Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

hi Hoppy,

The voltage across HV capacitor will never get higher if you try to loop back to circuit diode via  the output of typical eg:mazilli,pwm solid state driven transformer.
I'd believe some of us already tried this typical loop back approach before myself included which don't work.

I have not tried this approach before since everything is working in pulse to the transformer and most importantly capturing the BEMF pulse is done at the right moment.

Since i have not tried yet.The only way to visualize everything in slow motion eg:tracing current path maybe using red marker on a printed out before relay activated and so on.
Maybe our brains is working too fast and it become unstable/impatient to visualize anything.

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It is obvious relay is not efficient as there are contact loss and etc.But the objective is to know the trigger point at which moment to recover the "BEMF back to the same transformer" and not with just a simple diode which is normally done.

The solid state is still better choice provided if you already know when to recover the BEMF at the right moment.

Truth is if you want to know how it works you need to get your hands dirty no matter how elementary it looks.

I do have virtual electronics stimulation to try out first before i get my hands dirty.But that's a another story.

Hi Magpwr,

Thanks for your reply. I think you misinterpreted my original post. All I was saying was that solid state switching was more reliable than using relay contacts and that the aninmation was just covering the principle of HV charging and discharging a cap into a load. I was not suggesting anything about looping back.

[Hoppy]

Hoppy any coil once energised creates a manetic field with the stped energy, but when removerd it colapes and the energy produces a huge electrical spike.

Yes indeed, first principles.

[NickZ]

  So, I've been studying the different videos, like Geofusion's last one showing the new TL494 that he built up. Where he shows how to tune the 3 turns/inductor coils, to the 28turns yoke coil, to obtain the best running frequency.
  I hope to his Kacher circuit connected up, in his next video to see his current results, now almost a month later.

   I've also been studying the last video that Nelson came out with. To see just what he may be doing there, and what he's done to the Exciter circuit driver, to allow it self run.  However, his previous videos are showing a different driver, with a black transformer wrapped with copper tape, or sheeting. His newest video from about 6 days ago, is showing a different driver set up, under the black pc fan. So, it's been hard to analyze what I can't see.
  One thing that I would like to see is that no instruments, or anything else be connected to a grid source,  as there is lots of stay AC capacitance, on the floor, table, refrigerator, etz... which can allow an efficient driver to start, and light the neon bulb, and effect the reading values. He should tuned off the house breakers, as well, and see if he can still light the neon bulb by just holding the input wires. The black ground wire connection is still going to the signal generator's grid ground connection.
  In any case it does prove that very little to no current is needed to get his device to oscillate.  So, it will take little to make it self run, as well.  But, how it can light a 60 watt 220v bulb, even if only for a few seconds, from a single tap on the 9v battery is beyond me. And those big sparks at his home made capacitor are also quite surprising.
  I don't really know what to think about all that, but it sure is interesting...
  Here's a couple of pics of his previous driver circuit, compared to his latest driver.   

[Hoppy]

  But, how it can light a 60 watt 220v bulb, even if only for a few seconds, from a single tap on the 9v battery is beyond me.

And me Nick! So we are supposed to accept that the feedback loop almost immediately sustains the device and runs a 60W bulb when the 9V battery is removed - cobblers!! He has an LC oscillator being supplied by a hidden energy source, charging a cap to a high voltage. When the load is applied, we see the bulb dim as the voltage drops to a level that can be maintained by the hidden energy source. Don't waste your time eyeballing this one, its obviously not a self-runner. Nelson does not even claim it is in his posts. We've got to the ridiculous point now, where anybody showing a device lighting a bulb, goes on the self-runners club celebrity list.

[T-1000]

Don't waste your time eyeballing this one, its obviously not a self-runner. Nelson does not even claim it is in his posts. We've got to the ridiculous point now, where anybody showing a device lighting a bulb, goes on the self-runners club celebrity list.

That was just another black box without exposing parts and any speculation can lead nowhere near truth.
And also the videos like that without disclosure are just distraction for most... Can't fight with that fact and the life goes on, please focus on experiments instead of wasting time there.

Cheers!