Kapanadze Cousin - DALLY FREE ENERGY

[John.K1]

Hi Nick,

In the video I can see the Kacher,  similar to I have. It works fine. No problem here. The thing is, you can't easy tune Kacher. For this reason Ruslan swapped to  the TL based oscillator. He still says you can use kacher if you find the way how to synchronize it with the push pull.   Personally I am thinking to use my board with three 8x dividers  and power Mosfets I used for SM TPU experiment. The advantage would be here I can better time a pauses (to give it a chance to suck the energy from the surroundings).

In the matter of push-pull - I tried it once with small bulb when I made the device an half year ago. Than I couldn't tune my grounded coils so I putted the device aside and I didn't touch it till last week   I will tell you when I will have my coils tuned and than I will play with the Push-Pull.

[MenofFather]

Hi Menof,

I do not understand you now.  I mean what oscillator to use for the Tesla coil (for its primary).

Need use osciliator, who is sinchronisated with push pull and put boxes of pulses to tesla coil primary coil and Tesla coil resonance must be 100 times biger frenquency, than pus pull frenquency and resoananse. And tesla coil must be in resonance. That is not easy made. For beginers, they can try made with kacher, then kacher is always running and automatic have resonance. For exampla if push pull frequncy is ajusted to 15 kiloherc and here is series resonance, then kacher frenquency must be ajusted to 1500 kiloherc. Schematic maybe can be something like that http://realstrannik.ru/media/kunena/attachments/3866/schema400WRoman.png Only if you use kacher when you must run it from not 56 volts, but from 12- 24 volts.

Push-Pull runs the second frequency (1/100 of my Tesla frequency)  My Tesla will be tuned to around 1.36MHz. it is the frequency at which I end up with the coils connected to the ground. So there shouldn't be big mismatch (or can we say matching an impedance? )

Ruslan say, that push pull frenquency and Tesla coil frenquency must be 1 to 100. If push pull 15.000 kiloherc, then Tesla coil must be 1.500 megaherc. Exatly that frenquency and Teesla coil must work turn, on, turn off, must be packages of working Tesla coil. In Ruslan divice in package is in generator of packages 19-20 pulses. And then need move that pulses to than side and to other and finding best position, were curent on trifilar 20 meters (acording schematic) is strongly rise, then secondary (40 meters) not conected anywere.

[Dog-One]

Question for those of you that may offer some insight...

The original Tesla coil was composed of four main parts:  Primary, secondary, extra coil and top load.

Here's my thought...

Suppose we used a simple free running flyback transformer circuit, driven to as high a frequency as can be expected or at least a harmonic of the 1:100 frequency.  Add an enable so it can be cut-on/cut-off relatively easy.  One can use a 74HC221 to create a delay and burst time.  Input to this chip comes from one leg of the push-pull; output goes to the flyback circuit--this will be our synchronization.  From the high voltage flyback transformer output, we connect to exciter coil for the Ruslan device.  The tuned exciter coil now becomes the Tesla extra coil.  This should give us the high voltage we need as well as the tuned resonant frequency provided the coil we wind is 1/2 or 1/4 the physical wire length of the grenade coil.

Can anyone speculate as to whether this would be effective?

The reason I'm proposing this is because with the relatively few number of turns this exciter coil has, the input voltage has to be quite high to even get a fluorescent tube to light up.  Even with 200+ volts on the four turn primary, my CFL just barely flickers.  Ruslan states the high voltage conditions needed should easily illuminate to full brightness a CFL laying on the table next to the antenna--I'm probably 1 to 2 orders of magnitude away from that.  I'm estimating I need between 1000 and 5000 volts on the primary which is too high for typical switching transistors.

[AlienGrey]

Dog1 and all, sorry to be a pain but do read the F manual  RTFN (Tesla info on the net and ruslan interpritation. the tesla coil is 1/4 wave to get the voltage up to dump on the current pulse, if it was full wave it would be 6 Mhz but the turns would give little volts, also it has to be bang on!, the 1 to 10 or 1 to 100,devide, it's because it has to be in resonance do you understand what i'm saying ! Ruslan gets it to work cus he sticks to the rules. Just understand what he is telling us.

[John.K1]

Alien,
That's exactly what I understand. Basically very simple principle. I also understand the two frequencies should have slightly phase shift.

Dog:   not sure what's wrong with your Tesla , but my previous build  illuminates CLF brightly in distance.  The only problem I remember I had it was heat on my transistor. I do not like it. I think the transistor has too big resistance or is not properly closing and stays partially open? Need to tweak with your help such sort of things too.