A method for Static Gap control for high BPS rates

[Jeg]

The DC HV Gen gives 2KV to the blue Cap which discharges through the secondary of this air coil transformer. The one in the video is one layer primary 45 turns - 5 layers secondary same wire AWG15. The first spark on the left is between Cap and coil, the second spark on the right is between coil and ground. During this video i change the BPS rate from 10KHz up to 40KHz. At 44KHz is the limit of this specific cap- charging coil combination. At the end i close and open the mosfet side just to hear the high freq discharging sound compare with the buzzing irregular discharging sound of only the cap due to mains power frequency (100Hz after rectification).

http://www.youtube.com/watch?v=V4akePuNQHo&feature=youtu.be

[Jeg]

Tinsel i was reading some notes yesterday of my last months experiments and i noticed that i had already test something relevant with the one that you asked about at your post above.

I was checking to confirm Leedskalnin's teachings about iron cores and the way they keep or give to the coil their magnetic currents/particles. So, i had used a big iron transformer, with two copper plates on its left and right sides, connecting these plates to the main charging/discharging cap line. Then i used the transformer's coil to see if i can extract some zpe using just one wire of the coil. In this experiment i see that there wasn't any attenuation of the high frequency oscillations between cap and Tesla primary, even that this high voltage high current high frequency signal is passing through the iron core.
I don't know if that helps you but i'd like to mention it. Gosh! My memory started to decay. I need a reset!!!
Did you see anything interesting in the above low quality video?

Tnks Jeg