Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

Ok Hoppy,

Would you be my counterpart?
And feed me with corrections in my approach?
Because expertise is not on my side.

I am no expert in this field either. You need to understand that at this present point in time, there is no correct or incorrect approach, simply personal understandings and opinions.

[NickZ]

   I've connected my Kacher circuit to run off of the yoke's secondary coil. Which seems to work quite well.
But, the issue that I'm facing is with the bridge rectifier diodes that feed the Kacher's input from the yoke secondary coil, are getting very hot in no time.
  I'm using the IN5408 (3 amp) diodes for the bridge, and I'm only using a 12v, 2.5 amp wall adapter to run BOTH the ZVS induction circuits, as well as the Kacher circuit.  Any ideas how to solve this diode heating issue?
  I'll try to get some of the MUR 460 diodes for building up a new bridge, and mount them on a heatsink.
But, for now the IN5408 will have to do, at least I can see that they do work, although not for long run times.
  Jeg, (I believe) has mentioned that he uses the same diodes, and has no overheating problems.
 
   The reason that I'm only using a wall adapter is because I don't have the 18v zener diodes on the induction circuit at this time, so I can't go above the rated voltage going to the mosfet gates. Therefore I'm just using the 12v adapter for now, until I can obtain and replace the 18v 5 watt zeners.

  Geo: Thanks for the Vasmus diagram. 
  Can you tell me what is a "sumator", and how exactly it's built?  Used for the same purpose of the "mediator coil"? 
I still have the new mediator coil that I built up, but have not installed it yet. Need to get the new zeners on the ZVS circuit, first.
  I did notice (a couple of times), that there was an abrupt up in voltage, when syncing up the Kacher to the induction circuits.
  But, my rectifiers diodes will overheat after only a minute of running, so I have to turn off the input, which makes me lose the illusive and hard to obtain sync. I've only seen the "extra" output for a several seconds, and only a couple of times. 
But, now,  I know that it's there...

[AlienGrey]

Nick Z High! Re your Grenade coil is built on a strange Dia 1.25 or 1.5 inch pipe note sure of wire length or turns at this moment but the 'F' will be very high so your feeding the diodes you have with a much higher frequency as well, this would make the diodes vibrate and heat up much quicker than anyone else's, I would think this would cause many other issues as well. Tinsel Koala did show a VFO made with a 74HC4046 phase lock chip I would suggest you build it you could then find out the resonant 'F' of the coils you have made, Just a thought that might help you, PS you would need a frequency counter of some sort though or make one. perhaps.

Good luck AG

[AlienGrey]

Hi guyz

This is Vasmus schematic of his device, One of the versions.
Something for the forum and many want to try it well here goes.
but I will say there is one thing missing, and is not connected to sumator.
what is it ?

No idea to be honest but, how do you stop the TX and RX sections from wondering around with that circuit as it has a chopper circuit midsection

PS sumat or other ?

[NickZ]

Nick Z High! Re your Grenade coil is built on a strange Dia 1.25 or 1.5 inch pipe note sure of wire length or turns at this moment but the 'F' will be very high so your feeding the diodes you have with a much higher frequency as well, this would make the diodes vibrate and heat up much quicker than anyone else's, I would think this would cause many other issues as well. Tinsel Koala did show a VFO made with a 74HC4046 phase lock chip I would suggest you build it you could then find out the resonant 'F' of the coils you have made, Just a thought that might help you, PS you would need a frequency counter of some sort though or make one. perhaps.

Good luck AG

  AG:  You mentioned that the former tube that I use is strange?  It's the same sink drain tube that Ruslan uses. So, it's not strange at all. It is the recommended one shown by Ruslan.
  My grenade windings are also the recommended size. 48,48, 24,24, 12,12. 168 turns total for the output coil, and 18.75 meters long for the inductor coil.
  You also mentioned that my frequency may too high, and can be causing heating of the rectifier diodes.  It's not, I do have a scope, you know. Remember that I'm only using a 12v, 2.5 amp input for BOTH the induction circuit, and the Kacher circuit.
The IN5408 are 1000v, 3 AMP diodes.  Yet in a few minutes running they will melt their solder points.
  In any case, I'll get the MUR460 diodes and mount them on a heatsink, and replace the ones that I have on presently. 
And we'll see what happens, next. If those diodes will heat up, or not.