Check Mate Tariel.

Did I mention that my TC pictured above has a MOT-DC primary supply ...

Now we know.
I am curious, what is the preferable Len/Dia ratio of your TC secondary winding ...and why?

Check Mate Tariel.

  How come?

Perhaps you'll enjoy this clip then from the plasma play labs. I get a filament inside a bulb to spin fairly reliably using a Tesla coil "field".

Bring permanent magnets close to the bulb for even more plasma fun...

Hi guys 

magpwr:
Nicee, yes I have done similar tests with my 12 to 48 VoltDC tesla coil with the same plasma (hot) coming out , I think it's very efficient using a large suspended Aerial plate to collect and charge more static radiant on the surface of the metal and the bulb will increase brightness btw where he hold's the bulb is actually grounding for the bulb light up ( human grounding for what he is doing)
I have even let sometime a remote controlled drone work on it while placing a large circular aluminium foil band around it to collect energy and it will fly near the tesla coil, it is totaly powered by it, using the zeners or germanium diodes.
I think I should up load a bit of that material too hehe.
As for CFLS, on 36 volts tesla coil, I managed to light up 600watts worth of CFL ( gues could light up more ) and fully bright.when close by.

The tesla coil with the boiling water in test tube is an interesting idea , make me wonder if I could produce HHO with it somehow. Thnx for the links


Farmhand:
the Plasmneto effect is awesome  , I had a bulb that did something similair to that, but had one that also imitated as a solar flare, it's wicked and how to control the flares inside.
But the effect you have shown is awesome yet funny for the spinning of the filament inside hehe.
Yes those arcs are very hot, haha been there too, holding a 7 watt bulb and it burned holes in the glass!! finally I could relate some of my experiences 
 I used one smaller tesla coil to output a high plasma burst out on 48 volts to cut thick plastic for the test of intensity of the heat. It is not a toy at all, very hot. would smell the burned skin if you even dare to touch it for a while, nothing compare with a sparking gap tesla coil as what I have experimented with and is ok while touching as we see (= but it's because of the HF oscillations that makes it hot. same here all batteries here hehe


Nickz:

Hi there, I see you progress with the RMG replication 
Great job man, about 660 watts not bad it shows potential.
Alteast it lights those up to show it can, now to step up the frequency and caps for better resonance match.
I will be somehow attaching  e 555 frequency module or better. To the mosfet circuit to try to tune the resonance see if there can be a better resonance.

Btw something I wanted to point out, on my RMG aire core with ferrite, the Exciter coil, thick copper wire is a bit streched of the output coils, because it outputs more when it's somehow equally spread with a certain distance over the coils.
Try it with your RMG, while the circuit is running, try to displace the coil over the coils, You might see increase in brightness and voltage.
But awesome job  , you managed to make it work with the CRT tv  ferrite yoke, is the first.
I will make some pics for you again for the caps that I have at close up.
Btw try to connect other transformers to the  coils see what it does.
and try to put higher input voltages too when you are ready, maybe till 24 volts, but be careful 


Cheerz~!

Hi guyz 

  Nick:
Yes true that, that is the most important part on the RMG circuit at the beginning , the amount of turns on coiling and the proper tuning caps to be using.
Well, the feedback part needs a good cap of a few Farrads capacitance and a rectifier for sure for it to function without batteries.
and yes, proper extraction coils from the HF oscillations and rectifying it.
Oh yea , your circuit accepted the output quite great for sure , but what is needed is something similar to hold charge of amps such as a capacitor right after rectifier to able to let it run on it's own.
I'll make some pics or gather some for you to see what is needed, yet again I will make some close up pics for you of all my caps being used.

But as I begin to realise, by modding the mosfet circuit with a Frequency adjuster  that can go around from 0 ~1 ~ 30mhz atleast , to able to see where I can increase the output while trying to tune it that way too.
So It might seem to be tuning this circuit multi ways when that comes into place .
 
About the SR 193 coil test, it worked with 2 mosfets, IRF34N, yet very fragile to tune too in my experience, but I realized that maybe the Flyback part that SR was using should be AC output and not of the standart flybacks output that are rectified to DC found in TV's I gues, that might make a difference.
But I held It aside sins busy on the other almost finish projects such as the motor with magnet core, and soon to get some new batteries so we can work together again on the RMG . Still have alot to show.

Oh yes that is for sure! No shocks and arcs that seem to be deadly. even my bifilar that produces of to 240~300Volts doesnt shock but outputs alot.
haha, yea the way it works is quite awesome and interesting, understanding that it uses ferrite acoustics  to manage it's resonance and power, so it might be the acoustic effect that makes this AC non shocking and doesn't influence other electronics. Same thing goes for Akula's Ferrite yoke.


   Grum:
(Wonder if Grum continues on his akula's first free energy device),
You were so close to replicating it fully Grum, guesing you will need a inverter of 220 to give it a try, I think that is what you miss .
when I'm done I would like to try that on also see how it goes.


Cheerz~

  The whole point of the RMG device is to make it into a self runner. Not just a noisy (ringing), overheating, fairly inefficient inverted.
 The need for big car batteries, may not be an important consideration. As the goal is to use a battery (or capacitor) only for starting the device.
   I feel that the mode of operation of the RMG device is quite clear. It's use of the twin mosfet flip-flop circuit, provides for the output power, which becomes dependent of the feed back path, for it to work in the self run mode.  Simple!  The tricky part is in the feed back circuit.
  I have noticed that by placing more bulbs on, like 5 or 6 100 watt bulbs, the mosfets don't heat up quite as much, as compared to just a single bulb, or two bulbs.  And that possibly by using higher frequency levels, tuned by filter caps, that the ringing noise may also become quieter, as well as less heat being emitted by the chokes, and rest of the components.

  It looks like Igor Moroz has not continued looking for a solution towards a working feed back path. Which may indicate that he is not getting any closer to that goal, at this time. Or that he does not have enough money to buy the capacitors that he mentioned are needed, for it to work properly.

  The SR 193 device does not to use big storage caps, or big batteries, nor does the Chubinidze device, which just uses a smaller electrolytic capacitor connected to a standard rectifier and step down transformer.

  Those that think that ALL these devices including the more resent Vasmus devices, are nothing but fakes, and not to be taken seriously....  just keep thinking that.    Time will tell....

``````````````````````
ji
hav u tried earth  to the cores

  Here is another video of my version of the RMG device.  This time I'm using an even older totally dead 12v, 7aH battery, to see if this junk battery that won't take a charge anymore would be charged to some degree by the device.  At first the light bulbs would not even light, but I left the battery connected to the RMG circuit by accident, and after a few minutes the bulbs started to light, all 6 bulbs, but very dimly. Then the light intensity started to improve and get brighter.
  Here is the link to that video, which I uploaded late last night:
  http://www.youtube.com/watch?v=kyIwj550Kjw