Kapanadze Cousin - DALLY FREE ENERGY

[Jeg]

ok. This is what happens at my mosfet's drain. This lets say square pulse next to the narrow peak, is at about 35V but as you see with an imposed oscillation.

[itsu]

Hi.
Itsu
Thanks for the changes but I thought that at the outbreak of HV. across the wima caps (in resonance) draw the energies Ruslan says that shifts the phase current?
you tuned the kacher to run (pulsed) on a third of that 2.65Mhz = 883Khz with you I do not see a flash- 0.5V voltage increase with or without the kacher ontop
Now let me ask you a question, have you tried using the small transformer to measure the current with a resistor ,so that the peak voltage of it was ripped from the driver pulse Kacher?
-because you did not show where you got 15 kHz input to the controller Kacher or you connected in parallel a gateway one channel Pusch-pull am I right?
or even simply where the mustache at the top of the sine
I wonder if this is possible:

https://www.youtube.com/watch?v=HZ5ZY3L1O9s

This material does not prove anything but there is a visible flare if this is true?
info:
It uses a 200 watt light bulb under the push-pull 25 volts 2.5 amps -At the inclusion HV ampere consumption of the battery
increases to 3 Amper.
The pulse is powered by a 50 Volt draws 1 Ampere.

as instability pulses fall in a different place
https://www.youtube.com/watch?v=QmsZEGyJfBQ
Hmm.

TT29,

i have the moustache like signal (peak) always on top (or bottom) of the voltage sine wave of the Wima caps, see here:

http://overunity.com/12736/kapanadze-cousin-dally-free-energy/msg463623/#msg463623



The kacher drive pulse (which is a different pulse) i got from the PLL output via the S1 switch, see the diagram:
http://imgbin.org/images/26553.jpg.

Presently it comes from a switch, but fed by the little TL494 circuit output (which is also the input for the MOSFET drivers driving the MOSFET's/yoke),
so i can select if it pulses on top of on bottom  (180° shift) of the Voltage sine wave of the Wima caps.
With a potmeter (R5) a can shift this pulse anywhere (~180°) on this sine wave and with R9 pot a can narrow the width down.

Hope that answers your question(s).

 
Itsu

[itsu]

ok. This is what happens at my mosfet's drain. This lets say square pulse next to the narrow peak, is at about 35V but as you see with an imposed oscillation.

Thanks Jeg,

but this is only one MOSFET drain,   right?

How does the other MOSFET drain fit into this picture?     What duty cycle are you feeding into each MOSFET? (i had to go for the max 45/50%)
Can you setup a scope shot with both gates signals and both drain signals?

It seems the 35V is low, with 24V on the drains i would expect a minimum of 48V on each drain with some ringing peaks ontop.

Itsu

[AlienGrey]

T-1000,

i think my current transformers are where you mention they should be (like on the diagram), but i cannot get them to peak on the current, instead they peak on the voltage.

See above screenshot.

Regards Itsu

current trough a wire or resistance will produce voltage. if you want current what you g9oing to do with it ? feed voltage into VFO amplify it perhaps invert it but you will need to rectify it like a discriminator does to get right phase.


AG

[Tomtech29]

TT29,

i have the moustache like signal (peak) always on top (or bottom) of the voltage sine wave of the Wima caps, see here:

http://overunity.com/12736/kapanadze-cousin-dally-free-energy/msg463623/#msg463623



The kacher drive pulse (which is a different pulse) i got from the PLL output via the S1 switch, see the diagram:
http://imgbin.org/images/26553.jpg.

Presently it comes from a switch, but fed by the little TL494 circuit output (which is also the input for the MOSFET drivers driving the MOSFET's/yoke),
so i can select if it pulses on top of on bottom  (180° shift) of the Voltage sine wave of the Wima caps.
With a potmeter (R5) a can shift this pulse anywhere (~180°) on this sine wave and with R9 pot a can narrow the width down.

Hope that answers your question(s).

 
Itsu

something I will see that there are those arrows on the side of the sine They are small you are able to move it to the left or right ?
track to the top sine wave peak