Kapanadze Cousin - DALLY FREE ENERGY

[John.K1]

Hi Alien- yep I know all Ruslan's movies quite well.

In my Ruslan's replication my Tesla coil and Kacher works at 1.33 MHz - exactly as I wanted to match ground- No problem there.

But here in this other version stand alone kacher and short coil I have some problem.  I made a short coil of thicker wire and 1.5 primary turns right on the secondary. Then I gave it an impulse and I measured ringing frequency on the scope. By unwinding the wire I got ringing as I needed at 2.75MHz of its natural frequency (or its harmonic) and I ended with around 130-150 turns. When I connected the Kacher to that coil, I got absolutely nothing. Not a pulse. But Kacher evidently works fine with more turns as I showed. Why the hack it doesn't work with short coil?? With 30V IN I still should have couple KV.  On the transistor I measured everything just in the range of mV. I use Transistor 2STC5200. The electronics is not my strong side so it is as a pain in an ars for me Time for investigation BTW- The primary is in opposite direction to secondary and I have tried to swap both ends

Thanks. Regards.

[itsu]

There are some questions for your case:
Why the amplitude from LC series resonance goes to very low level as soon as you load up 140W?
Is it trying to draw more amps from PS then have not enough from 120W and then is dropping oscillation?
Is the yoke core over satturated?

T-1000,

i have no idea, the 24V PS can handle 10A, so is not near its max with 140W.
We are still in resonance, only the amplitude get much lower, i guess it has something to do with the impedance the bulbs are loading the grenade coil with.
without any bulbs, the current drawn is 7A, with a 40W bulb 5.7A, with a 100W bulb 3A, with 140W bulbs 0.6A etc.

Could it be that the Q of the series LC (inductor coil / wima caps) is negatively influenced by the loading (more bulbs, less resistance, more load) of the grenade coil?

Regards Itsu

[itsu]

Itsu,

Was this demonstration with or without the 28-wire yoke winding connected? I assume it was as Tomtech requested, just with the induction coil driven.

Regards
Hoppy

Hoppy,  yes, it was without the 28-wire yoke winding connected, so the grenade was ONLY connected/loaded to/with the bulbs.

Itsu

[Hoppy]

Hoppy,  yes, it was without the 28-wire yoke winding connected, so the grenade was ONLY connected/loaded to/with the bulbs.

Itsu

Thanks Itsu. I asked because there seemed to be some confusion as I think Nick thought the 28-wire yoke winding was connected, so lamps should have been a lot brighter.

I think that a poor coupling between grenade and inductor coils is the reason for the drop-off of power to your lamps as they were progressively added. As I see it, the inductor is receiving a heavy current from the yoke but cannot transfer the energy efficiently into the grenade and lamp load, thus it gets hot. This is not a fault of your build, rather just the way the coils are constructed and it makes me wonder if the inductor is supposed to heat-up??

Regards
Hoppy

[itsu]

Hoppy,

but the inductor coil gets hotter faster with less load, so when no bulbs attached to the grenade, the 24V input draws 7A and the inductor coil gets hot very fast.
The more load i add (bulbs), the lower the input current and the slower the inductor gets hot.
With >140W bulbs, the inductor does not get warm.

Itsu