Partnered Output Coils - Free Energy

[EMJunkie]

Ok Back to topic content!!!

Lenz's Law, the Magnetic Field, this field is in opposition to the Changing Source Field, thus the EMF = -dPhi/dt

where the (-) sign implies Lenz's Law, opposing Magnetic Field.

The Magnetic Field that is invoked by drawing current from an Inductor after Charge Separation has occurred (Electromotive Force) is also a Magnetic Field that Changes in Time

Which I have said many times, is the first requirement of Induction!

Andrey Melnichenko termed this field a "Secondary Field" - See his Video

This "Secondary Magnetic Field", because it is changing in Time, can induce an EMF again in another Inductor. Again the Fields will oppose. See in the attached video, how the field is reduced dramatically when the Fields Oppose!

   Chris

[EMJunkie]

And furthermore to that Pirate I read the translation as saying that he is not even prepared in either way to begin to offer an answer.

EMJ, can you tell us what the "Principal of operation" is for your device or not ?

Farmhand - If you have not been following, and do not wish to go back and read what I have already given, then you're going to miss the buss!

I wish to point out, the information I have given, is in MUCH more detail and accurate than any before me.

[MarkE]

Mark.E., isn't the value Tp2 incorrect on the graph ? The voltage source is 1 volt not 10 volts.

Shouldn't Tp2 drop from 1 volt to zero then rise above 1 volt due to the inductance it faces in the second coil.

Someone is paying attention!  As the circuit was drawn, the I1 begins integrating at 0 seconds at 0.33A/s.  It's funny how our OU geniuses did not spot either issue.  Here is timing that is simpler:

[EMJunkie]

Someone is paying attention!  As the circuit was drawn, the I1 begins integrating at 0 seconds at 0.33A/s.  It's funny how our OU geniuses did not spot either issue.  Here is timing that is simpler:

Its called ignoring the Trolls MarkE!!!

Troll Identified!!! Troll Alert!!!

[MarkE]

Next, let's make things a bit more interesting.  Let's couple the two coils in a bucking configuration:

Let's see what our resident free energy claimants can tell us about what happens in this circuit.