Partnered Output Coils - Free Energy

[EMJunkie]

Some time ago I asked if anybody is able to measure when the output voltage on secondary is formed.I think it is formed right before current flows in primary immediately after the EMF applied to primary. Sure, nobody has access to such fast tools to test it...

Forest - I agree this is a very interesting point!

I believe that as you say, Voltage is already available on the Terminals of a Generator before Current is drawn...

Lets think about it, if Voltage was not already present, then no Current can flow. Why? Because a difference of potential must be applied to any load before Current can flow.

I like your post, its sensible!!!

   Chris Sykes
       hyiq.org

[EMJunkie]

...

@MagnaProp - I have been reading, just waiting to see what the results are with the current topic...

If I can say, a Coil, Inductor or Solenoid will have a charge constant, meaning time is taken for the Magnetic Field to build to its maximum value for a given Input Voltage. This can be Calculated and also seen on the scope through a Current Sensing Resistor (CSR) or other Current Probe...

This I am guessing you already know.

A Diode on the Secondary Coil will allow Current to Flow in one direction only. Again I am guessing you know.

If the DC Input is switched on... the Field Builds... then Lenz's Law will apply one direction but not the other as to how the direction the Diode is connected on the Secondary...

So, lets suppose we have no Lenz's Effects on the Input, the Diode is connected the correct way, then the Field can build to its maximum Value. Now the Input is switched off.

What will the Field do?

Collapse...

So now our Primary is no longer connected to a Current Source, effectively its open Circuit...

The Diode will now conduct and Current can flow in the Secondary as soon as the Field is collapsing because the polarity has changed.

No Lenz's Law effects reflected back on the Primary!

Interestingly, the Magnetic Field changes its Location in Space, Current is flowing in the Secondary Coil and this constitutes its own Magnetic Field.

Importantly, the Magnetic Field in the Secondary is now in the Same Direction as the Primary Magnetic Field was... Why you might ask? Well apply the Right Hand Rule, Current flow will follow the Right Hand Rule. Remembering that the Polarity of the Coil has Flipped!

So, Tinman was right.

   Chris Sykes
       hyiq.org

...

I would like to point out, there is a third Coil in most all of these devices...

Why?

It seems, and I do not know exactly why, but that one Coil has to hold the Magnetic Field High for as long as possible.

   Chris Sykes
       hyiq.org

[EMJunkie]

...

From history, if we pull some data, looking at the whys...

   Chris Sykes
       hyiq.org

[EMJunkie]

...

@MagnaProp - I have been reading, just waiting to see what the results are with the current topic...

If I can say, a Coil, Inductor or Solenoid will have a charge constant, meaning time is taken for the Magnetic Field to build to its maximum value for a given Input Voltage. This can be Calculated and also seen on the scope through a Current Sensing Resistor (CSR) or other Current Probe...

This I am guessing you already know.

A Diode on the Secondary Coil will allow Current to Flow in one direction only. Again I am guessing you know.

If the DC Input is switched on... the Field Builds... then Lenz's Law will apply one direction but not the other as to how the direction the Diode is connected on the Secondary...

So, lets suppose we have no Lenz's Effects on the Input, the Diode is connected the correct way, then the Field can build to its maximum Value. Now the Input is switched off.

What will the Field do?

Collapse...

So now our Primary is no longer connected to a Current Source, effectively its open Circuit...

The Diode will now conduct and Current can flow in the Secondary as soon as the Field is collapsing because the polarity has changed.

No Lenz's Law effects reflected back on the Primary!

Interestingly, the Magnetic Field changes its Location in Space, Current is flowing in the Secondary Coil and this constitutes its own Magnetic Field.

Importantly, the Magnetic Field in the Secondary is now in the Same Direction as the Primary Magnetic Field was... Why you might ask? Well apply the Right Hand Rule, Current flow will follow the Right Hand Rule. Remembering that the Polarity of the Coil has Flipped!

So, Tinman was right.

   Chris Sykes
       hyiq.org

...

and surely this picture is familiar:

   Chris Sykes
       hyiq.org

[EMJunkie]

Maybe Tinman can comment on this?

Maybe, Tinman, you can share your ideas and timing of the Coil Timings?

   Chris Sykes
       hyiq.org