Kapanadze Cousin - DALLY FREE ENERGY

[Tomtech29]

  T-1000: That video is showing how the PLL works to maintain a steady frequency. Nice!  Yet, the bulbs still dim with each additional bulb, although the scope settings stay the same.  And for that device being the 4000w output version, ALL those bulbs look pretty dim, without the Kacher adding anything to the induction circuit. 
  Also, just look at his Kacher's primary and secondary coils in that circuit, using the long secondary, and a several turns primary (8 turns?).
  Although that is the not device version that I'm working towards at the moment, the question was: why don't you guys show what your PLL can do.  Not by showing how well Oleg's circuit works.
  I've already explained that I will keep my load of 3 100w bulbs steady, not changing it, for now. And tune my device to that load. And we'll see how steady the device works, or doesn't work, to hold the frequency.

Hi.
I was for a long time surprised that it really gives that power to the system because having this 6Amper as we can see in the video at rest without relief
and a 900 Watt light bulbs and we see a change of frequency and brightness utrade these bulbs but what happens with the collection of current from the battery?
so it seems that the PLL circuit maintains a high state of resonance in spite of changes in load resistance is the bulb

This is interesting because nobody showed how does it really Pll and whether 900Watt in parallel of these bulbs is able to light up and show efficiency whether it is wine ferrite core?
I checked it myself and I can not really explain why I can not light up all the bulbs?
-and if what we see is the result desired, take into account that how we connect another bulb decreases power consumption drawn from the battery,This as we have seen what happens when both ends are shorted,(example in a ZVS)
and the output coil grenade
the bulb still do not go out completely.

[NickZ]

    I added some turns back to my Kacher secondary, and also tried a 6 turns primary like Ruslan/Akula have.  But I lost the ability to light the 220v bulb, as well as a 10w bulb, at the same time on the open induction coil, and the open grenade's output coil.
   I took a reading of my Kacher at the antenna coil (about 7 inches away from the antenna). This (below) is what it's frequency is reading now. The sec/div setting is at .5us.  Sorry it doesn't show up well.  I thought that I was lowering the frequency, as I added more turns, but I guess not. This is maybe what John.K1 is noticing also. 
  I get  T=0.3us  and the CalcTool gave me 3.3Mhz.  You may get up to 4.Mhz, or so.
 
  Itsu: Does that mean that I should tune down the Kacher frequency to about 1.85Mhz, to match my grenade output coil frequency?

[itsu]

    I added some turns back to my Kacher secondary, and also tried a 6 turns primary like Ruslan/Akula have.  But I lost the ability to light the 220v bulb, as well as a 10w bulb, at the same time on the open induction coil, and the open grenade's output coil.
   I took a reading of my Kacher at the antenna coil (about 7 inches away from the antenna). This (below) is what it's frequency is reading now. The sec/div setting is at .5us.  Sorry it doesn't show up well.  I thought that I was lowering the frequency, as I added more turns, but I guess not. This is maybe what John.K1 is noticing also. 
  I get  T=0.3us  and the CalcTool gave me 3.3Mhz.  You may get up to 4.Mhz, or so.
 
  Itsu: Does that mean that I should tune down the Kacher frequency to about 1.85Mhz, to match my grenade output coil frequency?

Nick,

thats what you get when changing 2 things at the same time, it seems that the kacher with the more secondary turns and more primary turns is oscillating on a higher frequency now, i agree, around 3.3MHz

Go back to the "normal" primary and see if the frequency went down as it should be with more turns on the secondary.

Itsu

[Dog-One]

Go back to the "normal" primary and see if the frequency went down as it should be with more turns on the secondary.

Yes guys, the primary is every bit as critical as the secondary.  Like I said previously, winding these things is much more of an art than it is a science.

For fun, try using a pancake style primary with the same number of turns and observe what happens.  Also try different thickness wire and move the primary around on the secondary.  Everything seems to matter; finding the best combination is tricky at best and impossible at worst.  If you happen to stumble on something in the ballpark, see if you can wind a brand new one exactly the same and get the same results; if you can, then only make tiny adjustments to the new one.  It's a bugger no doubt about it.  The only thing that has worked for me is to imagine Dr. Tesla watching over your shoulder and smiling when you begin to move in the right direction.

[NickZ]

 Tomtech:
  After watching your video showing how to tune the grenade and Kacher frequencies by using a SG and an led, so, I tried it out.
I connected the SG to the induction coil (open ends), and the led on the grenade output coil. The best frequency I get for my grenade output coil using the SG input method was 1.25Mhz, as read on my scope. I think that you got 1.5Mhz?
  I'll test the Kacher in the same way tomorrow.

  Thanks for sharing your way of doing the frequency check.  It was simple and hopefully will be the best way to go.