Kapanadze Cousin - DALLY FREE ENERGY

[Void]

Hi Void, thanks for the answer. Please see the above post which you have might missed.

Hi Jeg. Looks like you modified your comment to include the answer I gave.
I don't have a lot of experience with tesla coils, but I doubt there is any paradox in there. It is
more likely that you are just misunderstanding how things work with tesla coils. Playing around with
the tesla coil calculator app here should help you to understand how varying the different
parameters such as coil length and size and with different top load sizes varies the
max current and max voltage for a given input voltage.
http://www.tesla.nu/programs/javatc/javatc.html

All the best...

[Jeg]

Hi Jeg. Looks like you modified your comment to include the answer I gave.

We were just answering the same time.

It is more likely that you are just misunderstanding how things work with tesla coils.

Everything is probable. It would just be great if an experienced Tesla coil builder could answer me on this.

Playing around with the tesla coil calculator app here should help you to understand how varying the different
parameters such as coil length and size and with different top load sizes varies the
max current and max voltage for a given input voltage.
http://www.tesla.nu/programs/javatc/javatc.html

Thanks Void. Wish you the best

[Void]

Everything is probable. It would just be great if an experienced Tesla coil builder could answer me on this.

Hi Jeg. I think you need to clarify your question.
I am not clear about what you are asking.
What specifically is your question?

P.S. At any rate, if you play around with the JavaTC program you will be able to
see how the different tesla coil parameters affect the performance.
I guess you are wondering if the secondary coil wire length is approximately 1/4 wavelength
of the tesla coil's secondary resonating frequency when using a top load, if you will get a higher
max voltage on the secondary for a given input drive voltage? You can try that in JavaTC
to see what the result is...

P.P.S. I think the input current draw is higher when you use the top load to resonate closer to 500kHz
because with a larger capacitance there is more charge storage capacity, so the current peaks
are higher in the resonating secondary. To maintain this higher resonating current, it requires a
higher input current draw from your power supply. Contrary to popular belief in these forums,
resonance does not come without a power input cost.


All the best...

[NickZ]

   Jeg:
   What is the point? Are you just trying to get the most out of the Tesla coil's output? Or is there some other purpose?
   Both my Kacher as well as Geo's Kacher run at about 1MHz. But, I see only a minor interaction going on with the grenade/yoke circuits. Not enough to provide for OU, or self running.

[Jeg]

Hi Guys

Void Sergh Itsu Nick
I took my answers, thanks a lot. I am playing with a Katcher driver trying to optimize it for best performance. I wounded two Tesla coils for replicating TK's experiment for wireless transferring, but a correctly working katcher is a nice toy for more experiments. I'll upload if anything interesting will occur.

Regards