Kapanadze Cousin - DALLY FREE ENERGY

[apecore]

   apecore: Yes, disconnecting the 3t coil makes no difference. But, only when you are drawing the load from the grenade's output coil, instead of the 3t coil at the capacitor. As only the grenade's output coil is working, then.  So, no surprise, but I get no additional brightness at the bulb, or sync from the Kacher by connecting it up that way.  How about you?
 
 

Nick,
Thats good to hear.
Yes correct,..... i did draw the power from the seriecaps Grenade--28T.

Hoppy,
i know you have some toughts about this as i also know (correct me if i'm wrong),....But it seams this isn't a dead end,..
I 'd  like to asume that the HV kacher signal,... pick_up by the grenade will also give his power/energy true the 28Tyoke,......(on the push-pull signal).
How about using the grid (50Hz) as a pushpull signal without inductor?
I would like to do some additional test if it is appropiate to leave the dead-end aspect behind us.
So if there are suggestions,......let me knowm what can be done?


Nick again,.....the goal for creating a selfrunner even if  it is less then 100W additional loutput,  has also my priority and is asi believe to the next step.
So if you want to share experience/ ideas or test,.... i'm ready for it,.....just ask.

Further i think that Tomtech and Geo doing a great job in going for the power and of course efficiency (as what Hoppy in my opinion pointed out) is important to and is for sure an important aspect in the selfrunning mode.
I hope we can find a way to combine our individual progress,..... with all the benefits to come.

[AlienGrey]

  I have the answer now, thanks ( set 500 Watt was not accidental) so accepted.
what he says about his Pll him that something stabilizes what?
something's not right here
His words say: Resonance is in place When attaches maximum load
- how it translates into practice ?
Who will explain it to me what is needed is a phase lock I played it a little bit and I wonder if it meets its purpose as will more has the HV.
Then there are moments to maintain frequency in check
at this stage for me to not exercised and I do not know if it's a bug in my design of this system or badly to come up.
what does it all depends ?
where is the first step if any
cool not given up  yet.

PLL there is already a circuit on this database I made the damn thing and a PCB it's the one with the 2 lock LED's the circuit is UNSTABLE, P think Itsu was also commenting on the damn thing, make sure yours is stable !!  Next what frequencies will you be using  A/. for the Katcher and B/. for the grenade ? I'm interested

AG

[Hoppy]

Hoppy,
i know you have some toughts about this as i also know (correct me if i'm wrong),....But it seams this isn't a dead end,..
I 'd  like to asume that the HV kacher signal,... pick_up by the grenade will also give his power/energy true the 28Tyoke,......(on the push-pull signal).
How about using the grid (50Hz) as a pushpull signal without inductor?
I would like to do some additional test if it is appropiate to leave the dead-end aspect behind us.
So if there are suggestions,......let me knowm what can be done?

Apecore,

I would like to see both mosfets scoped gate to source (on video) and the effect on the waveform as the Kacher is switched on and off. I would also like to see the effect when you disconnect one side of the push-pull, just leaving one mosfet operating, then reconnecting and disconnecting the other mosfet. This complete sequence should be done with and without the Kacher switched-on.

Its my opinion that the grid should be eliminated and the device run on a suitable sized battery power supply.

[apecore]

Apecore,

I would like to see both mosfets scoped gate to source (on video) and the effect on the waveform as the Kacher is switched on and off. I would also like to see the effect when you disconnect one side of the push-pull, just leaving one mosfet operating, then reconnecting and disconnecting the other mosfet. This complete sequence should be done with and without the Kacher switched-on.

Its my opinion that the grid should be eliminated and the device run on a suitable sized battery power supply.

Hi Hoppy,

Thanks for responding at my request, meanwhile i did some test as you defined and i must say something nice came out.


First off all,..  complete setup i explain in the video... but also to mention is that i only use seperate grounding at my kacher transistor emittor.
And at the normal circuitry (negative) side... of course the normal house grounding.

But no additional groundings at loads,..  capacitors or something else.

I tuned the system in a 50% power consumption state.
But must say that i finally saw results wich where in case of efficiency even better than normal.

But maybe it is to early to conclude that on one leg the system works better,..... this due the factor tuning is not taken in account.
But it seems that in normal operation (both legs "ON") the push pull is not working at highest efficiency,,,,... in relation to the output
Even the inductor has no contribution at all.

But lets us analyse the outcome of the video together and see what the next step will be?

If there is a need for more tests please let me know.

https://youtu.be/osVw17lec6E

Greetings

[Hoppy]

apecore,

Thanks for conducting the tests. This is where I got to with my setup and the results you show are much the same as mine. You will see from the scope waveforms that the HV is playing havoc with gate signals and that better / more stable performance can be had using a single mosfet yoke driver. Connecting the inductor only appears to increase the interference.

With a single mosfet driver, I was able to completely extinguish my bulb with hand capacitance. I have reached no conclusion about whether the HV interference to the push-pull and lighting effects we see, or a single mosfet driver are necessarily important steps to the final solution. However, I am fairly sure that the increased bulb brightness when the Kacher is switched-on is due to interference on the mosfet gate, resulting in a more powerful output drive to the yoke and therefore increased induction into the 28-wire and 3-wire secondary yoke windings. I suspect that the HV interference to one of the mosfets is badly switching, causing a grounding-out of the supply line, thus increasing current draw.