The TPU uncovered? (A PROBABLE technique.)

[nothere2win]

Finally, someone who makes sense! Naw, just kidding. Great write up though, and very easy to follow. I can't wait to get started! Thank you very much paul, you are doing great things!

[BEP]

@Paul

I enjoyed your write-up. You are correct. Those who think they know what will happen should try it anyway.

Under your '4 coil 2 in series' section: Have you tried with each set opposing it's partner coil? Also set the DC bias of your FG so the signal appears to the coils as an alternating signal with this connection. What you should see is a setup where the pair are always against each other and no matter what polarity they are on the same polarity is induced in the horizontal coil.
Now do two sets with each set on a different FG and you open many other possibilities.

If you get that far I would suggest banging the second set either 90 leading or lagging the other set. For those not getting the 'making it look like AC' part I suggest you follow Paul's instruction first.

Edit>>>
When I said 90 lagging or leading I mean the angle as referenced to the circumference of the horizontal coil - not as referenced to the other wave. I hope that makes sense.

[pauldude000]

@BEP

1. No, I have not tried that yet, as I have been working towards a consistent and high speed rotating magnetic field. (But will tonight.)

2. Yes, it does make sense. (What you posted)




For two coil, two signal opposing

End wrap of coils connected to end wrap of opposing coils, using both starting wraps as F.G. connections.


The same effect should also be possible with one signal. Lets see.

1. End wrap first coil to end wrap opposing (third) coil
2. Start wrap third coil to start wrap second coil
3. End wrap second coil to end wrap fourth coil
4. Start wrap first coil to red F.G. Lead
5. Start wrap fourth coil to black F.G. Lead

Have to try both now.

Paul Andrulis

[pauldude000]

@BEP

I have tried the experiment, and have noticed that it forces the TPU to "ring", in that I have seen oscillation trains following each other. At the proper frequency, the trains overlap to various degrees, without necessarily the first train having died out first which can cause an interesting very high frequency effect..

It is like the magnetic field propagates towards the next field, then slams into it, and this gives an initial high voltage spike. The field then acts like it rebounds and returns over and over, losing strength until it fades away. Highest measurable voltage though using this is only 70V or so, compared to 240V on the same coil using the other techniques. (This using what I now call my 6" multicolored "candy" TPU which I modeled the previous post after.)

I havent tried it with "The Claw" yet. (MY big 12" TPU, so named for the 10-2/w ground house wiring used for the collector.. six "claws" sticking out of the coil.. )

I might try it with all of the other TPU's... 2 that are only approx 2" across, the "Wagonwheel", and "Cutie", my 4" "Iron Sides POJ"... Might even be a good idea to thest my ferrite yoke core "Old Pokey POJ"......

Man, I can say that iron sucks in any form as a core. Steel, mild iron, AND ferrite, sucking worst in that particular order. Certain frequencies are amplified SLIGHTLY. (compared to air, copper, aluminum, or other non or para-magnetic substances) It tries hard to KILL true resonance in a coil. I am starting to think of iron as a naturally occurring "True Resonance Choke"..... Maybe it acts differently with high power input... I don't know. It is worthless at this point in my book for finesse purposes.

Paul Andrulis

[buzz-ard]

@Paul - Again we parallel. I'm about ready to dismantle my current build utilizing galvanized wire, formed into 4 sections like Tesla 381970. The only real use I've found for any steel wire I've tried so far is hanging pictures.