Partnered Output Coils - Free Energy

[EMJunkie]

In the last few pages, there have been some super important statements made.

Coils can be arranged to also offset this timing.

This statement along with all the others are really important to see some of the critical aspects to making these devices work. Let's see one aspect of this:


When a wave moves through space, the propagation of the wave is seen in parts, the Wave propagation has Peaks, Trough's and Equilibrium points, or Nulls. Any and all Transformer Cores see the same thing, where the core can have a single frequency applied to it and by moving a coil along the core, can change the Phasing of the Coils Induction.

Many things play a role here when talking about Induction, like Coupling Coefficient (K) and things like this. For simplicity we will stick to the basics.

Let's say we have a Sine Wave of 1KHz, this gives us a Wave Length in Free Space of 300,000 Meters, let's say we had one Coil at 0 Meter's, another coil at 75,000 Meters, what would the phase difference be?

Well 0.25 or 1/4 the wave length of the total Wave length.

So the Phase difference would be 90 Degrees if my Math is correct:

   300,000 / 360 = 833.33333333333333333333333333333
   75,000 / 833.33333333333333333333333333333 = 90

So 90 Degrees difference between the Coils gives us a nice phase offset between the Coils that can get the ball rolling. Of course this is not a totally clear picture, Transformer Cores are not this big, but a small change on the Core, at the right Frequency can give a big Phase Angle change due to the other factors mentioned above also. Wave propagation in some materials can be greatly reduced also, Coaxial Cable the Speed of Signal, or the Speed of Light Constant, can be around 65 - 77%

I would like to remind you, I try not to use High Frequency, 40Hz to around 5KHz is my normal range of Frequencys.

I ask you, please think on the statements made, if you put the dots together, you will see a brand new World of possibilities.

   Chris Sykes
       hyiq.org

[EMJunkie]

Jim Murray has much the same to say as I have:

This device right here, is a thing we call a Transforming Generator, and ah, this Is on the DVD that I gave, ah, ah, gave to various people to, ah, review, and what this does, is actually allows you to separate, for the first time, in a device that's, ah, repeatable and measureable, the difference between a EMF and a Voltage.

And the problem is, anytime you have a winding, you wind up with two types of Induction in that winding, you have ldi/dt, which everybody is familiar with, that's the rate of change Current times the Inductance, but you also wind up with idl/dt, which is essentially the miracle worker of these machines, and that's the Current times the rate of change of the inductance, and the reason that's so interesting, is if you do a dimensional analysis of the terms involved, it comes out to be Negative Resistance.

And so that completes the four quadrant, um, Vector Diagram involving Watts, Vars, negative Vars, and negative Watts. And now the whole picture comes together in a very succinct manner.

https://youtu.be/armx9kJ8BU0?t=44m6s

I think it is worth taking some time to understand what is being said here.

   Chris Sykes
       hyiq.org

[John.K1]

Hi Chris, Guys,

I have a question for you. I watched some Russian video ( https://www.youtube.com/watch?v=XInN3jk1Hy0 ) and it inspired me to replicate the setup.
  I have made one as seen on the picture below. The picture is self explaining.
You only do not see a 1 Ohm resistor I used on the AC source to read the input current. 
2 partnered coils on the ferrite torroid core,  (CW & CCW).

I know kirchhoff law is used mainly for DC circuits. How is it with the AC circuit as on my picture below??

Cheers,

[EMJunkie]

Hi Chris, Guys,

I have a question for you. I watched some Russian video ( https://www.youtube.com/watch?v=XInN3jk1Hy0 ) and it inspired me to replicate the setup.
  I have made one as seen on the picture below. The picture is self explaining.
You only do not see a 1 Ohm resistor I used on the AC source to read the input current. 
2 partnered coils on the ferrite torroid core,  (CW & CCW).

I know kirchhoff law is used mainly for DC circuits. How is it with the AC circuit as on my picture below??

Cheers,

Thanks John.K1 - An excellent example of simplicitiy and importance! Thank you very much for sharing!

Kirchhoff's Voltage Law, and also Kirchhoff's Current Law is not valid for Active components, for example a "Generator", or a Battery.

So, this example does not hold when it comes to the fore mentioned Laws. Because there will be Active Coil/s here. Some may not agree with me here. I bet that many can explain this away as tom foolery, truth is there is a tone to learn here!!!

Do you read Russian? Would be interested in a Translation there!

   Chris Sykes
       hyiq.org

[John.K1]

Do you read Russian? Would be interested in a Translation there!

I made quickly subtitled version   https://youtu.be/GFqJ5D6mkO0

regards,