Kapanadze Cousin - DALLY FREE ENERGY

[magpwr]

hi everyone,

Today i conducted an experiment base on a brainstorm i had while thinking about "harmonics" earlier in the day and also base on the values provided in the attached harmonics calculator.


Can anyone recall there was a old video from Akula where he show something to similar to what i did as attached.What i did was capture a waveform say 27khz and use it as reference for higher frequencies as an example.We can change 27khz to something close base on multilayer coil resonance.

My mind is little a rusty but i recall in that old video of Akula where he mentioned both waveform needs to be aligned as i have shown in green line base on attachment.


I have attached my screenshot with "Green line" drawn from top to bottom to show it's aligned.

This happens to be the harmonics of 27khz at 1.7Mhz,4.8Mhz.
Subharmonics of the higher frequency at 1.7Mhz,4.8Mhz to 27khz.


If anyone can help me find that old video of Akula which i now know it is actually referring to the subharmonics/harmonics of the frequency which he was trying to show at that time which needs to be aligned.


Please note this frequency is generated from my dual signal generator to obtain the waveform in the scope."Think of it as a dry run for the time being before commencing actual experiment"


"Please take note the "horizontal position is fixed(not touched)".I merely changed the voltage/div or time/div for the higher frequency or changed the vertical position."

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What i am trying to say is that resonance frequency your tesla coil example:1.7Mhz and resonance frequency of the multilayer coil example:27khz coil needs to be aligned using the green line as reference as shown in the attachment.

If multilayer coil and tesla coil do not match in subharmonics.Either tesla coil needs to be tuned or adding additional capacitor in parallel eg:0.47uf to 3 turns coil.

[Acca]

 Roman aka "Akula0083" latest video of his china power device, explanation of  power o-scope wave forma are very interesting "Itsu".. "h-waves" like yours and J.Bedini's.

https://www.youtube.com/watch?v=TtjlIkgLJ7M&list=UU2aHNMDJzRW7YDd145_Pa2w

Acca..[/font]

[NickZ]

  Itsu:
  The connection that I mentioned previously between the two yoke secondaries, and the ground can be seen in Akula's second video schematic, as well as in Ruslan's hand drawn diagram (below).
 
   All:
   Last night I connected up the yoke's output to my grenade coil. It did raise the voltage output to the bulbs, as compared to just running from the yoke core by itself.  So, Jeg, there is a purpose for the 25,25, turn resonator coil. I use 12.12 turns, instead. As going up to a higher turns count did not increase my output.
  Voltage goes substantially higher, once the 3 turn yoke coil with its 0.47uf cap is connected together with the 28 turn secondary, and the ground. Although I have not installed the 28 turn coil's frequency tuning caps yet. Should work better once I tune that part of the yoke secondary, with the grenade coils connected also.

   I got three 110v, 100w bulbs (total of 300w) lighting fairly brightly. But, my fets are getting way too hot, and I still don't know what more to do about it. As buying a new battery, building up a new Fet circuit using new fets and a new snubber circuit, making all soldered connections short and thick and well soldered, and connecting the yoke to the new grenade did not help to control overheating.
This  over heating issue seams to be somewhat dependent on the running frequencies. And, the fets will overheat even with NO bulbs connected to the circuit.
  Anyways, I'll get my Kacher circuit connected up today, and see what happens.

[Jeg]

   Last night I connected up the yoke's output to my grenade coil. It did raise the voltage output to the bulbs, as compared to just running from the yoke core by itself.  So, Jeg, there is a purpose for the 25,25, turn resonator coil. I use 12.12 turns, instead. As going up to a higher turns count did not increase my output.
  Voltage goes substantially higher, once the 3 turn yoke coil with its 0.47uf cap is connected together with the 28 turn secondary, and the ground. Although I have not installed the 28 turn coil's frequency tuning caps yet. Should work better once I tune that part of the yoke secondary, with the grenade coils connected also.

Nick thanks for the feedback. My setup is the last drawing of ruslan (or bruto's copy) with a tuning cap in parallel with the 28 turns and grenade. When this 28T circuit is tuned gives me a nice 50W full bright just by itself. When i tuned the 3T circuit at the same 27KHz, no full bright any more. I changed polarities, number of turns, and way of winding it, but still the same results. It stops only when i tune this 3T circuit to the high freq. component. Perhaps it was not a good idea to tune the 28T circuit. I'll do some tests more and i will proceed as i already described to see what will happen.

[Jeg]

Can anyone recall there was a old video from Akula where he show something to similar to what i did as attached.What i did was capture a waveform say 27khz and use it as reference for higher frequencies as an example.We can change 27khz to something close base on multilayer coil resonance.

It seems that i have missed this lesson! Thanks Mag