Confirmation of OU devices and claims

[Jeg]

Hi all
I'd like to ask Rick about the series inductor impedances which serve as a stand alone reaction loops. Each connecting point between those inductances, is a reflection point especially when we are in resonance. This eventually will lead to a creation of standing waves on the line which consists of that reactive loops. Is that an effect that relates to the amounts of the extracted free energy? Is that a point that we have to pay more attention like building for example reactive loops with specific lengths of wire harmonically related?

Thanks
Jeg 

[itsu]

Seaad,  Gyula,


thanks for the heads up, i knew i did something wrong when measuring the series LC, which is funny (not) as i used a
50 Ohm load before when measuring series LC.
Now i used a 10K instead which did not work.

Anyway, i will try to "map" the magnetic field of the big coil to see how it looks like using a MLX90393 i have.
http://www.arduinoprojects.net/sensor-projects/connecting-mlx90393-magnetic-field-sensor-arduino-uno.php

No sure how the sensor behaves with 180KHz signals, but the rough idea looks like this:
https://www.youtube.com/watch?v=Frj3ymDJdOc

Hopefully the AC like signal will be averaged by the sensor to show a steady indication of the field strength.

Itsu

[gyulasun]

Hi Itsu, 

Thanks for your kind efforts. Hopefully the sensor can cope with the 180 kHz frequency.

Perhaps the following suggestion may also reveal the field strength at the place where the two vertically stacked
satellite coils were positioned. See attached picture from your earlier video. First replace (in any one of the 3 coils)
the power LED bulb with a single low power white or red 5 or 10 mm LED which are able to give visiable light at
a few mW received power at the same distance from the TX coil the stacked coils were. This way you can use the
same sized satellite coil as a probe sensor coil.   

I drew a vertical green line in the top picture where the stacked coils were,  remove them and then use the probe
sensor coil alongside the vertical line, up and down to indicate field strength. For this to happen you need to drive
the TX coil in the same way as earlier with the stacked coils setup and leave the 1st coil (with its power LED too)
at the same place it was when you stacked the two other coils and place the middle coil far away from the setup. 

I drew a nearly horizontal green line in the bottom picture to indicate that the 3 satellite coils were positioned quasi at
the middle height of the TX coil where supposedly the EM field is the strongest with respect to the top or bottom part
of the TX coil. This may mean that when you put the middle coil onto the top of the outermost coil and the LED got lit
on the latter coil, then the top coil may not have received more energy from the TX coil because the EM field may not
have been so strong for it at that height wrt the TX coil.  This is a speculation of course.

Gyula

[seaad]

Well, you will just have to see for yourself. I'm not sure who would dispute this. The angle would have to be turned more for it to not work. When you are very close like that you can almost turn it in any direction and it will do this.

quote a.king21 Posts: 1481:  Coils at all angles.             ha ha lol 
                                            OU coils at all angles2.jpg

It doesn't matter what you are doing guys the LEDs will be glowing anyhow.  Ha ha
Any serious measurements?
NO

Arne

[AlienGrey]

BEWARE: Stop using the abbreviation 'LOL,'" the hastily made image that invokes the same qualities as a Westboro Baptist Church sign reads. "'LOL stands for 'Lucifer our Lord.' Satanists end their prayers by saying Lucifer our Lord,' in short, "LOL.' Every time you type 'LOL' you are endorsing Satan."26 Nov 2012