Kapanadze Cousin - DALLY FREE ENERGY

[Tomtech29]

A coil's (i.e., inductor's) reactance is greater below resonance.  At resonance, reactance and capacitance are equal. Above resonance, its capacitance increases, while reactance drastically declines.  Simply put, a coil begins to act like a capacitor at frequencies above resonance. 

If we drive a transformer at the correct frequency, one inductor's oscillations will exhibit predominantly reactive characteristics if it is oscillating below resonance. If said frequency drives the other coil above its resonant point, it will oscillate with predominantly capacitive characteristics.  In other words, at the correct frequency, the transformer will behave like an LC circuit.

If the LC-like oscillations within a transformer cause the core to oscillate at its own resonant frequency, then something new is also happening. I won't say any more about this, but thought I'd share my take...

Bob

HI.
caught content that you wrote ,I found an interesting piece: https://www.youtube.com/watch?v=3DR8WZQm-tI
determination of the resonance point in a flat pancake coil (impact coils bifilar) .
I think that should appear more and more applications confirming your thesis,what research we need
Very rightly it subscribes to this idea
Regards.
P.s
The more ideas the more interesting solutions.

[Jeg]

Hi Jeg,

looking good, especially that change of the drain signal after the snubber install.

Not sure about that purple current waveform, looks strange to me, but i understand you have no series resonance (no capacitor in) at the moment.

Itsu

Thanks Itsu
Current is like that, because drains are squared pulses. But inside inductor's line, total inductance doesn't allow instant current changes and this gives the slow rising and decaying times. I use 26T yoke secondary straight connected to inductor line.

[justawatt]

hi All
i found a website where a guy replicated  Triel kapanadze motor generator like setup.
It is for sale from 10 of April onward.

https://translate.googleusercontent.com/translate_c?depth=1&hl=en&prev=search&rurl=translate.google.co.in&sl=ru&u=http://teplo-btg.ru/photoalbums&usg=ALkJrhiVBYGngDQaNLUzs2o2Gff-6Mzy2w


https://www.youtube.com/watch?v=sDG2SHEZSKc

[justawatt]

EV grays Splitting the +Ve

https://www.youtube.com/watch?v=njTd5tOObDI

[MenofFather]

Thanks Menof. I will try it. In my case i used a 10nf cap. With your suggestion i can use higher values like 1000uF i guess. I will see if there is any difference in output voltage levels.

Enought capasitor with value 1-2 uF 250 V and paralel to it 10-100 nF 250 V capasitor.