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Overunity Machines Forum



Kapanadze Cousin - DALLY FREE ENERGY

Started by 27Bubba, September 18, 2012, 02:17:22 PM

Previous topic - Next topic

0 Members and 134 Guests are viewing this topic.

itsu


I thought i take a shortcut and instead of unwinding my grenade to install a "single turn tesla secondary like coil" as first on the former, i left the grenade
(layers 1,2 CW, layers 3,4 and 5,6 CCW) as it was and put the "single turn tesla secondary like coil" over the exposed part of the layers 1,2, see picture 1

Then i put the shorted coax cable around this, see picture 2 and finishing it of with a 3 layers bifilar inductor coil, see picture 3.

I tuned the single turn tesla secondary like coil with some capacitors as high as it would go which was 12.5KHz (1nF cap; going lower in value does not increase the frequency anymore).

It tuned the inductor to this same 12.5KHz with a 0.47uF capacitor in series.

But the results are not very promising, very low output on the grenade (load a 40W bulb) around 49V dc.

Activating the nano-pulser shows again a minimum pulse ontop of the grenade voltage/current and even lowers the output voltage to about 40V dc,
see screenshot where i measure the AC voltage (yellow) on the grenade before the FWBR and the current (200mA/div).

Moving the nano-pulse across the voltage/current range (±90°) gives only 2 spots where the bulb fluctuates which is on top of the voltage and at the zero crossing of the voltage.


Well,  guess i have to go all the way and unwind the grenade.


Itsu

AlienGrey

Tomtech 29 yes I have a layout for the original device that was published some time back but this one you have put up is a newer version How is it possible to send you the lay out ?

I have not tried running the device on a unit but all the signals are available on the unit, ;) but have I got to start again on version 3 ?

Jeg

Nice job Tomtech, thanks for sharing.

Itsu, it seems like your nanopulser can not give rise to the right frequency. I think that varying pulse's width is important.

Guys I 'd like to amplify my fg's output voltage for frequencies 5-9Mhz. Is that possible with simple means? Its default output is 20V pk-pk. Can I take it up to 100V? I don't care about current. Few mA are enough. Do you find it a good idea to drive a 5200 transistor? Instead of a coil at its collector i will use a resistance.


MenofFather

Quote from: Jeg on May 07, 2016, 04:22:02 PM

Guys I 'd like to amplify my fg's output voltage for frequencies 5-9Mhz. Is that possible with simple means? Its default output is 20V pk-pk. Can I take it up to 100V? I don't care about current. Few mA are enough. Do you find it a good idea to drive a 5200 transistor? Instead of a coil at its collector i will use a resistance.
You want run kacher on 5-9 megaherc? If yes, then you can do it. Only need higher voltage  for primary coil, about 50-100 volts, if you want get not week power on output.

Jeg

Quote from: MenofFather on May 08, 2016, 02:54:41 AM
You want run kacher on 5-9 megaherc? If yes, then you can do it. Only need higher voltage  for primary coil, about 50-100 volts, if you want get not week power on output.

Wow Menof! I couldn't imagine that i can go so high with a Katcher! I will definately try it as i find some very nice peaks at those frequencies when tuning. Thanks man

In the meanwhile i designed a simple common emitter voltage amplifier using SC5200. I will supply it with 150Vdc. My intention is to amplify the voltage of my FG for using it straight to my antenna for tuning purposes. But it will be also a tool for my bench.

I assumed that i won't need higher amperage than 15mA at my collector. What do you think about that guys? Please take a look to my calculations. Do you notice any mistake? In addition what values would you use for C1 and C3? My target freqs are between 4 and 10Mhz.

Thanks Jeg