Kapanadze Cousin - DALLY FREE ENERGY

[AlienGrey]

Yes it's all very interesting but what have elections got to do with it ? Moray bid not use electrons read it all on Moray, it's a Moray as the song goes ! Electrons get stuck on metal and don't go through brick walls !

[Void]

It this kind of observation which will open the door to our being enabled to use off the shelf transformers, not speculation, fact, I am doing it.  As one is dealing with standing wave phenomena, we are not limited by the paralyzing effects of hysteresis. 

Hi Erfinder. Can you provide a bit more info on this?

[Jeg]

Hi Jeg !
It may work, depending how you chose your fly-back coil. For getting advantage of your suggested schematic you must choose your fly-back inductance such that it get fully charged (or near the saturation point)  using at most but not more that half of one of push-pull drive pulse by trying which one of them gave aimed amplification effect.
I would charge that fly-back inductance beginning from start point of original pulse up to 47-48% of its duration, because at 50% of push-pull drive pulse happens inductor current to reach its peak, and then you need kacer triggered.  It make sense to you ? Good luck !

Edit: You must keep in mind at 24V supply, voltage across C-E during fly-back pulse of primary kacher reaches at ease 200V. Increasing voltage power supply further, your fly-back primary pulse increase also dangerously for breakdown your kacer transistor. It can exceed easily 1000V.

Hi Skywalker, all
Thanks for the advices. I tried it yesterday. I was hopping that i could adjust the resistance divider for my katcher so to be activated only when the mosfet fires. But this couldn't happen and Katcher was always on. The below image is the power supply that i managed to make for powering Katcher. As you see it is always at 24V except when my sync pulse fires. The pulse width adjustment happens by altering the value of the katcher's dc input capacitor. For this pulse i used a 10nF cap. (It is without load. Collector's coil disconnected.)

Then i switched to the circuit that Menof brought back. Ok. It is just the right circuit if someone wants to sync his katcher. I'll post some waveforms soon. But a so thin pulse like the one that Allega's blue box outputs, needs higher voltage than 24V for supplying a Kacher. In combination again with the input capacitor value.

[Tomtech29]

It this kind of observation which will open the door to our being enabled to use off the shelf transformers, not speculation, fact, I am doing it.  As one is dealing with standing wave phenomena, we are not limited by the paralyzing effects of hysteresis. 


We should link up, lots to discuss with a like mind.  Also want to discuss a new switching circuit with you.


P.S. 


Nelson gave them all a gem, one which has been around since Tesla.  Newman mastered something similar, however no one really ever got their setups to operate as Newman claimed.  I would like to show you what I am talking about, it will freak you out.  The negative side of it is that its almost impossible to get the same effect using solid state switching.  The plot thickens, now we can understand why so many fail, and we can gain a new appreciation for the switching circuit patented for that SERPS, a device which in my opinion is the same exact thing, brought into the 21st century using a solid state switch which behaves like a mechanical switch.




Regards

Hi. Erfinder
Acknowledges scientific mind is one thing and the language barrier is another obstacle
- from this definition "we are not limited by the paralyzing effects of hysteresis"
... "hysteresis" present in magnetic materials, mainly ferromagnetic,forgive my ignorance accidentally and nothing about it I do not know
if u wish us some secrets what your work is based?
So seriously interested in this, and something in this direction are doing?
(the tabernacle head does not hurt) always another ejaculation curiosities!
Cheers.

[Utopia Now]

Hallo Erfinder I am interested,

I find it intriguing what you are  stating, I like to hear see more if possible.

Does it have to do with this set up from Donald L Smith    https://www.youtube.com/watch?v=yqCH-E1tJRE#t=456
Where he explanes you have to adjust, match the capacitor (nr 10 on the schematic) to the inductance of Transformer (nr 11) 

But I think  you  are talking about some more advanced combinations ...

Well I am interested  to learn more, to understand the bigger picture.

Utopia Now