Kapanadze Cousin - DALLY FREE ENERGY

[MenofFather]

Today I've established that the 1/4 wave frequency for my grenade coil is 1.316MHz (5.26MHz / 4). With PWM running at 21.9KHz (1/60th), I can now get a sharp resonance on the inductor with 492nF of capacitance. I have found that my 10W load lamp will pulsate slowly when the Kacher frequency is very close to 1.316MHz when finely adjusted with a ferrite rod inside the Kacher secondary coil tube.

Did you mean, that lamp shining brighter on 1.316 Mhz and then you ajust kacher to little lower or upper frenquency, then lamp shine more dimmly?

[John.K1]

Good morning,

I think some of you might find this video clip interesting- mainly Russian speaking people.

https://www.youtube.com/watch?v=KP6HMQneNDU

He speaks about resonant transformer- which our TV yoke is.

He shows what happens with the phase shift when he change voltage, frequency or distance between coils.   
After, he shows across the resistor what happens with the shift of currents when he change the voltage, frequency or distance.

I know the ferrite is a bit different story. But let me still remind you what Ruslan said: there must be a gap between the 3 turns and the rest of wires , otherwise it doesn't work. Time to sit to my bench after work.

Cheers

[itsu]

Today I've established that the 1/4 wave frequency for my grenade coil is 1.316MHz (5.26MHz / 4). With PWM running at 21.9KHz (1/60th), I can now get a sharp resonance on the inductor with 492nF of capacitance. I have found that my 10W load lamp will pulsate slowly when the Kacher frequency is very close to 1.316MHz when finely adjusted with a ferrite rod inside the Kacher secondary coil tube. This pulsing looks quite like the that I've seen on past videos of claimed self-runners. The pulsing varies in frequency depending on how close to resonance the inductor circuit becomes. The voltage across inductor cap rises sharply to over 400V and the rectfied voltage at the input of the SMPS is around 115V with 10W lamp load connected. The mustache waveform from the current transformer becomes very sharp and the tip aligns perfectly with the peak of the voltage sine wave. With previous tuning attempts, the tip has been slightly misaligned with the peak of the sine wave. I do not have an external earth wire connected yet but when the supply is disconnected from the device, I get a couple of flashes of the lamp after disconnection.

Hoppy,

nice progress, the "sharp resonance on the inductor with 492nF of capacitance" seems normal,
The slowly pulsating of the 10W load lamp when the Kacher frequency is very close to 1.316MHz
with 1/4 wave frequency for your grenade coil is 1.316MHz (5.26MHz / 4) points to interference
between both sources and is a good sign, now try to lock on.

Also the "couple of flashes of the lamp after disconnection"" seems promising.

Regards Itsu

[itsu]

Here one megaherc per division?

Yes, again 1MHz / div.

Regards Itsu

[itsu]

Itsu, in Ruslan phase shift is 90 degree without kacher. Why you can not get that 90 degree without kacher?

Hi MenofFather, 

well, in resonance the phase between current and voltage is normally 0 degrees in one coil.
As i tune for resonance, it seems normal to me that i get 0 degrees phase shift.
However, i (and Ruslan??) are probing the current in the inductor and the voltage over the Grenade, so 2 different (coupled) coils

Why Ruslan gets 90 degrees phase shift, i do not know, but i notice his signals in the trace screenshot is very
low like 5 / 10V pp which points to no resonance (i get 500 / 750V pp in resonance)

But when i detune to no resonance, my current signal (moustache) deforms and is no longer this spiky signal but shifts
some degrees out of phase (no 90 degrees though).

Regards Itsu