Kapanadze Cousin - DALLY FREE ENERGY

[itsu]

At the risc of being slightly off topic, i want to show you my experiments with coil shortening with a MOSFET.

I used the circuit as proposed by verpies some days ago and substituted the S2 switch for an IRF740 MOSFET.
After some modifications assisted by verpies, i have a workable setup, at least at 50Hz.

I drive this MOSFET with a seperate FG which is hand synced for the moment with the main FG driving the primary.

At 50Hz this is doable, and the shorted upper half sine wave is nicely visible together with a spike which drives up the voltage across the capacitor (doubles it).

Trying to use the transformer selfresonance frequency of 30Khz fails as the hand syncing is not workable.
Also the shortening pulse of the MOSFET is wider then the upper half of the sine wave even at 1% dc of the gate driving FG.

So i need some better syncing, and probably better (faster) gate driving.

Pictures:

initial diagram verpies
modified diagram
resulting effect of the shortening

Video: http://www.youtube.com/watch?v=CA9TkLdN3dY&feature=youtu.be

Regards Itsu

[d3x0r]

I know; I'm still a nobody, but that aside....


I've been playing with this LMD circuit as mentioned by Eric Dollard


Links included in description, but will provide copy at end... 

Eric Dollard video at start of talk about circuit in general




I had this connected originally through my dally transformer core with both tied together; worked pretty good.  Ended up after using that, then I didn't need that coil, and the original 12V drive was enough to get power out.

Testing 12V 0.43A direct to LED load that is a 12V load, the LEDs are unbearably bright, through this, they are lit, but not great.  It's a lossy system at the start.


At the risk of political mishap, I had been writing all this at Energetic Forum which has inline picture links for the schemtics without having to download them...

But the schematic evolution is shown there. 

I have now grounded the coil (video); this video is about the signals I'm seeing across one cell of the chain.

This ringback on the input side... if I attach a coil to a transformer, it disappears... if I add a coil to it, another cell either way, it still behaves this way....

Is this FM radio with a frequency increase?

I Would like to start a new thread on this.

I do think this has merit of akula/tiger/dally, and that maybe with all the grounds, there's something being driven backwards correctly.

[NickZ]

   Itsu, Grum,  and All:
   As some of you are now testing the coil shorting idea to see if some additional power can be obtain, here is a video that Ismael Aviso came up with on ambient power extraction, and also, to explain some of the hurdles that must be crossed. He is using mos-fets to trigger the shorting, and is explaining where some of the power is being lost in the process, so sometimes little useable current is actually gained. But, as he also can't tell everything involved, we are still not totally informed due to proprietary reasons. In any case I think that some of us will get something out of the video by Ismael.
It may also tie in with the previous video by Akula, as I see some similarities between them both, using the idea of electronic solid state coil shorting. Although the two modes of operating may be somewhat different, they also may have some similarities.
  Ismael Aviso:
  http://www.youtube.com/watch?v=rv7C7YOetDY
 
  TROS- Aviso coil shorting:
  http://www.youtube.com/watch?NR=1&feature=endscreen&v=vMAPrP3Q_kw

  So, the point is that I'm looking for more clues as to the what and how Akula has done what he is showing.
I'm practically sure now that this also has to do with what TK was doing, Daly, SR 193, and others. 

     NIckZ

[T-1000]

Video: http://www.youtube.com/watch?v=CA9TkLdN3dY&feature=youtu.be

Thanks Itsu, now here are two cases so this stuff can be taken step forward on understanding what is happening.

As I left in comment on your video, there is voltage rise at any point when you do shorting. Also the reistance needs to be very low to match mechanical switch resistance so there should be either multiple MOSFETs and diodes in paralel or differerent solution should be considered. The alternate option is to create negative resistance with very low power and much higher voltage with opposite polarity and that should do a trick. Also the frequency can be increased and used up to the point where current draw begins in main sine wave so there will be much more spikes. In resonance it usually may go up to 1/4 of sine wave.
In Romanov's videos there is resonance in series with high voltage injection in same way as I described several times in this thread already.

Hopefully you will not get tired with my rant and I would like to take you step by step in way of understanding of the processes with how I see self runners work at least in category where two signals are mixed..

[Сергей В.]

Itsunadze привет

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