Kapanadze Cousin - DALLY FREE ENERGY

[Jeg]

The dimensions of the coax coil and its operating frequency should be very critical if it is important to achieve standing wave superposition.


In the second case (the b case) one might notice that the E and B fields are separated in time (and space).
When a standing wave is induced into a shorted coaxial cable, it is possible to align the nodes and antinodes of the standing wave by folding the cable in such a way that theese nodes are next to each other, e.g. by folding the cable into a serpentine or a helix.  This special arrangement will lead to the superposition of the perpendicular E and B vectors of each fold or turn.

Dear Verpies

Thanks for those excellent info.

I have a question on this. When coax is shorted at the top, then the reflection is at 180 degrees opposite to the transmitted signal at each point of the wire. If we fold it like you describe what will change? It seems that the same situation will continue to happen and the final result will be again a canceling result. Is that true theoretically?

[NickZ]

   Thanks guys for your all your help and suggestions. 
   I'll try the additional diode approach as suggested by T-1000, first, as that seams like the easiest solution for both the Mazilli crt, as well as for the Joule Ringer circuit. As both circuits are now running together on the yoke core, but do run hot, especially the Mazilli. Which can only be run for up to 20 seconds or so, before the fets become untouchable. Even when the load is only a single 100 watt bulb. But, the circuit has been tuned to run 650watt worth of bulbs, plus the feed back loop, which has now been connected back to the input, as well.
 
 
  Hoppy: the small zeners conduct both ways when using the conductivity test with the analog meter, both on the circuit as well as by themselves. On the circuit they conduct better one way than the other way, but still conduct both ways.
This is possibly due to them blocking the voltage in one direction, ONLY, when the provided by more than 12v. Or not? Please confirm this if possible.
Regular diodes will test out normally on my meter, conducting in only one direction.

  I've been doing some tests on the Mazilli/yoke circuit, now also with a Joule Ringer crt connected to the output of the yoke's secondary coil, as well as the feed back loop, back to the input side. This has shown some interesting effects.
Looking for that AH HA! moment...

[NickZ]

  T-1000:
   I tried your suggestion of placing a diode (IN5408) on each side of the yoke's primary coil output. I also tried the UF306 series diode. Neither diodes worked, both types get extremely hot in just seconds, enough to melt their solder. And the Fets are still getting just as hot as running without these diodes.
So, it's back to obtaining the proper zener diodes. I hope that will help.

[Hoppy]

 
  Hoppy: the small zeners conduct both ways when using the conductivity test with the analog meter, both on the circuit as well as by themselves. On the circuit they conduct better one way than the other way, but still conduct both ways.
This is possibly due to them blocking the voltage in one direction, ONLY, when the provided by more than 12v. Or not? Please confirm this if possible.
Regular diodes will test out normally on my meter, conducting in only one direction.

It would appear that your zeners are faulty given that I am assuming that the other two diodes test OK using the same meter. I say asssume because you do not confirm that you also tested the two regular diodes when removed from circuit.

[NickZ]

 Hoppy:
  I have not tested the other two diodes out of the circuit, but I will. I'll also replace those diodes with a couple of UF series diodes to see if there is any difference. Although the diodes that I'm using presently don't heat up at all, as well as the small zeners.
  I've noticed that Itsu has also been using the IRFP260N, on the Akula crt that he is working on at this time, and is also having overheating problems. I don't know if he is using the 18v zeners on that circuit, or not. But, he mentioned previously that he could run his Mazilli/yoke crt on 40 volts.
  I also plan on connecting a 12v 10amp car battery charger that I have as the input source, onto my set up, once I resolve the heating issue. But, I'm trying to avoid burning up more fets, until then.