Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[verpies]

Once the user Osiakosia measures the resistance and inductance/permeability of the original ferrite, you will be able to see how similar your ferrite is to the original.

If these differences are not great and no other hidden properties determine the suitability of the original ferrite, then yours just might work.

Because your ferrite is larger than the original and most likely has higher permeability, expect lower LC resonance frequencies (lower is easier to work with)

[NickZ]

  @ Verpies:
   Thank you for your interest and your reply. I will keep that in mind, and await the results of the test readings.  Any other advice anyone may have is most welcome, as I too am very interested in pursuing this project, but do not have all the test instruments that may be needed.  I would still be willing to take a stab at it though.
                                     NickZ

[philm]

Hello everyone,

Sorry for going dark for a bit but I have been a little busy lately. I am still building my device in case anyone is wondering

Recently, I was able to get my ferrite yoke cut in half. I did it on a wet saw which is also used to cut ceramic tile (in case anyone was wondering). Took me a while to find a place that had a wet saw that I could use but I eventually went to Home Depot and was able to use one of their machines.

After getting the yoke cut, I went on to make the copper strip. The strip width is 0.787 in on both sides and there is a little strip of copper (also with a width of 0.787) connecting the two together. You should be able to see where it is in the pictures as there will be a bump in the tape. Also, there are tabs extending from the copper so that it is much easier for me to clip on alligator clips to the copper. For the tape, I used black electrical tape. I should also note that before I put taped up the copper strip, I placed a layer of the electrical tape onto the ferrite yoke. Essentially, the copper strip is sandwiched between two layers of tape.

I plan on winding the coils onto the yoke today. Hopefully, I will finish the primary coils today.

(Also, sorry about how big the picture size was on my last post to anyone who has a slow internet connect. I didn't realize that my picture was going to be that big. I re sized these pictures so that they are much smaller compared to the originals.)

[verpies]

After getting the yoke cut, I went on to make the copper strip. The strip width is 0.787 in on both sides and there is a little strip of copper (also with a width of 0.787) connecting the two together. You should be able to see where it is in the pictures as there will be a bump in the tape.

Please note that your copper strips are on the conical part of the ferrite.
The inventors of the device put the copper strips on the cylindrical part of the ferrite, where the strips can be parallel to each other. (slightly away from the edge, too)

[4q]

@all: Let me put an important question: whether the ferrite core saturated by the HV impuse or not or just the operating point moved to the strongly nonlinear range on the BH curve?
Thanks.