The TPU uncovered? (A PROBABLE technique.)

[pauldude000]

By the way, that was down home Tesla style tech in the last post about phasing.

I have been away for the last few days, so will try to play "catch up" so to speak on the posts.

@ loner & "Dumb little add on"

I did not know that. That is cool. They were using the standing waves in a waveguide (piece of transmission line coax) to STORE digital info? I would not have thought of that, at ALL. EVER. It would work, yes it would work... That is neat.

@loner & hall effect

It might well work, give it a try. (ONLY way to know for sure.) I never considered that it might be a hall effect transistor...... GOOD job!

To answer your question in the post, it could well be. (I'm officially impressed. )

Concerning your pic. The coils would be out of phase (see reason in phasing pic I posted) if of differing lengths, unless you wound them with a full extra wavelength of wire to compensate. (this can be quite huge depending upon frequency).

@Spider

Why do you think the collectors feed the control coils..? (I am interested. We are under the assumption that the effect is inductive in some manner. ) Please post you concept, as I would really like to know.

Paul Andrulis

[pauldude000]

I can tell I am tired. It is 2:49 in the morning here, and I just got a wacky idea....

ONE control coil, close wound around the entire circumference, with a DC pulse circuit controlled by a hall effect transistor located close to, but not AT the end of the winding......

The field would build throughout the coil, but the next pulse would hit before the field could completely collapse, etc.........

I have no clue what it would do.....

Paul Andrulis

[Thaelin]

Hi Paul:
   I too up at all hours but then I work 12h compressed shift. I have an idea I would like to throw your way for input, or any for that matter. Your pic of using one signal to gen out of phase signals had this thought. In reality what we are after is a revolving magnetic rotor per se.
   Lets take that signal, no matter what frequency, and have one full length go to one wire wrapped around a collector. Now take the other one at 1/2 length and go to another wire wrapped around another collector.  In my head this should make a circuit potential 180 degrees out of phase with each other. This would then in fact make a DC potential across both collectors of twice the signal. Does that add up right to you?  Ok now add a coil wrapped around both sets and you should see an AC signal there useable for local power and an output power from the two collectors.
   Tell me what you think.

thaelin

[hydrocontrol]

@All.. I have really enjoyed reading this thread. It has been a very professional discussion compared to other threads around here lately. I hope this keeps up. 

In another thread on the TPU I posted the message below considering it does pertain to rotating magnetic fields as being discussed here but being used in a motor instead.

One thing to think about is the use of capacitors to cause magnetic field rotation in three separate coils. I will refer to the Rotoverter diagram here
http://peswiki.com/index.php/Image:Rv002.jpg
to show a three phase motor running on only one phase using capacitors to cause field rotation in the three windings of the motor to cause rotor rotation. Perhaps having only one signal that is connected in a such a WYE coil configuration might be simpler for a TPU. For a TPU the capacitors would not have to be that large compared to a 3 phase motor. Perhaps about the size of a small AA battery..

[sparks]

   Think why don't we put metal objects in a microwave oven.  Then think why do we put ferrite beads around wires we don't want highfrequency to pass.  Then consider the magnetic energy available from the Earth field that creates the so called back emf.