Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

 Curious thing, but I'm onto the same situation concerning rectifying the 28 turns coil to DC, to be fed to the Kacher's input.
If the voltage off of the 28 turns coil is over 1000v, I'm supposed to rectify that and feed it into the Kacher??? I hope that the 2SC5200 transistor can take it? At least my horizontal deflection transistor was a 1500v.  So, we'll see what gives, first.
  What are the best diodes to use?  I'm trying out some IN5408 for the bridge after the 28t coil. Which is NOT connected to the grenade's 168t coil in this case.   
 
   I've also added Geo's mediator coil into the device, and now it seams to help keep the heat down a bit on the Kacher's transistor.
So that I'm able to run the Kacher without a fan, just a big passive heat sink (heater). As I hate fans...

  Here's a pic of my 1 1/4 inch green toroid which is now being used for the mediator coil. 
  I had made a mediator coil out of a yoke previously, (pictured below) which was when I had my burn out problems.
Hopefully this smaller mediator will work out ok, but I'm still going to add a couple more of the chokes that I had on there before, just in case. 
  Here's a pic of my device with the "Yoke Mediator"  which was what killed my Mazilli.  I'm going to get that Mazilli up and running soon, also. As it was a beast...


  So, Geo.  How's it going???

[Jeg]

Because it works as a load.  Measuring across a load gives you a current reading (not a voltage reading).
You can accomplish a very similar rectification with a single diode connected across points A and B in your diagram, while the other diode is deleted and replaced by a piece of wire.

Your confusion arises because you forgot that real diodes do not rectify voltage - they rectify current.
Once you set up your jig to measure the current flowing through the diode, everything will clear up.

This makes clear a lot of things. Indeed, i thought that a diode rectifies voltage! All of my confusion started from this wrong assumption  Thanks for the clarification Verpies. I appreciate it. 

[Tomtech29]

Curious thing, but I'm onto the same situation concerning rectifying the 28 turns coil to DC, to be fed to the Kacher's input.
If the voltage the off of 28 turns coil is over 1000v, I'm supposed to rectify that and feed it into the Kacher??? I hope that the 2SC5200 transistor can take it? At least my horizontal deflection transistor was a 1500v.  So, we'll see what gives, first.
  What are the best diodes to use?  I'm trying out some IN5408 for the bridge after the 28t coil. Which is NOT connected to the grenade's 168t coil in this case.   
 
   I've also added Geo's mediator coil into the device, and now it seams to help keep the heat down a bit on the Kacher's transistor.
So that I'm able to run the Kacher without a fan, just a big passive heat sink (heater). As I hate fans...

  Here's a pic of my 1 1/4 inch green toroid which is now being used for the mediator coil. 
  I had made a mediator coil out of a yoke previously, (pictured below) which was when I had my burn out problems.
Hopefully this smaller mediator will work out ok, but I'm still going to add a couple more of the chokes that I had on there before, just in case. 
  Here's a pic of my device with the "Yoke Mediator"  which was what killed my Mazilli.  I'm going to get that Mazilli up and running soon, also. As it was a beast...


  So, Geo.  How's it going???

hello
you still need a little experiment and make certain verifications
and where there come from 1000?
"off of 28 turns coil is over 1000v"What...
This system could act as find a way to shift the phase current!
See the movie:
https://www.youtube.com/watch?v=4H6Q7Uthow4
when this happens?
- you have to dig deeper.

[Jeg]

  What are the best diodes to use?  I'm trying out some IN5408 for the bridge after the 28t coil.

I use the same diodes Nick, for the same task. They work just fine without any problem.

[NickZ]

  Jeg:
  The reason I asked about the diodes is because when I previously tried to rectify the output of the grenade's 168t coil, using those same diodes, they got so hot that they would melt the solder points.  But, for now I'm just using the Kacher's output as an input source for the Kacher, only, as I don't have the induction circuit working, yet.  But, as there is HV going through the 3t coil circuit, and the 28t coil also from the Kacher's output, I'm trying to see if I can get the Kacher to self feed-back itself, with the same output from the Kacher, going back to the Kacher. As I have a feeling that the induction circuit may not really be needed, at all.  Or not???
 
   Today I'll complete the full bridge rectifier using those IN5408 diodes, for the Kacher's input source from the 28t coil. This 28t yoke secondary coil will NOT be connected to the grenade.  As I could not find resonance between the Kacher, and the induction circuit previously, with the 28t yoke coil connected to the grenade's 168t coil. And now my Kacher is stronger than it was before.
And, it looks like he stronger the Kacher's output, the brighter the bulbs, and "effect".
 
   Thanks for the reply.  And good luck with your project.

   TomTech:  With the induction circuit running, and NO load, I get was getting over 1000v output from the 28t coil. With or without the grenade connected. This was the normal output of my set up, when using the Mazilli as the driver, when it's running on a 12v, or 24v source.