Kapanadze Cousin - DALLY FREE ENERGY

[Dog-One]

Can anyone confirm the correct wire size to use for the Tesla secondary?   Is AWG 21 (0.72mm) the consensus?  I just ordered some, because the AWG 24 (0.51mm) wire I have just seems real weak.  I can get the voltage, but when I attach it to the antenna, it seems like it loads everything down way too much.

[T-1000]

So here are some shots of what gating looks like:  1.78MHz inside a 17.8KHz sync pulse.

The top (yellow) trace is the gating signal to the MOSFET driver.  I set the pulse width to grab approximately 11 full cycles.  It will be nice when T-1000 gets back and mentions just how wide this should be.  My thinking is only as wide as necessary; anything that doesn't add power to the system is wasted.  Plus the shorter, the cooler the gate driver and MOSFET run.

The bottom (blue) trace is just a looped probe near the illuminated CFL and antenna.  I can't explain the crazy signal there--seems to me it contains a whole boatload of harmonics.

Interesting,

By the looking of bottom trace it seems you got very high frequency it wants to oscillate on. You get all these noisy signals when frequency you are giving does not match natural frequency.  It goes on free oscillation and if you zoom in bottom signal then measure time difference between two neighbour peaks then it will give frequency the system has resonance on.

Also what signal do you get out of grenade coil with ground wire attached? And any signal going to the ground? With scope shots from there it should give more clues for what is happening...

P.S> For Tesla coil driver at least from my bench it was most effective to have duty cycle <30% between optimal signal strength and current draw.

[AlienGrey]

T1000

look at dog's so called square wave it's not 50/ 50 he needs to sort that out as half wave peeks are crashing on sync. Dog needs to look at how he is driving his Mos Fets and with what ?

Also does gap on Tesla coil to grenade matter or what should it be  Please ? as don't want to be in dead zone or over lap the wave

[John.K1]

If we understand the principle how it works, we do not need to ask many questions.
I personally would forget about some "magnetism" or scalar waves etc. The principle of the device appears to me not as much complex.
HV potential electric field around the coils, which we need to somehow to accelerate. To describe what I think I will use SM words from his letters:

[Tomtech29]

 
Dog -one seems to me that the wire of 0.8 mm umnie checks for 9 centimeters length of the coil is 1.7Mhz
thanks for the image of the course However, I have some questions you have a pulse packet controlled by what chip?
The above scheme does not regulate packages

AlienGrey I compared these parts:R2?,R1?,C1?,P1?,D1?,P2?,C2?,
-yellow amplitude is a generator 15kHz 50%? enters the LM393 on (3) or as it is in another example, or there is also the small ferrite?
-where is the blue control?
-and from which we output pin?