a cap in parallel with TR2 secondary for the right resonance
frequency ( 50 or 400 Hz in Europe)...

Please add these components and try again.
Many thanks for your hard work.

@Stefan: I have no  >1kv high voltage diodes at the moment, so i hooked 3 1kvs in series behind the HV out, but
i get no sparks that way. I will order some, since i don´t know any retailers here that sell proper HV diodes.
I have tried to hook the spark gap up like D. Smith has done it in his table device.
Will also try directly after the diodes.
EDIT: Also hooking the spark gap how it is usally done after the cap and before the inductor does not create sparks (2nd image) . I really suspect that the resistance of the 3 diodes togther might be too high.


I had the earth ground hooked to the negative of the cap after the rectifier.
I plan on realizing a tap on the secondary and connect the ground there.

Before i can tune that exactly i need to build myself a dipmeter, budget doesn´t allow Oscilloscopes etc. at the moment. I can try to calculate the 50 Hz though, will see.

[sparks]

  I always thought Tesla and others always used tank circuits to store energy.  If you could input one watt into a tank for an hour and let it go in a nanosecond the resulting effect would be quite impressive. Now if you had a billion tanks doing this phased correctly you get into meaningful power levels from 1 watt inputs. Lots and lots of capacitors and inductors.

[ramset]

tank circuit video: resonance and harmonics
a great video on resonance and oscilloscope signals in a tank circuit
Make: Online : Short Circuit #2: Frequency multiplication with tank circuits

http://blog.makezine.com/archive/2009/04/short_circuit_2_frequency_multiplic.html?CMP=OTC-0D6B48984890

Chet

[xenomorphlabs]

3 x 1Kv HV diodes added and a 3kv 120pF HV cap

Charge stays now in the cap.
Nothing spectacular until now, just a signal flow check.

Video: http://www.youtube.com/watch?v=IQAvZtjzfKM

Now i have to build some tools to measure the frequencies and resonances.

EDIT: Little mistake in the diagram, the 2nd transformer is 10:1

[Yucca]

Hi aether & sparks

If you have a perfect tank circuit you could put in a great deal of energy into this reactive circuit, a very measurable current and voltage would exist and be available. The fact that you have no resistive element does not make this energy imaginary in the same way that the energy contained in a kid on a swing isn't imaginary.

Maybe my understanding of tanks is not full, but I would think surely the maximum amount of energy you can store in a tank is the total charge you can accumulate in the cap? In the case of the swingset analogy this would be the max potential energy of the system i.e. the maximum swingseat height multiplied by the fatness of the kid multiplied by g.

If you could input one watt into a tank for an hour and let it go in a nanosecond the resulting effect would be quite impressive.

Similar to my point above, I think the max E you can store in a tank is the E you can store in the cap element. could you not achieve the same effect by DC charging just the cap over the same time with 1W and then releasing the charge in a nanosecond?

I ask both these questions because maybe I´m missing something here, I´m not sure what you mean exactly but I´d like to know more about any good effects you may be describing here. Basically are you saying some magic happens in a tank or are you saying that tanks are very efficient (but not OU) ways of accumulating an AC signals energy when at resonance.