Partnered Output Coils - Free Energy

[gyulasun]

Luc, 

Brad's requirement also includes that no reflection to the input should happen when the load is placed onto the secondary. 

Gyula

Here is another test but now also adding a diode across the primary coil like I was doing some years back.

Video: https://www.youtube.com/watch?v=o2DOqLZVosk

Luc

[gotoluc]

Luc, 

Brad's requirement also includes that no reflection to the input should happen when the load is placed onto the secondary. 

Gyula

Yes Gyula, I agree and I'm quite sure there is no reflection back to the input as I demonstrated in my own tests at the OUR topic https://www.youtube.com/watch?v=o2DOqLZVosk prior to Brad's test suggestion here.

Soon I will post some input current tests here also to show the reality

Stay tuned

Luc

[EMJunkie]

...

@All - This is EXACTLY Correct!!!

I have not yet found a way to make a solid state version of the RT work,as the magnetic field must be in motion,not just rising and falling in magnitude. In the RT the motion increases as the magnitude decreases-this is the gaining altitude while walking down step's.

In order to make a solid state version,you would have to design a transformer where the magnetic field is not only rising and falling in magnitude,but also has motion throughout the transformer body. It would be my guess that (if it actually works as claimed)the TPU works based around the motion of a magnetic field,not the rise and fall in amplitude.

Brad is 100% Correct here, you who wish to learn should pay very close attention!!! If you want to learn and move forward into the Future!!!

   Chris Sykes
       hyiq.org

P.S: Brad you're correct, most want OU dished up as an entrée - Will never happen in the history or the world, if you want it, you must learn it, Period!!!

Like breathing is a Basic Skill, Learning to Build Devices like these should also be a Basic Skill.

[EMJunkie]

...

What does a moving Magnetic Field do?


   Chris Sykes
       hyiq.org

[gotoluc]

Okay, this will be the last video and test scope data for the day.

Video: https://www.youtube.com/watch?v=ekZspQzvJ8Y

Enjoy looking at the scope data.
For those who don't know, CSR = (current sensing resistor) used to measure input power. The less the Vrms the less input power is used.
The coils are 1.1 Ohm each and have around 8mH Inductance.
Scope shot 3b to 6b are the probe across the secondary 1 Ohm load in different configurations.

One thing I can say with my results is... Flyback is King with the way I'm doing it. No sure if TinMan is doing it the same way?... if he is, then we know how the commutator needs to be.

ADDED: I just noticed the difference between 3b and 5b where the secondary load resistor is dissipating more power on 5b and at a reduction of input power compared to 3b which has no diode on the primary input coil. So would that not mean there would be a benefit on adding a diode across the primary coil when pulsed with DC?

Luc