Kapanadze Cousin - DALLY FREE ENERGY

[TEKTRON]

   If the zeners  are burnt, they won't be doing their job of protecting from overvoltage or current.
Other guys have run this same circuit up to forty volts without overheating the fets, when using the 18v, 5 w zeners. I just can't obtain them here, yet.

WANT ME TO DROP SHIP YOU SOME?
http://www.mouser.com/ProductDetail/Central-Semiconductor/CZ5355B/?qs=sGAEpiMZZMs0JQbjv5Ir6gmU%2fv1mAlDY

[MenofFather]

Thanx 'accurate' makes sense.


http://realstrannik.ru/forum/39-kapanadze/134730-generatory-kapanadze-obshhaya-tema-2.html?start=3186#222905


some more comments from TOPRuslan... mostly makes sense but he says nothing is grounded except the output.... so how many 'grounds' are there then?  And interestingly enough on Dally seemed everything was tied to the ground point...


"Так вот в одной из коробок в моей установке слева стоит какраз блок питания с такой задержкой. "
"left is my setup kakraz(?) PSU with such a delay"




I see; he also removed the LC tank flywheel... so he's just got a drive coil, the bifilar counter wound coil and the coax...
and a small step-up tl494 in front of the original TL494 to raise that part 24V ... which explains the extra box

...


Ruslan is still uses the KT926; it is an obsolete part right? like they are no longer being produced?

[size=78%]kakraz is как раз (

[/size]just).
"[size=78%]so how many 'grounds' are there then?[/size][size=78%] " [/size]
[size=78%]One.[/size]
"[size=78%]Ruslan is still uses the KT926; it is an obsolete part right? like they are no longer being produced?"[/size]
[size=78%]Yes He use KT926, but he now seems say, that he use mosfet. Yes, then no longer beying producted. I almost shore, that you can replase it with NPN transitor, who have rating 15 amps, minimum 20 MHz and minimum 150 volts colector rating.[/size]
[size=78%]How I understand ground conected only to output bifilar coil and to inductor, how he calling. Like in Dally divice also only to output coil and L1 coil. Only diference, Dally use parallel resonance on L2, but ruslan use series seronance on L1. And L1 is wound latest, how I understand. [/size]

[MenofFather]

Here my suggestions, maybe for somebody need.

[Jeg]

Here my suggestions, maybe for somebody need.

You have to make each coil starting from the one which gives the low frequency, as to each cycle, North and South poles to be in the same coil end. Transformers have to just push or pull. Not push-pull as in alternating current..

See also Akula's drawing

[d3x0r]

You have to make each coil starting from the one which gives the low frequency, as to each cycle, North and South poles to be in the same coil end. Transformers have to just push or pull. Not push-pull as in alternating current..

See also Akula's drawing

Your additional dots are not nessicarily right; if I take a bifilar coil and short end-end and drive with ground/power at start-start, I can still pickup a signal to light up an LED with a smaller coil that's conventionally bifilar.... at a frequency that is the same as driving only 1 of the bifilar windings on the primary... although the inductance reading should be near 0.


primary is 134uH, and 134uH, and together they are 30uH (the meter doesn't really read below 14uH)  (30*4 is 120 which would be 2 coils in parallel?)


together resonance is at 3.1Mhz
driving one half or the other the frequency is 2.11Mhz 


so if you assumed that the coil was at 1/4 inductance because of 2 coils in parallel... then the frequency shouldn't be 2/3 (66%)


----
Edit: Another test... quad filar coil 2 used... 1 winding is 7.99 mH, another is 9.2mH, together they measure 800uH
Using 1 or the other or both they all make the pickup coil light at 2.1Mhz (but then definitely for these coils, it is really the resonance of the secondary that is dominant when getting the LED to light... (like no matter what i use for a primary, it ends up being a 2.1Mhz frequency... assuming the primary is low enough frequency itself... if it is too high of inductance, it can't respond fast enough to make a 2.1Mhz output... )