Confirmation of OU devices and claims

[partzman]

Seaad,   Gyula,


Thanks for the info,   lots to think about and harder to do :-)


I just wanted to show where the max. RF is on the big coil by using a little RF probe, see video and diagram.
Its on top of the coil inbetween the coil and the var. cap (unless i turn around the coil).


The magnetic field though is somewhat harder to pinpoint, as a satellite coil will show different values
depending how its positioned to the big coil, see video, so the drawing of Seaad above might not be thru.

Anyway, i tried that proposed setup and got some result, but not where Seaad drew it, see video.

Video here:  https://www.youtube.com/watch?v=rjiNoeyBLd0


More in the next days......


Itsu

Hi Itsu,

Nice video demo that creates curious info in a brief period. Congrats! 

I am curious if you have taken or see any input measurement change to the transmitting coil when the vertical satellite coil is positioned to enhance the output power in the two receivers?  If so, what are the results?

Regards,
Pm

[Jeg]

Rick

I'd like to ask about a bank of capacitors that I have, charging them through ''negative'' energy. The bank itself is of 20 milliFarads at 63Volts. The spikes across them are in the order of few KV. I see that it charges while dumping the input KV peaks down to safe levels for the dielectric. At least this is how it looks like. But is it true? I mean doesn't dielectric suffer due to all this sudden stress across the plates? Even if it looks that it charges smooth from zero to 50 volts, is it susceptible to inter-arcing between the plates? We know that this kind of waveshape sees differences in impedance even in distances of few cm away. What about a plate of an electrolytic cap of many meters long which in addition has also an inductance?? And finally what about charging 12V supercapacitors? Are they in danger for the same reason?

Thanks
Jeg

[rickfriedrich]

Haha, there are so many things you bring up here. I'll have to think about what is most important to address in this. What I have seen is people oversimplify capacitors and how to use them properly (and even neglect to condition them as I shared in the one video), and how to use them efficiently. I am finishing up a Benitez capacitor kit system which will probably end up addressing these things. There are misconceptions about capacitors, and there is also the same differences we find with mainstream theory and free energy research. Obviously mainstream would make Benitez first patent impossible, but it is not. Oh, another claim here.
Anyway, I'll think about responding specifically today.

Rick
I'd like to ask about a bank of capacitors that I have, charging them through ''negative'' energy. The bank itself is of 20 milliFarads at 63Volts. The spikes across them are in the order of few KV. I see that it charges while dumping the input KV peaks down to safe levels for the dielectric. At least this is how it looks like. But is it true? I mean doesn't dielectric suffer due to all this sudden stress across the plates? Even if it looks that it charges smooth from zero to 50 volts, is it susceptible to inter-arcing between the plates? We know that this kind of waveshape sees differences in impedance even in distances of few cm away. What about a plate of an electrolytic cap of many meters long which in addition has also an inductance?? And finally what about charging 12V supercapacitors? Are they in danger for the same reason?

Thanks
Jeg

[itsu]

I was wondering why the magnetic coupling between the big coil and a small coil is how it is, meaning why
is there a maximum in the middle when both coils are vertical and why is there a minimum in that same middle
when the small coil is horzontal?

I have drawn 3 coils, one big coil in the middle, and 2 small coils next to the big one, one vertical, one horizontal.

The big red letters represent strong fields, small letters less strong fields.


Could this be the reason?

Coils taken from: http://hyperphysics.phy-astr.gsu.edu/hbase/magnetic/solenoid.html

Itsu

[Jeg]

Itsu
Looks like one position traces voltage nodes/antinodes and the other position current. Nice tool!