Kapanadze Cousin - DALLY FREE ENERGY

[Void]

"Slotted aluminum tube or one-turn aluminum winding."

Many thanks!

[NickZ]

  Good to see all these discussions, on the self runners.
  One device is using the spark gap, the other is not.  Spark gaps are noisy, cheap and practical, but are they really needed?  Both devices output somewhat similar power, but one does not make any noise, at all, and may even use a convenient store bought driver circuit, plus a couple of Fets and caps and diodes. Nothing too fancy to replicate.  Just thinking out loud...
   Where did this last Romanov diagram come from, as it is different than any previous ones.
Also where did the simple two NPN transistor diagram come from, if I may ask?

[Vortex1]

Following up on my prior post, a little research shows that TV flybacks are designed to supply between 1200 and 2000 uA for a 3 gun setup. At 27kV this would amount to 32.4 to 54 Watts max.

At 3kV or thereabouts (gap breakdown) the capacitor recharge current supplied would have to be on the order of 40 mA in order to supply 120 Watts to the lamp. This would appear to be well above the design target for the flyback secondary. (designed for 1 to 2 mA)

Unless my calculations are way off (could be), the flyback secondary should let out the magic smoke in short order.

I have not intensely researched this subject so someone please check and verify or correct this.

[T-1000]

  Where did this last Romanov diagram come from, as it is different than any previous ones.
Also where did the simple two NPN transistor diagram come from, if I may ask?

It comes as second part from http://www.youtube.com/watch?v=Sbb_kSgvzoo and http://www.youtube.com/watch?v=ZRfWTlbFy1k for example of processes isolation in air core transformer from input.

[verpies]

Spark gaps are noisy, cheap and practical, but are they really needed? 

I don't think so.
They can be substituted for with a DSR Diode as far as the production of short and powerful pulses is concerned.

I remind you that a short pulse at low PRF contains many many frequencies superimposed on each other.
If these pulses are sufficiently short (thus their frequency spectrum is sufficiently dense), then they will excite any EM resonant circuit without knowing their resonance frequency (LC as well as NMR).