Kapanadze Cousin - DALLY FREE ENERGY

[magpwr]

Maybe I something missed, the induction heater test is without ferrite core, and we must adjust frequency to the ferrite cored one,
its hard to compare these thing, make good result for both ones!Yes this true everyone who not want lossing the time, need 'good' scope, with 2 or more probes (I just have pocket one with 1 probe)Also L/C meter is 2nd necessary thing, but these web L/C calculator working on base air core, if I good know, please correct me if not!And finnaly we speak (yoke) ferrite cored transformer, if I good remmeber on shematic was just 1 generator from 2 (or 3, I dont know),
and on this transformer was just 2 coil, primary cw+ccw middle tapped, and secondary usualy winded, and output goes to 2nd (so much mentioned multi layer) transformer where meets sinus and pin peaks impulses (if I good understood from posts/videos),
so Im now disordered, with your explanation, how meet primary coil with multi layered coil on one yoke? (if we speak Akulas/Dallys/Ruslans device)


regards zcsaba77

hi zcsaba77,

The online web "L/C formula" applies for ferrite or Air core inductor or other types of core.

My explanation is simple just solve the power for the primary coil first without creating the secondary coil yet.

If primary coil test failed and produced no heating effect for verifying "the strength of alternating magnetic field"  then please "do not proceed" with secondary coil which will only confuse you further.

[Void]

GeoFusion, thanks for the info on the frequency ranges.  I see which type of Akula circuit you have been working with now. I spent some time trying to analyze that circuit previously as well. I have to say I am confused about something here however. You are speaking about driving with impulses I believe, but it appears to me that the schematic you posted is a sinewave generator/driver, not an impulse generator. An impulse would be single pulses, typically either positive or negative going only, for the most part. By impulse width, I mean the width of the impulse (on time) in milliseconds, microseconds, or nanoseconds, as opposed to the frequency the pulses are being repeated at. 
For example:
http://www.microwavejournal.com/legacy_assets/FigureImg/AR_5165_Fig08_L.jpg

All the best...

[GeoFusion]

GeoFusion, thanks for the info on the frequency ranges.  I see which type of Akula circuit you have been working with now. I spent some time trying to analyze that circuit previously as well. I have to say I am confused about something here however. You are speaking about driving with impulses I believe, but it appears to me that the schematic you posted is a sinewave generator/driver, not an impulse generator. An impulse would be single pulses, typically either positive or negative going only, for the most part. By impulse width, I mean the width of the impulse (on time) in milliseconds, microseconds, or nanoseconds, as opposed to the frequency the pulses are being repeated at. 
For example:
http://www.microwavejournal.com/legacy_assets/FigureImg/AR_5165_Fig08_L.jpg

All the best...

Void:
No problem at all man. yes this is the particular circuit I am using now.
Yes it's sinewave driver, just like a ordinary Inverter must have to maintain output constant.
Well, to what I came to understand that the impulses are in nanoseconds, not so sure maybe I am wrong. But no Scoop here at home, only use scoop at a friend's. but could check it out.
Srry for the misunderstanding Void, but thank you for clarifying it to me.
But yes akula, mentioned and ruslan somewhere that these work more in the nanoseconds area impulse.
The method of driver like that is the key.

Cheerz~

[Void]

GoeFusion, thanks for the clarification on what you are doing and on Akula possibly using nanosecond pulses in some of his circuits. I'll have to review Akula's videos more closely when I get the chance.
All the best...

[NickZ]

   I tried to find which of the older Akula videos (previous to his first device), is showing his induction heater tests. But they may have been removed when he removed all his videos from his channel.
    In this video below, the guy may be talking about that same thing, but as I can't understand it, so maybe not. I don't think that test it's all that important in any case.
https://www.youtube.com/watch?v=wFwmL_KzxBE

  What I did at first, was to tune to maximize my Mazilli/yoke set up to produce the highest lumin output, (using 5 to 7 100w bulbs). Not to try to heat a wrench, with the device. Once I obtained the best output with the wire turns, and turning caps that I have on hand, then I tried to find the best HV pulser voltage/amperage/frequency to heterodyne the yoke core with. As I don't know if this would produce any benefit in the combined output, I just tried it to see what happens.

  Interesting to note that Geo, also, does not have a scope...