Confirmation of OU devices and claims

[rickfriedrich]

Thanks Stefan,
As you may remember me contacting you in Germany, we first started showing that in Hamburg Germany 5 years ago. That particular setup was used for several months prior to power over 1000W of lights in his shop and office in Friedrichshafen while the input remained the same. While the specific parts are not disclosed I have shared the basic level of doing this as well as pointed in the direction of the Tesla one wire teaching to show people the several options of doing this advanced process (which I have called the third stage of the Loving Paths teaching). I will be presenting this on the new Free Energy website over this summer (there is a lot of work to uploading everything and using the right words).

As for the criticisms about the audio of the video. This video was never intended to be shown to the public. I usually video my meetings for personal reasons and rarely show others what goes on there. But after 4 years I decided to show this because people demanded to see something like this here. There is nothing I can do about the audio because this was not presented for video. Many of the details were shared previously in the meeting in an organized presentation. The purpose was to show that the box needed the motor energizer to make this happen. They were tuned together in resonance just like Tesla's one wire system perfectly phased. The basic (easy) level of this doesn't do it in resonance or with correct phasing, and yet the output can still be multiply to some degree.

Rick

I think a good example of the huge power that the Rick Friedrich circuit delivers is this video:

https://youtu.be/6he58A5xTIQ?t=1562


at around 30 minutes in it, where several high power LED bulbs are lighted up

and the voltage from the batteries did not change during the whole demonstration..


So this is pretty exiting and my friend confirms it in his replication.

Regards, Stefan.

[Void]

Resonance is a gain. In a series resonance circuit the input amperage remains the same as the circulating current in the resonant coil. At the same time the voltage inside the resonant coil goes higher up to 144 times. So a simple V x A = watts indicates OU of course.

Hi a.king. Increases of voltage and current in resonant circuits is not an indication of an
increase in available output power. The current and voltage in resonant circuits are out of phase,
so it is not real power. So, it is completely incorrect to measure volts and amps in a resonant circuit
and try to equate that to real power. Electronics 101.

The only way to evaluate the performance of any circuit is to compare average output power (being consumed by a real load)
to average input power.  When you place a real load at the output of a resonant circuit, the voltage in the resonant circuit
will start to drop, and the phase angle between the current and voltage waveforms will begin to shift.
In AC circuits, the phase angle between the voltage and current must always be taken account when
making measurements. 

[ramset]

Is the issue here [besides A King recent efforts ]
that the Rick systems place a load.. in phase out of phase .. {are using Joules }..and this Load is not reflected in the battery ?

1000 watt load mentioned above ?..yes Time[how long]would be good to know ?actually plenty that would be good to know...a 1000 watt load on a AAA battery for a few hours would be convincing
just a statement towards the info not provided and the nature of the problem.
Sigh

[Void]

I think a good example of the huge power that the Rick Friedrich circuit delivers is this video:
https://youtu.be/6he58A5xTIQ?t=1562
at around 30 minutes in it, where several high power LED bulbs are lighted up
and the voltage from the batteries did not change during the whole demonstration..
So this is pretty exiting and my friend confirms it in his replication.
Regards, Stefan.

Hi Stefan.
A couple of points:

It is not the 'power rating' that may be stamped on any LED light that matters.
It is the actual power being consumed by the LED light that matters. LED Lights
can consume a relatively small amount of power and appear quite bright, as I demonstrated
earlier in this thread. This tends to fool people because people are used to the idea that bulbs that
glow brightly must be consuming a fair bit of power. LED bulbs are much more efficient than
incandescent bulbs by a considerable amount.

A battery's voltage can remain relatively constant while under load, and how long the battery's
voltage remains quite level depends on how much current is being drawn from the battery
and what percentage that current draw is to the battery's Amp-hour rating. See the attached
battery discharge curves graph for lead acid batteries, as an example.
If the current being drawn from a battery is a fair bit below the battery's C value, then the battery
could hold at a fairly stable voltage while under discharge for even an hour or longer.

[Gear]

I agree with Void.

It is very strange method which Rick developed to measure power only by looking at battery voltage.
I saw that Rick has scope.
Rick, buy a cheap current probe and measure math of both bateries and leds.
And try heater instead leds.
That will be easier than 100+ pages of convincing people in OU.

Otherwise I can borrow you crystal ball or Tarot cards for measuring real power.
If you hate so much voltage+current probe+math on your scope.

No offence!

Dont answer to this post, please!