Geo:
  Ok, so what you've done is to replace the normal choke that goes to the yoke's center tap, with the bigger green toroid. This toroid also has a mag wire coil which is also feeding the Kacher circuit. The main difference is the additional mag wire coil that's going to the Kacher crt, and the way that you've connected it all up.
   You may find that once you try higher wattage bulbs, which are pulling much more of a load, that your commercially made full bridge rectifier will overheat. And it may also be restricting your output, as they are designed for 50-60 hertz, and not 10.000 hertz.
   I did not see any improvement in using the 2000v WIMA caps, over the ones like what you're already using.
  I feel that the 4 recommended 6 amp diodes on a heatsink are essential for the full bridge rectifier, as even the UF series 3 amp diodes will overheat at higher loads. I am using only two 3 amp diodes, as per the earlier schematics, and they do get hot.
   
   I'm not into competing, or racing to see who gets to have a self runner, first. Or who knows more...  Heaven forbid! 
I chose to cooperate, instead.
 
    The reason that I'm comparing your set up to mine, is to show the difference is running frequencies,  not to show a who has the "better effect".  As we are all interested in knowing and studying at just what frequency these circuits are working at. And if earth resonance, or it's any of it's harmonics and wave lenghts are something to tune for, or not.

Again I may be wrong but I have a feeling that the increased lamp brightness is as a result of the PWM imbalanced output caused by the Kacher HV on the supply lines but not directly from the Kacher induction into the grenade.

I may also be wrong but i had the same conclusion before a year, when i had fed my Katcher straight out of my 24V at the point where 24V meets my mosfets primary coils. (As Urfa had published). The increasing of the output light was due to an abnormal increase in consumption. If Geo will just connect a simple needle current meter at his device input, things will go more clear. Good job Geo, Nick. We will never surrender

Hello
from my observations that trengthening is the cost 2Amper with the same power supply and is only visible to 150Watt load increased burden affects the inductance of the coil and changes the resonance frequency, but if you was wrong please correct me, I also have confusion with this connection if you have time "GeoFusion "you  fix scheme:
I think that the current measurement is a good choice analog ammeter:D:D
Overall power consumption is 6 Ampere it exceeds the value of the 100watt bulb! but I'm curious of your opinion on this topic.

  Quantum???
   I don't think "free energy" has anything to do with "Quantum" anything. 
That is not the same idea as what Tesla was talking about.
They are confusing free energy, by giving it a quantum definition, to please the outdated current scientific view.

    It has to do with the tapping of the surrounding ambient energy, which is created by our Earth's Vortex, in conjunction with the Galactic Vortex. That is where the "extra energy" is coming in from,  all the time in all places. From the invisible, and unmeasureable Aether. As Tesla had mentioned repeatedly.
 Not the extraction of energy from matter, by a poisonous unnatural nuclear decay or similar process.

   Which would you prefer to follow up on,, to learn about, and try to replicate???
     

    Tomtech:
   When my yoke kicks into the "chaotic mode" there is much higher increase in consumption from the input source. But, that also can mean that there is more output to feed-back to the input, for increase work.  So, the fact that at resonance there can be an increase of the ringing noise, along with an additional higher output level, and increased draw, does not mean that the increased draw is a negative factor.

  Common Tomtech,  get the cobwebs and dust off of your device and test gear, and continue testing.  Don't give up.

Nick,

Without an amplification of power, there is nothing to feed-back, as all of the power supplied to the device is dissipated in the device and its load. Don't confuse current draw with power consumption. Its quite in order to see a load output current increase with a reduction in input current due to improved impedance matching. You need to understand the relationship between V, I & P.

[quote author=NickZ link=topic=12736.msg471581#msg471581 date=1453217516

   Hoppy:  Ok, understand that.  What I'm referring to, is what T-1000 mentioned, concerning seeing a reduction of the input power drawn from the source (PS), at resonance, (amplification, gain, etz.).



Nick,

Tell me how you would determine that, in order to be cetain that it did in fact represent an amplification of load power ?

Hi Guyz

Yes, What I really want is for us to put our heads together,
we are so close to know how the device works, yet for what I managed up till now.We need to do further testings on this.

   Jeg,
yes, I will see where I could get  analog meter Volts and amps both Dc and Ac for the further tests.

  Hoppy,
Yes measuring equipments to continue to see differences, will make sure to get them asap.

 Tomtech29,
Hi there x), Yes amp analog meter is needed for measurements, I drew a schematic for you too see. down.

  Nick,
24V is fed to  Kacher input. As well PushPull. you will see in Diagram Edited on how I have everything hooked up.
Look at the Mediator connections and where effect takes place. follow the lines carefully, and see where I have it striped as example if tested.


Below here I have what is currently hooked up now. Today I will Continue with Experimentation.
Output is HV DC!!   it can be Done connecting Load to the AC lines
but DC line has better output with the proper Bipolar capacitors.
Sometimes I Have no idea what I'm expecting or what connections I might make, but It's Doing Something Exciting!

https://www.youtube.com/watch?v=7ELg1TclytM

            Cheerz~

  Yes, good point.  Let's not get hung on it though.
   He also suggested that we should try to get the feed-back circuit going, with no load, to see if there is any self running of the device, first.  Then add the load, to see if it will run it, and to what extent. If I remember well.

   Geo, Thanks,  I'll study the diagram and get on it.