Kapanadze Cousin - DALLY FREE ENERGY

[John.K1]

Just a funny thing. I am making new Tesla coil and I need it to resonate at 2.75MHz (similar project to ruslan's) . I use 0.4mm plastic insulated wire. The funny thing is as I am unwinding to make its self resonance of given frequency, it doesn't behave linear but rather by jumps. Funny but I can live with that. More funnier thing happen when with more wire unwind-ed my frequency jumped back to lover value, and that's something what annoys me. My coil is now pretty small and nearly useless as a Tesla magnifying coil

[NickZ]

  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. 

[verpies]

concerning the above quote in bold, are you refering to the below snubber details (see picture)?

I think he was referring to this schematic.

These orange windings are not really snubber windings because they do not convert the spike energy to heat but recover it back into the power supply, ...thus they rather deserve to be called "recovery windings".

[AlienGrey]

  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.

Nick
Your very critical, your altering the load and changing the phase out of lock while it compensates for the frequency and phase change, also cameras and video circuits have ambient light correction circuits 'iris' to stop people looking into burning bright light or the other extreme a candle up a railway tunnel. it's basic uni tech day one stuff,

Nothing in life is perfect, take it easy.
PS if your really looking at a bright light at the end of a tunnel, put in a good word for me please.

[NickZ]

  John.K1:
  What you are seeing with your short Kacher secondary coil, is similar to what I'm seeing as well. I had my best HV output from my Kacher at around 1.2Mhz, or so. With the 3mm streamer and intense HF burns. Not so, at the moment.
   There are better and worse frequencies that the Kacher likes to run at. But, those best running frequencies are not always where we need them to be, in order to properly sync with the induction circuit.   
  Notice how each one of Ruslan's Kacher coils, are different in each of the different videos. Now he is using the long secondary, and bigger several turns primary. Not the short secondary like before.