Partnered Output Coils - Free Energy

[hyiq]

Another image:

   Chris Sykes
       hyiq.org

[hyiq]

I am impatient, the answer is: "Because the Primary Flux is always the Dominant Flux - It is the Prime Mover"

It would be nice if the following Animated Gif worked, here is the Direct link: Animated gif Link

In this gif, you can see the relationship between the Input Current into the Transformer (Magnetising Current), the Flux Linkage, and the Core Saturation (BH Curve).

Transformers are designed to operate well within the (Small Rectangle) (Next Image below), within the (BH Curve). Outside this small rectangle, and the Core is starting to Saturate, thus the input Current, (Magnetising Current), starts to peak. This is considered a dangerous region to operate in, and Transformers Burnout because of this.


Within this region, the optimum ***Electromagnetic Induction***, via Flux Linking occurs!!!


The lower the Resistance placed on the Output of the Secondary, the more Current flows in the Secondary, the harder it is for the Primary Magnetising Current, to push the Core through the BH Curve, so the Input Magnetising Current must increase. The Impedance has been lowered. This is Lenz Law, which is where the Second Law of Thermodynamics, Energy Conservation, was derived.


This System is a One on One, Symmetrical System.




   Chris Sykes
       hyiq.org

[hyiq]

Just as ***Electromagnetic Induction*** occurs between a Primary and a Secondary, ***Electromagnetic Induction*** can in fact occur between the Secondary and a Tertiary!!!

The correct Phasing is required!!!


This System is no longer a One on One, Symmetrical System, it is an Asymmetrical System. Where ***Electromagnetic Induction*** can occur many times more than once in the same System!!!

On rare occasions, Sweet saw this effect, called self-oscillation, occur in electric transformers

Sweet was also a transformer designer and expert, and he remarked that he had also observed specialized self-oscillation in certain transformers.

   Chris Sykes
       hyiq.org

[hyiq]

Power Transformers are one of the most Symmetrical Machines on the Planet - Yes I am slightly over exaggerating...


The Geometrical Symmetry is profound!!!


The Magnetic Symmetry is even more profound! This is the Key part, Magnetic Symmetry, making a Magnetic Asymmetry gives rise to Excess Power on the Output!!


   Chris Sykes
       hyiq.org

[hyiq]

Magnetic Asymmetry? What does this mean? There is no other way, Lenz's Law always applies!


Yes, Lenz's Law is important, we want Lenz's Law, it is directly the Flow of Current that creates the Magnetic Field!!! So what does this mean? What is Magnetic Asymmetry?




Symmetry:
   Primary Magnetising Current = P_M.
   Secondary Magnetising Current = S_M.


   P_M + -S_M = 0


At frame f in time t, any Magnetising Force (H) of the Primary will be equal and opposite to the Secondary, thus the Negative (-) sign. So, the Symmetry here is that each force sums to Zero - No Net Force. This is Lenz's Law, equal and opposite!





Asymmetry:
   Primary Magnetising Current = P_M.
   Secondary Magnetising Current = S_M.
   Tertiary Magnetising Current = T_M.


   P_M + -S_M + T_M = 1


At frame f in time t, any Magnetising Force (H) of the Primary will be equal and opposite to the Secondary, thus the Negative (-) sign. Adding a Tertiary, we now have to add another +1!  So, the Asymmetry here is that the Sum of each force sums to One - The Net Force we put in. This is Asymmetry!




   Chris Sykes
       hyiq.org