Kapanadze Cousin - DALLY FREE ENERGY

[Jeg]

Enought capasitor with value 1-2 uF 250 V and paralel to it 10-100 nF 250 V capasitor.

Thanks Menof! Do you think that 24V would be enough for supplying my Katcher?

[Jeg]

Hi guys,

I m following this posts for sometime and read a lot about all kind of issues.
I noticed that Itsu has tryed doing a lot oc things.
Some more have done even more.
I d like to be helpfull in solving ussues.

But i can' t notice what status the project is.
Is it possible that some of you die hards make a short update in where the system is acting now?
I mean lets make an overview off all essential steps and how its performing.
Working from that point of view would be much effective.

Its hard for me (i m new here) to be of use without starting all over again.

Greetings

Hi apecore
Welcome to the forum.
This is a project running for a few years now, and most of us that participate we have already make many cycles of experimentation with this. What exactly  you'd like to know? Do you already have any experience on this or you are at the begin? Experience shows that blindly copying Ruslan's device is a waste of time. If you have any theory to experiment with then it worth your time. If you need any circuits for push pull or other stages just ask for it.
Jeg

[Jeg]

A coil's (i.e., inductor's) reactance is greater below resonance.  At resonance, reactance and capacitance are equal. Above resonance, its capacitance increases, while reactance drastically declines.  Simply put, a coil begins to act like a capacitor at frequencies above resonance. 

If we drive a transformer at the correct frequency, one inductor's oscillations will exhibit predominantly reactive characteristics if it is oscillating below resonance. If said frequency drives the other coil above its resonant point, it will oscillate with predominantly capacitive characteristics.  In other words, at the correct frequency, the transformer will behave like an LC circuit.

If the LC-like oscillations within a transformer cause the core to oscillate at its own resonant frequency, then something new is also happening. I won't say any more about this, but thought I'd share my take...

Bob

Thank you Bob
If coils are flat then you can adjust the capacity between them by moving them. What about when coils are fixed on the same axis? I think that by connecting a variable cap between them and treating them as capacitor plates can produce the same results. What is your opinion on this?

[T-1000]

HI.
caught content that you wrote ,I found an interesting piece: https://www.youtube.com/watch?v=3DR8WZQm-tI
determination of the resonance point in a flat pancake coil (impact coils bifilar) .

Hi,
I noticed few things there:
1) The MOSFETs gates have to be protected by Zener diodes from transients - http://www.semtech.com/images/datasheet/transient_voltage_protection_of_mosfets.pdf
http://www.microsemi.com/document-portal/doc_view/14693-eliminating-parasitic-oscillation-between-parallel-mosfets
2) The second scope probe is at high risk to blow up scope channel as it is too close to Tesla coil. When it will fire up on full power, this will cause HV spike on the probe. The Tesla coil wire length also need to be resonant to wavelength of grenade coil.
3) The current sense transformer has to be on one of grenade inductor wires for the PLL. You can order 1:10, 1:50 or 1:100 ready made current sense for your setup.
Also to kill gate oscillation one of techniques with pnp transistor pointing to the minus can be applied. It has to switch on when there is no signal from the driver(the voltage divider of 2 resistors + diode for mosfet driver->gate).

Nice setup for playground in overall

Cheers!

[verpies]

I found a website where a guy replicated Tariel Kapanadze motor generator like setup.

Are you sure? 
The device in that old Kapanadze video did not use a separate motor.  The rotating brass plates were the motor.
That website you found does not refer to any rotating brass plates.