Confirmation of OU devices and claims

[a.king21]

1hour and 6 minutes in:    https://www.youtube.com/watch?v=GVnAU1FmCsg


More clarity on the Heavyside component by a certain person we all know about now.

[popolibero]

Hi Rick,


ok, I think it finally clicked. This is actually much easier than I thought and very similar to what I have tried countless times over the last years. I just had not understood that with series resonant setups there will be zero voltage across them, and thus is why kirchoff doesn't apply and why you can multiply many setups in series... It's resonance pure at its finest.
There is only one arrangement that gives you zero voltage across it, and as Bearden wrote in one of his papers describing the one wire: "...this i why Tesla so favored series resonance..."


Question: can the load (low impedance) be inserted directly in the middle of each series arrangement, or is a loosely coupled secondary coil more suitable in order to not ruin resonance?


thanks,
Mario

[itsu]

Doing some tests with the 6 new coils, not using the gate driver, just the FG (signal passing through the gate driver).

Trying to find out when the coils pick up the highest amount of energy.

Seems either in the middle when parallel to the big coil, or top and bottom when perpendicular to the  big coil.

Big coil was loaded with my P5100 HV probe (2.75pF/10Mohm = @ 180Khz 312Kohm load).
Q seems 3.5Vpp in, 138Vpp out = 39

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

Next things would be to:

# hook up all 6 satellite coils in a ring and charge the supercap stack (with a 5W lamp load) to
  see if they are capable of supplying at least the same amount of current as being inputted into the big coil (at
  same 12V voltage).

# Play with severall coils "coupled" to each other to see if that could increase output without extra loading the input.
  So building an extra 4 coils.

Itsu

So i hooked up all the 6 new coils DC outputs parallel to each other and hooked it up the a 15F supercap stack.
No load on this supercap for now.

Gate driver is running on a 12V battery (12.43V) and pulls 112ma when in resonance and loaded with the 6 coils about 5cm away.

Voltage across the big coil when in resonance and loaded this way is about 2800V (@ 12V square wave input), see screenshot.

The (increasing) voltage on the supercap is about 9.6V and current around 69mA (using the current probe and confirmed by a temporary inserted 1 ohm 1% inductionfree resistor).


Putting the 6 coils closer to the big coil decreases the input current (88mA), but also less current is left for charging the supercap (59mA).

This looks like the same effect as seen earlier with my smaller coils.

Doing some more tests......

Video here:  https://www.youtube.com/watch?v=lht-NuijLoM


Itsu 

[citfta]

Carrol,
I thought that everyone commenting knew what the circuit was from the context of A's initial posting on my kit (not sure what that was however as I came in way after that). The starting point of the kit is to have a frequency generator send a square wave to a fast mosfet driver. It's output will have the red wire go to the inductor which is in series with a capacitor, whose other leg is attached to the common ground (which is many times earth ground). That is a series tank resonant circuit when tuned to the right frequency.

So out of resonance you would have 9V circulating voltage while you have 9V input. But in resonance you can have 1300V while the input and circulating current is maybe 25ma. Without the gate driver the circulating voltage between the cap and the inductor can be around 250V. Yes this is a gain when in resonance. The circulating energy can produce real results at a distance over what it can do out of resonance. It can produce real results in itself under some conditions as well.

As for the 5000V circulating voltage, when we were doing 180,000 CPS we were running the input at 18V and higher amperage (200ma something). Yes the circulating voltage in the coil was very high, and the 100 times probe was only rated for 2500V, and I had just damaged another one doing the same thing. This is common knowledge even though people don't want to admit that it is real gain. Some suppose the circulating amperage is correspondingly lower, but that is a huge mistake and obviously not the case. There is some serious radiation under that condition.
The how is called resonance.

Thanks Rick for your explanation and thanks to Itsu also for clarifying how the circuit is operating.  I somehow did not connect how the gate driver was being used.  I now understand how the circuit is working.  I think I am getting too old to keep this and other projects in my head.  Unfortunately I will not be able to try any of your experiments because I have a pacemaker and the high level of RF is something I have to avoid.  I have been told I can still use my Ham radio because the high RF is shielded until it reaches the antenna many feet away.

Take care to both of you and good luck with your project.
Carroll

[seaad]

itsu