Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[dllabarre]

it changes his properties of magnetic field - i repeat again, put near ferrite setup a magnet and listen what you are hear with HV and without HV...

I turn on LV and when I add the magnet near the end of the ferrite WITHOUT HV it just increases the magnetic strength of my ferrite core. 

When I turn on HV I hear a high pitch sound - not very loud but I can detect it.
I turn HV on/off and I can hear/not hear the high pitch sound.
I have to put my ear close to the coil and listen closely but it is there.

DonL

[LtBolo]

The point is to feel the magnet buzzing, the stronger the buzz the closer you are to the correct frequency and or voltage and or spark gap. Just my interpretation.

I don't think it is that complicated. A high energy discharge sends an intense magnetic or electric or scalar or who-knows-what wave into the ferrite, which causes the ferrite to atomically resonate at whatever frequency the ferrite chooses. While resonating, the ferrite's permeability goes to nothing and refuses to pass a magnetic field, which causes a very sharp change from a super intense field due to the spark, to virtually nothing due to the resonant saturation. The result of that is a super intense pulse that appears to be concentrated at the center of the ferrite toroid.

It is becoming increasingly clear to me that the pulse is OU. The challenge is how to capture that energy and get it into usable form...so far everything just melts.

[nievesoliveras]

According to Don L it is recommended to use a step down transformer in order to use the energy after it pass through a full rectifier.

Look at the third schematic of the composition here:
http://www.overunity.com/index.php?topic=7679.msg259947#msg259947

Jesus

[broli]

I don't think it is that complicated. A high energy discharge sends an intense magnetic or electric or scalar or who-knows-what wave into the ferrite, which causes the ferrite to atomically resonate at whatever frequency the ferrite chooses. While resonating, the ferrite's permeability goes to nothing and refuses to pass a magnetic field, which causes a very sharp change from a super intense field due to the spark, to virtually nothing due to the resonant saturation. The result of that is a super intense pulse that appears to be concentrated at the center of the ferrite toroid.

It is becoming increasingly clear to me that the pulse is OU. The challenge is how to capture that energy and get it into usable form...so far everything just melts.

Yes but at that point you are already among the "lucky" ones. As quite a few people see no such effect when striking the ferrite with a HV coil. The ferrite doesn't react at all for them.

[LtBolo]

Lucky? No.

Everyone pretty much blew me off when I talked about the type and intensity of my spark. The quiet sparks every seems happy with don't give me that effect. You are ringing a bell...the clapper needs to be the proper size for the bell you are ringing.

It may be that with better understanding, the spark intensity can be reduced...but so far...loud spark, good results...quiet spark, no results. Take it for what it's worth.