Steven Mark`s TPU

[EMdevices]

So, did anybody get a TPU to run in closed loop?     

EM

[wattsup]

So, did anybody get a TPU to run in closed loop?     

EM

@EM

Isn't that a Newbie's questions? lol

[EMdevices]

I'm saving them the troubleÃ, Ã,  :DÃ,  Ã,  LOL

EM

[EMdevices]

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[BEP]

@EMDevices

If you so choose add to your thought experiment.

Make the initial transmission line open ended, from the view of each pulse generator. This way the reflected waves are most abundant and the proposed effect from the waves are more abundant and repeated.

I like the T-line idea provided it doesnââ,¬â,,¢t provide termination of the first line.

Now, if my view of magnetics is correct it becomes more interesting. That being there is only one magnetic field. So, at the point of wave crossing we have the expected superpositioning of the electric but not the magnetic. Why? Because the magnetic portion cannot be added because there is only one.

What does happen (theoretically) is THE magnetic field at each wave is stretched into opposite polarities at each wave. When the waves meet the opposing magnetic polarities cannot cancel (because they are actually one flux). What does happen with the magnetic?
It is not a cancellation. It is a disconnection (insert here ââ,¬â€œ ââ,¬Ëœof the field linesââ,¬â,,¢ if that is the only way you can view it). What happens when you disconnect field lines? The space is balanced with dielectric. The magnetic will always win by reconnecting. When it does it is with extreme force, displacing the dielectric (RE anyone?). RE generates its own magnetic disturbance just like any of electric charge movement.
And so ends the first loop of the process.

And I think that will also cover the idea of the push/squeeze behind the wave.


Time for my medication now