Simple. A coil that is directly inducing to the other coil will produce 180deg shape. Now Put a Capacitor/or any form of Capacity(Coil) in series with the coil then induced this to the secondary coil. You see a phase shift of exactly 90deg..


Meow

Now knowing the above (that a, for phase shifts uncompensated current transformer (which it is i guess) is causing a
90 degr. phase shift (trailing = inductive)) we can re-analize the below screenshots of the Ruslan traces.

The bottom screenshot shows no Kacher aktive and a 90 degr. phase shift (trailing = inductive) of the moustache like current
in the bifilar inductor coil compared to the voltage in the grenade coil, which now means that the real voltage and current
were in phase suggesting resonance.
However as we are looking at current and voltage in 2 different coils i don't know if that is really the case (resonance).

The top screenshot shows the activated Kacher and we see the current and the voltage now have a phase shift of 180 degr.,
meaning the real current is lagging the voltage by 90 degr. (inductive).

So somehow the Kacher causes the Grenade voltage to shift 90 degr. compared to the bifilar inductor current (most likely), or the
Kacher causes the bifilar inductor current to shift 90 degr. (less likely).

Any suggestions how that is possible?

Regards Itsu

Hi guyz
did you guyz check out my last post? I think it's important material,
I'm uploading some of my own and with some interesting findings.

It's all about Ruslan's latest Device but also a twist of Vasmus device.
Nick check it out, my last post
http://www.overunity.com/12736/kapanadze-cousin-dally-free-energy/msg425285/#msg425285

Hi Geo. It is not unusual for a capacitor of that size charged to a high voltage to
be able to flash a light bulb. The capacitor discharges into a fairly low resistance (light bulb)
with a very high current pulse. You can flash the bulb once a second or so
and that is not unusual at all because this slow discharge rate gives the capacitor time to charge
up in between discharges through the bulb. The problem is capacitors of 1 or 2 uF don't
charge really fast to a high voltage unless you have a lot of current available
to charge them. So we can easily charge the cap up in say one second or so without any
problem, but to deliver lots of power out to power a few light bulbs continuously is another story. You would
need to charge the capacitor up say about 1000 faster or so than it normally charges. That
is where the problem lies with this approach. I am not saying that Ruslan couldn't have found some way to
do this, but just pointing out that seeing a flashing light bulb when manually discharging the cap at a slow
repetition rate in this configuration is normal
All the best...

    Vacio dos relés

Hi ismael_34. Ok, thanks. You think that they are relays in both boxes.
That could be what they are. If they are relays, then it really raises the
question of what those relays are for...........
All the best... 

 voip


  dos relés se utilizan para alimentar los circuitos push-pull y Kacher y tal vez la alimentación del ventilador y el poder
también es posible que se alimenta de nuevo a la derecha a través de la interecutor stop motion

Hi ismael_34. Ok, thanks. You think that they are relays in both boxes.
That could be what they are. If they are relays, then it really raises the
question of what those relays are for...........
All the best...

That relay is for the top buttons on the lid of the box.
 

  Geo:
   Yes, thanks. I watched his videos twice now.
   It reminds me of what I did on your RMG replication. When I connected a feed back coil that was wound on top of the long RMG coil. Then rectified and filtered it's output and feed it back to the input. The results were that the bulbs were much brighter.  The difference really surprised me. Almost enough to self run, even without the kacher circuit. Like almost pregnant, ha ha.
 
   So, how are you making out lately???

   I'm still trying to get my Kacher/grenade combo working right. I need to get some new transistors for the Kacher, as the ones that I have are not working for me.
  Also waiting to see Mag's results with the mosfet driven Kacher design.
I might have a go at trying to get my Kacher working on fets, as well.  We'll see.

hi Nickz and everyone,

I have successfully completed this dual frequency tesla coil using inverting and non inverting mosfet driver TC4451&TC4452 for testing purpose.

I have attached a short movie base on 12volts battery with dual frequency input to tesla coil primary.

Since my old pe-assembled PWM generator is using SG3525 which can't handled higher than 400khz i would have to lower the resonance frequency of the tesla coil by inserting stack of toroids in the center to lower resonance of tesla coil to 255khz.

The one of the output from the mosfet driver is connected via 0.33uf capacitor to primary coil.
This time base of tesla coil is connected to Earth.

The output from the signal generator is fed to pin 9 of SG3525(Compensation) it's the pin 3 of TL494 (feedback) .This is the circuit screen capture from  Anapa More video as attached.

The frequency at signal generator is set at 1/2 the frequency of 255khz which is  127.5khz running at 95% duty and 5% off.This produce the best spark with loudest harmonics noise as heard in video.

You will notice later part of video the sound just disappear due to my pwm generator which is slowly drifting in frequency and i merely tune my signal generator which running at 1/2 the resonance to get the sound back.

Mosfet driver are not good for long term testing.But it survive the test with 1n4148 diode from pin 6,7 to gnd for both inverting and non inverting driver.

----------------------------------------------
This test revealed to me that tesla coil frequency can be fixed to kapanadze coil for good.But power output from tesla coil still need to be tuned via ferrite rod for maximum power output at fix frequency if it was not optimal.

Alternating current fed to primary coil produce better output at 12volts compared to single transistor design.

The base of tesla coil can be connected to earth directly or via diode which will make the system even more efficient.
-------------------------------------------------

Lastly fast pwm generator to output at least 1.8Mhz would need to be use or made to cater for dead-time between pulse.

Next stage to test the frequency capability of the mosfet driver if can handle at least 1.8Mhz.

Suitable transistor eg:2SC5200 with PNP transistor combination would need to be used which can handle high frequency.

Once the above circuit is assembled and completed.I am very sure the tesla coil would produce longer spark length for the same or less current used as compared to the existing design using single transistor.
 

Simple. A coil that is directly inducing to the other coil will produce 180deg shape. Now Put a Capacitor/or any form of Capacity(Coil) in series with the coil then induced this to the secondary coil. You see a phase shift of exactly 90deg..


Meow

Thanks stupify12,

i can follow that, but these "Capacitor/or any form of Capacity(Coil)" values are fixed, they should not change when activating the Kacher.
So the question really is why do we see a 90° phase shift when activating the Kacher?

Regards Itsu

Void: I agree. I've flashed a  bulb lots of times and don't even bother reporting the results
 for the reasons you have stated.
I operate all my devices from a battery and then loop back.
To prevent a short circuit I sometimes charge a second battery instead of looping back.
It's imperfect, but it gives me some idea whether a particular experiment is worth pursuing
or not.