Confirmation of OU devices and claims

[seaad]

Input Watt

Peak! mA NB.  mA x 0.7  x  10 x 0.5 (50%)        10 Volt input in my case
                      in     RMS      V     duty c.

Output Watt

Peak! V NB.   V x 0.7 ^2 / 10 000     and times 1 output unit, or 8 output units
                  out  RMS sqr    Ohm

Arne

[a.king21]

Rick, AKing,

What is the difference between your setups and Itsu setup?


Thanks!

I have a tap on my coil at 180khz going down to 137 khz, so I run my set up at 137 khz so that the cheap Chinese frequency generators can be used.
I also  use the DSE to earth ground and loop back. Also insert coils inside the big coil to lower the input wattage on the gate driver.
I am  also in the process of tuning a 1/4 wave coil which is out by 1/2 a turn but still unexpectedly lights an led to brightness.
I noticed when Itsu used the relay coil his input went down and his output went up. So that is worth investigating.
As I have said before I have had  the gate driver voltage unaltered at input voltage for 3 hours whilst powering the load although the frequency gen was separately powered.
I am also using batteries on input to take advantage of the Heavyside component.
I would use a 1/4 wave wire to power the setup but they would be too long.  You need to be up in the 400 mhz range to get your wire lengths down to a few feet  (4 or 5 feet).
EDIT:  I also use ferrite inside the satellite coils to fine tune them for maximum magnetic output.
I also use a gauss meter to ensure the total magnetic output is increased by correct placement of Rx coils.  I place the gauss meter directly against all the coils and check the gauss both wth led on and off - so it's a give and take situation as every coil affects every other coil.

[NickZ]

I have a tap on my coil at 180hz going down to 137 khz, so I run my set up at 137 khz so that the cheap Chinese frequency generators can be used.
I also  use the DSE to earth ground and loop back. Also insert coils inside the big coil to lower the input wattage on the gate driver.
I am  also in the process of tuning a 1/4 wave coil which is out by 1/2 a turn but still unexpectedly lights an led to brightness.
I noticed when Itsu used the relay coil his input went down and his output went up. So that is worth investigating.
As I have said before I have had  the gate driver voltage unaltered at input voltage for 3 hours whilst powering the load although the frequency gen was separately powered.
I am also using batteries on input to take advantage of the Heavyside component.
I would use a 1/4 wave wire to power the setup but they would be too long.  You need to be up in the 400 mhz range to get your wire lengths down to a few feet  (4 or 5 feet).

   a.king:  Interesting that you placed the coils inside of the main coil. Can you show a video of your set up working?

[rickfriedrich]

Well, he shared the other day that he hasn't bothered to read what I have written and I returned the compliment.  So who knows? I looked at around 20 or more posts early on before I was writing on this forum a few weeks back and noticed too many mistakes and differences with what we were doing to have any hope that this would go anywhere. I've looked at a few videos and posts more recently and still found similar differences. However, I'm thinking he is trying some new things that may show him curiocities. Nevertheless, I can see that Itsu and G are not getting the basics yet of this. It still looks like G is just trying to find some kind of remote disproof of anything I may be saying and trying to confirm mainstream understanding of these things. So that is the difference. They are limiting themselves to mainstream understandings and using their own parts to try and accomplish something unknown to themselves. That could go on for years I suppose. It is really an attempt to confirm an unknown claim at this point. Just more of the same for these forums, where some mainstream "expert" is directing someone with no OU experience to try this and that and hopefully stumble across some interesting result (maybe with Itsu the hope of OU, and with G some greater efficiency). It has the appearance of trying to replicate something A.King posted, or what I have done, but there was only really a commitment from Itsu to deal with A.King. So he will have to share what he see's as the differences. He was very optimistic about Itsu with me, and that was why I looked at his early postings. But then I saw the problems and told him that there were no real grounds for this going anywhere under the circumstances. I can see years of the same sort of thing trying to replicate the eastern Europeans and being no better for that. That is unfortunate that so much time has been spent without any success. I couldn't imagine spending years of my time doing that with no success. As Mario wrote the other day, there comes a point where this is either going to work for you or it is time to move on to something else. This is why this weekend I'll be starting a new presentation that should help people from the ground up giving the principles of free energy in a very condensed format. That way you can understand what to know and do and what is mistaken and what not to do.

Rick, AKing,

What is the difference between your setups and Itsu setup?


Thanks!

[rickfriedrich]

That's a step in the right direction. You just have to confirm each part represents the real world as much as possible and the process is actually translatable. Once you have a basic framework in the real world that works for you, you can build off of that. Some things will not translate, like a battery responding. Some of the things we are doing with capacitors are not what people think and may not be translatable unless you know how to do that.

Hi
Have performed this test in the simulator LTspice XVII
I used the same coils as ITSU's but made the test at 200 kHz
with some minor adjustments of the capacitors values to maximise the output voltage.
A load resistor of 10 k-Ohm was chosen.
A resistor is inserted after the ideal square wave generator to simulate ITSU's gate driver impedanse somewhat. The switch SW can be closed
to use the ideal  gate driver (with exteme low impedanse).

Regards Arne