Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[John M]

Many of you have probably read this before. If not, it is by far the best document I have seen. The latest research with a TV ferrite yoke seems far different then the Tariel Kapanadze device with some similarities. Perhaps this will offer insight into the simularities on why both of them work.

http://www.free-energy-info.com/VladimirUtkin.pdf

[jbignes5]

Many of you have probably read this before. If not, it is by far the best document I have seen. The latest research with a TV ferrite yoke seems far different then the Tariel Kapanadze device with some similarities. Perhaps this will offer insight into the simularities on why both of them work.

http://www.free-energy-info.com/VladimirUtkin.pdf

Bingo. All in one place sweet!

[wattsup]

@alll

I was not able to do testing later last night but will continue tonight. I found my fathers old degauss coil that he used way back and will try it, First I will check if the last effect is still possible after one day of "yoke rest" -lol, then do the degauss and test again.

One thing major about my last tests.

I was pulsing on the 50T and found at around 5.89kHz that the 150T would go up to around 70 volts. I then let that one run and added the 15T to find were the voltage would rise with both coils pulsing. The only range I found was at 7.43kHz were the voltage from both went up another 3-5 volts. Nothing major. But then I decided to just turn off the pulsing to the 50T and all of a sudden the 15T pulsed increased the voltage to the 150T to around 700 volts. This was all done without the LED load applied so we are talking voltage only.

So what was happening is that the pulse on the 50T was giving a good 70 volts but it also held back the pulses from the 15T from being exerted on the core. When the 50T was turned off, the 15t jumped up in voltage.

This means that at certain frequencies, the 50T is hindering the 15T and it must also be that in some frequencies the 15T could hold back the 50T.

So one thing I would suggest when pulsing two or more frequencies is once in a while turn one of the pulse generators off and see how the other is producing. You could have the 15T set at a frequency and then try for hours on the 50T and see nothing simply because the 15T was acting like a brake on the total output.

Anyways, things are getting more and more complicated as we progress. I hope to get my flyback in the next days so I can start really pumping some more juice into this coil. That is if the yoke holds all right. But this is not a problem since I can always revert back to the Caduceus Coil  (which I will do anyways).

@verpies

I went to my local EE shop and they did not have the IRFP220N that is in your circuit diagram. Also, they checked and there is no replacement listed. So I am wondering if what I already have on hand may be OK and if so, do I have to change the resistor and cap values.

I have on hand two or more of: TIP32C, IRF840, IRF640, IRF510, IRF9540 and some others that I cannot remember since I am presently at the office. Anyways, if it is possible please let me know. Also, my zener diodes are only 10 volts and I have also 18 volts and higher up to 50 volts zeners.

wattsup

[T-1000]

http://www.free-energy-info.com/VladimirUtkin.pdf

Not bad, it is full usage of coils placed in 90 degrees to each other. That needs further exploration because it creates pendulum analog from mechanics
Also when this is used with core resonance, it make even more effects.

[Hope]

Many of you have probably read this before. If not, it is by far the best document I have seen. The latest research with a TV ferrite yoke seems far different then the Tariel Kapanadze device with some similarities. Perhaps this will offer insight into the simularities on why both of them work.

http://www.free-energy-info.com/VladimirUtkin.pdf

Thank you John,  this is an excellent document!!

Thanks for the explanation BIG,  I suggest you use magnets on each side of your spark gaps on one or both spark gaps with iron (large ground plane) attached to the magnets feeding the sparks.