Kapanadze Cousin - DALLY FREE ENERGY

[Tomtech29]

Hi.
"katushka, lampichka, ya"
in cases of women that would explain a lot!!! (good comparison)
Ha.ha (it is difficult to grasp how foreign languages)
-but you are correct that they themselves are struggling with this problem
well I'm here because inaudible bla bla (it's like the same thing)

[Tomtech29]

magpwr 
As I mentioned earlier I wanted to use that scheme: Akula /confirmed your understanding.
-quite disturbing is the method of controlling the driver Ir2111 a small change in voltage 1.5V row followed by the latch and one of the channel is fully open
so that you have the attention of these jumps When this happens we have a beautiful frying transistor!-yet it is not burned but will cast video as sparks jumping the heatsink

This small toroid of the operational amplifier It makes frequency is higher than expected to decide the lower and the switching inductor sets its own quite interesting as the beginning of the adventure with this type of "vibrator"
here is your invaluable knowledge in the subject system
in my ability I will try to solve this type of systems like this you help me
I think that we will have to perform push pull on the basis of two drivers,to be independent.
Now I see how big a problem arose with interference  from the yoke!
the scheme does not include any capacitor or varistor. Hmm
can something this suppression?

[magpwr]

magpwr 
As I mentioned earlier I wanted to use that scheme: Akula /confirmed your understanding.
-quite disturbing is the method of controlling the driver Ir2111 a small change in voltage 1.5V row followed by the latch and one of the channel is fully open
so that you have the attention of these jumps When this happens we have a beautiful frying transistor!-yet it is not burned but will cast video as sparks jumping the heatsink

This small toroid of the operational amplifier It makes frequency is higher than expected to decide the lower and the switching inductor sets its own quite interesting as the beginning of the adventure with this type of "vibrator"
here is your invaluable knowledge in the subject system
in my ability I will try to solve this type of systems like this you help me
I think that we will have to perform push pull on the basis of two drivers,to be independent.
Now I see how big a problem arose with interference  from the yoke!
the scheme does not include any capacitor or varistor. Hmm
can something this suppression?

hi Tomtech29,

Before the latest video was presented i noticed there was unwanted harmonics generated from the toroid eg:2000NM used for the center tap to (+).

The reason why i got a clean waveform on my video was because i am using nano crystalline core for the large and also the small white toroid with 2 turns.
Each turn on the small toroid gives me around 44uH.

I am not using yoke.But Geo fusion did mention we got to separate 2 yoke core half with an insulator eg:paper or etc.

But i have not tried with toroid colour code : blue or yellow/white.

I dislike using IRXXXX driver primary reason because it can't do 18volts or 20volts.This means that this driver chip is obsolete since it work with older generation of IGBT eg:50N6S2 which work nicely with 15volts.

But there are version of SIC Mosfet (900volts)or certain IGBT may work well with 15volts.

I am unable to advise any circuit of Akula myself being lost.All of Akula circuit was discussed before.


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Tomorrow i will continue setting up the Tesla Transponder coil with the interrupter circuit which the pulse can be made to appear on any part of the sine-wave.

Unfortunately sergey circuit does have a small limitation.I have now combine Oleg circuit with via a 1n5817 diode to  74hc132 nand gate oscillator+another nand gate to invert signal/buffer.

[Jeg]

Itsu
I have soldered my blue box circuit and tested it, up to the output of 74hc132. It works great with almost a whole cycle phase shifting (at 17KHz), and variable pulse width between 100ns-1μs. What a useful little board. Can't wait to put it in the game! Thanks 

[verpies]

I have soldered my blue box circuit and tested it, up to the output of 74hc132. It works great with almost a whole cycle phase shifting (at 17KHz), and variable pulse width between 100ns-1μs. What a useful little board. Can't wait to put it in the game! Thanks

When the frequency is varying, a fixed-delay does not maintain a constant phase offset.
A fixed-delay board, like yours, is useful only if the frequency is constant.

P.S.
Manually adjustable delay still qualifies as a fixed-delay.