Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[sadang]

@ T-1000
I followed for a while your posts, your thinking way, and in my opinion you understand deeper the free energy phenomenon. Anyway, I like how you think. Tell me please, did you make a single experiment wrt magnetic current? A single yes or no is enough. Thanks.

[T-1000]

@ T-1000
I followed for a while your posts, your thinking way, and in my opinion you understand deeper the free energy phenomenon. Anyway, I like how you think. Tell me please, did you make a single experiment wrt magnetic current? A single yes or no is enough. Thanks.

Nope, this is another huge area to work with. Especially with oscillating scalar magnetic field...

[TEKTRON]

where to find 30uF 350v AC capacitor to test  semenihin-77  circuit ?[/size]

http://www.mouser.com/Passive-Components/Capacitors/Film-Capacitors/AC-Motor-Film-Capacitors/_/N-7c97iZscv7?P=1z0wqru&Keyword=run&FS=True&SAP=true?cm_mmc=google-_-ppc-_-americas-_-Passives&gclid=CLPAwKmv0K8CFQJdhwod7EytFQ

There are cheaper sources, like Ebay:http://www.ebay.com/sch/i.html?_from=R40&_trksid=p5197.m570.l1313&_nkw=30uf+run&_sacat=See-All-Categories

[wattsup]

@jbignes5

Yes I know that document and this is one way i want to "slowly" approach this but I also wanted to find an electronic method. But more and more I think the magamp method to drive the flyback will be the only real way and this is why I have integrated a toroid with four coils, two primaries and two secondaries. So this will give me a good room to check out mixes.

I have alot more to say but do not want to babble on endlessly.

@ronotte

I have some 4N37 optos and just got some 6N137 plus some more IRF840.

I just blew a IRF7307. I have 9 left. lol But soldering these SO-8 format is a real pain.

I will try your other circuit as I now have the opto. But I really wanted to get the one working of your circuit I posted before and am posting again in larger view. My question is about the capacitors. My 10uf is a polarized cap with the arrow pointing to terminal 7-8 on the IRF7307. But my 0.1 cap is a non-polarized. I just got some polarized 0.1uf rated at 63V so do you think this one is better. My 10k resistor is 1 watt rated.

Now please look again at the photo below and see at TB-1 pin 4 is not identified to where it goes. From your last post, do I understand that my 12vdc feed positive should go there?

On the same circuit below, pins 2-4 of the IRF7307 receives the frequency generator positive signal and from the complete diagram I see that the signal  generator negative is going to the power supply negative? So if this is the case, then how is this isolating the signal generator from the drive since the negatives are still together and this can still produce some bad effects for the signal generator?

I realize that the ECD circuit was to drive the mobius loop in the frequencies and the mobius coils and loops is doing some crazy turnarounds. I also remember that when @otto was pulsing his ECD, his DC power supply volts and amp meters would go haywire. i saw this happen also before my power supply blew.

So maybe this circuit is not the best alternative for me to run with a battery supply.

wattsup

[ronotte]

Hi wattsup,
Yes I know soldering SOT8 case is hard: I provided myself a used x12 stero scope (ebay). I try now to answer your questions, but remember that in this case you are bound to use square waves only:
1 - Both your opto couplers are good for your purposes.
2 - The 10uF cap is normally polarized.  The 0.1uF must be non polarized as its a standard ceramic for bypassing high freq. All resistors 1/4W are Ok
3 - On your re-named pic the TB1 pin 4 is the common ground connection. The +12V per your pic is used only to power the IRF7307 You could use the same supply as per the test coil...but its hard to have there a clean voltage due to heavvy transients noise...
4 - The TB1 pin 3 is to be connected to test coil; the coil's other side must be connected (and bypassed) to +V
5 - TB1pin 2.  is used to feed in the input signal (respect to common ground).

The referred circuit DOES NOT PROVIDE FOR ANY ISOLATION. As you see all is directly interconnected hence there is danger if you use the HP gen to provide the input
That is the reason I posted the MODIFIED circuit INCLUDING the opto coupler: just to allow the input generator protection. I repost here that circuit.
NEW TB-1 pinout:
TB1-1 here you connect your Test coil. The other side of the coil MUST be bypassed with a standard at least 4000uF/60V electrolytic cap and paralleled with a 0.1uF/60V ceramic to shunt high freq spikes. You cold do better inserting in series a small toroid with few turns...
TB1-2 (+11V isolated) This is for IRF7303 & 6N137 supply. It must be floating and his isolated GND is found on TB1-6
TB1 - 3  this is the + side of your square wave generator (set to 50 Ohm output mpedance and waveform referred to 0.
TB1 - 4 this is the return wire (GND) of your generator. Please consider that I've put a 270 Ohm resistor to limit the current into the opto diode and you should put at least 3 - 5 V from your generator
TB1 - 5 is optional, it does bypass the opto coupler and use your generator directly to drive the IRF7303 (you have to remove the opto coupler as well)
I strongly advise you do not use the ECD driver circuit (without the opto couplers) as it is prone to be zapped by the extra voltage/current rising from coil pulsing.
NOTE:
- I used the opto isolated version to drive the pulsed 3 & 6KV generators needed for Spherics3D TPU experiments....none failures.
- I still suggest to use standard sinusoidal approach as the one I've already posted.
Ciao
Roberto