Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[jbignes5]

Sorry about the link Stivep. I have an account this archive .org and I had not thought about others having access to the link I posted.




@wattsup:


That is a very intersting observation. The plate they are mounted on is grounded to the transformers core. Two of which are indeed in parallel and not serial connected. You are right that is not a diode bridge but a transient suppressor like you stated. Hmmm.. So is he waiting for the pulse to get big enough then dumping it to the core of that transformer? That would energize the whole transformer very quickly then. When you parallel them they double the strength of that resistance or reverse biasing. Those look to be 20-40 amp versions of that kind of diode. They are common diodes for power rectification. They commonly have different colored dielectrics inside of them and that is the blue and purple colors there around the cathode.


So that is a three way reverse transient protection system to ground. hmm...

[Zeitmaschine]

I need some help understanding the 2004 full wave bridge rectifier. I put an image grab of the rectifier plus a diagram of a standard FWBR as an inset. I would be curious to know where the points of the inset diagram are actually on the 2004 fwbr. Seems to me something is not right there but I could be wrong.

Here is a quote from wiki on Zener diodes. Notice where they mention "Zener and switching diodes are connected in series".

So the idea is these TK diodes are not ordinary diodes suitable for bridge rectifiers but Zener diodes, or even mixed?

A Zener diode conducts in one direction like a standard diode, in the other direction it conducts only above a certain voltage level. That means if the output voltage of the transformer stays below this threshold voltage nothing happens, it works like a normal bridge rectifier. But if the output voltage is higher than the threshold of the diode then the diode conducts also in reverse direction. In other words the rectifier creates a short circuit on the transformer. Since the voltage output of a transformer is (normally) sine wave the Zener diodes rectify the low voltage component of the wave and shortcuts the higher voltage component (it cuts the top of the sine wave).

OK, either this will generate Free Energy or Free Fireworks. Who wants to try it?

[jbignes5]

 How did you get that diagram??
...__I__        I         I
__D__D____D____D_______


The horizontal lines are metal connections, The D=diode, I=cathode.


All are parallel ground connection. The left had two diodes in my drawing and on the plate in the picture are bridged parallel diodes. The two other diodes are single diodes. It's called a common ground shunt. In this case two are for lower transient level then the parallel bridged connected diode.


The plate is connected to the body of the transformer shunting transients into the body of the transformer enhancing the voltage of the core. This also enhances the output of the transformer by biasing the output by the transient voltage levels.


At least this is what it looks like.


How did you get the what you drew from the picture.. It doesn't even look close.. You can think of it as a Y connection typically used in Motors. Or it could be a dual connection like an avramenko plug just as well.

The arrows are wires or suspected wires. The transformer is to the right that is connected to the plate by bolt. The metal can is to the right and you can see the metal tab upper right and all the wires going in to the can. It looks like a cap capacitor under the plate on the right of the plate.

There is more to this picture but it is hard to tell from the bad quality of the video.

[Zeitmaschine]

Who says the diodes are mounted on a metallic plate? The plate could be made of plastics or bakelite, or any other suitable (heat-proof) insulating material. In this case it will also not create a short circuit when it touches the helical coil.

[a.king21]

Where the TK energy comes from:
His patent tells us. TK repeatedly motions the action. It is an infinity loop.
Consider this: His device only needs to produce .0000000000000000000000001 % excess energy for it to produce kilowatts.
How?  Because he loops it. So every iteration produces more input and more output till kilowatts are reached. Then he uses a spark gap across the load to prevent overload or runaway.
Keep it in mind. Stop looking for kilowatts. Look for .00000000000000000000001% excess energy and loop it.