Partnered Output Coils - Free Energy

[Enjoykin2017]

"Physics stands on a stable foundation of the facts, but not on drift sand of imaginary hypotheses", E. Rutherford. 

[EMJunkie]

"Physics stands on a stable foundation of the facts, but not on drift sand of imaginary hypotheses", E. Rutherford. 

Of course it does! We have our entire Technological world today as a result of what we have learned in physics.

If you saw something so amazing, something you had no idea how or why it worked, would you prefer to believe in "Magic" or "Science yet un Discovered"?

   Chris Sykes
       hyiq.org

[Enjoykin2017]

If you saw something so amazing, something you had no idea how or why it worked, would you prefer to believe in "Magic" or "Science yet un Discovered"?

   Chris ,

I dont belive in "Magic" - i make "Magic", using science !! 

[forest]

EMJunkie


Can you make arrangement where on both coils there is flow of opposite currents for example 5.1A and 5.0A and the input current is 0.1A ?

[EMJunkie]

EMJunkie


Can you make arrangement where on both coils there is flow of opposite currents for example 5.1A and 5.0A and the input current is 0.1A ?

Hi Forest - Yes, not with these values however. Please see: My Second Experiment

My Analysis:

Thanks Jan/Wistiti,

An early analysis shows we have two branches to deal with here, each having very different, and interesting results:


Input:
Period: 3.320
Offset: 0.160
Degrees: 17.3
Active: 2.203788426168
Apparent: 2.30821
Reactive: 0.686403717929
Power Factor: 0.9547608


L1 Branch:
Period: 3.320
Offset: 0.28
Degrees: 30.4
Active: 8.0004243646859
Apparent: 9.275707
Reactive: 4.6938212608966
Power Factor: 0.8625137



L2 Branch:
Period: 3.320
Offset: 1.72
Degrees: 186.5
Active: -6.1948770793364
Apparent: 6.234956
Reactive: -0.7058169710592
Power Factor: -0.9935719



The circuit needs some work, I need to put the Current Sensing Resistors (CSR's) on the Load side of the Coils to verify the phase angle's seen. As through any Resistive Load, there should always be Zero Phase Angle!!!

Please correct me if you see any errors.

The resonance Frequency is calculated as:

   Frequency F = 1/ (2 * Pi * Sqrt( Inductance L * Capacitance C )) = 1 / 6.28318530717959 * 0.00069065186599328 = 230.44 Hertz, So our result is not far away, including the Damping Factor ζ (zeta) 297 Hertz

Coil L1 is the Resonant Coil, L2 is would be seen as our Tertiary Coil from discussions, but is our Secondary, from Secondary Induction.

Once understood, Partnered Output Coils work exactly as I have said. To understand them makes for simplicity, to not understand makes for failure or a lucky mistake!!!

Jan obviously knew when showing this circuit, what it was!

What I have shown in these experiments is not OU, 82%, measured only accross the Resistive Loads and not inclusive of the Coils themselves, but its very close to my over all work. The reason I spent some time on it.

Current is increased, as is shown. We do see an increase in Current as we have talked about for some time.

Ideally, these devices work with a Step Up configuration. 1:3 is a common Ratio. That's one turn on the input to 3 turns on the output. Current, as you may think, is not stepped down as a result of the Voltage being stepped up.

   Chris Sykes
       hyiq.org