Confirmation of OU devices and claims

[WhatIsIt]

ok, we are clear on the series/parallel issue.

Hi, Mario.

Now, when it is clear to you, can you draw how system looks like.
I've been trying to picture it from the words and it is not clear for me.
And it will remove confusion from the others, including me, about what are you exactly talking.

Thanks!

------------------------------

Rick,

As I said before, don't pay attention to attacking, which you did and I am glad, so now you speak normally without anger.
People who "attack" don't want to hurt you, it is just difference in view and opinion.
Lots of people here were mislead in the past, with 1000+ systems which did not work and they just wasted money and time chasing ghosts.
So, it is normal that lots of them have a hard time to believe again and ask for a prove, which is normal reaction.
You can not blame them for that.
That's why I need Hoopy and Itsu just as I need you.
I need someone to put me on the ground when I am lost and can not explain something.
It saves me a lot of time of benching in vain.

Hope you understand? No need to reply and make things worse! Just my opinion, which is right, no matter what you say or anybody else.


Good work!

[AlienGrey]

Have you been on here and seen this ?

https://www.youtube.com/watch?v=9Flj6i0zQ-7&feature=youtu.be

[WhatIsIt]

I saw this before.

I had subscription on Master Ivo's channel.
He is good and trying to connect the dots.
There is also Rick comment below, supporting Ivo's effort.

Nice

[a.king21]

Have you been on here and seen this ?

https://www.youtube.com/watch?v=1Flj1i0zQ-8&feature=youtu.be

It is worth studying:  Here is Rick's response to that video on the site.




Rick Friedrich[]1 month ago
Ivo, nice efforts. Of course this is not new and has been done in many ways over the years I've been around. What I want to point out is the context of the wrongly called Hairpin circuit. While the double capacitor arrangement is vastly important, which Don Smith used very successfully (even calling it the Don Smith Effect), this Tesla circuit was in the context of Impedance. So I have called it the Tesla Impedance Circuit. Notice the only point he was making: "IMPEDANCE PHENOMENA  Among the various current phenomena observed, perhaps the most interesting are those of impedance presented by conductors to currents varying at a rapid rate.  In my first paper before the American Institute of Electrical Engineers, I have described a few striking observations of this kind.  Thus I showed that when such currents or sudden discharges are passed through a thick metal bar there may be points on the bar only a few inches apart, which have a sufficient potential difference between them to maintain at bright incandescence an ordinary filament lamp. I have also described the curious behavior of rarefied gas surrounding a conductor, due to such sudden rushes of current." Notice it is the rate of change that is the essential thing (all circuits always in resonance as well). The faster the rate of change the higher the output you will get. Therefore I have used very fast gate drivers in my motor circuits and even in my resonance kit you can see the voltage on the transmitter climb from 250V with the frequency generator square wave to 1300V when we add the gate driver. Tesla said he was able to produce hundreds of millions of HP when discharging capacitors so suddenly. BTW, you can also add more than bifilar windings to the flat coils for even more gains. Key free energy points are Resonance, fast rate of change, high voltage, high frequency in open environments.

[popolibero]

Rick,


I don't want parts numbers, I want to understand the principle. I want to see a basic schematic, then I can understand how it's supposed to work. I find it confusing the way you present things. In b. Tesla has a series arrangement which is not in the one wire but parallel to it (longitudinal). Kron shows parallel arrangements, not in a one wire but between a potential source and each arrangement separated by a coil. What is your setup? I mean the one that is not perfect but works. Is it parallel or series? Series I have tried on the solid state SG output and can't see how it would work. Inserting a parallel arrangement instead is very easy to get tuned. Is this what you're doing? Although I can't see how you would get 0 voltage across a load. What do you see on the scope? Pulses? From the video I can't understand why it would show 0 volts. I know across a SERIES arrangement you read 0 volts, but a series arrangement doesn't seem to work on the SG output.
Please do not play the game of I know it all and you guys are never gonna find out. I've spent over 10 years of efforts, time, money and discipline in this quest and I'm sick and tired of people dangling the carrot in front of others. I was just about to quit it all and definitely, when I by accident stumbled upon this thread. I don't want to be spoon fed, I don't want a parts list. What do you want?? Do you REALLY want to share something or just amuse yourself watching us? Why not show a simple basic schematic with no values, just the principle, instead of dozens of long posts, do you want to teach us the method OR NOT? Do you want to change the world? I do, it's about time!


Mario