TPU - General Discussion

[wattsup]

@alls

(Had this post ready some time ago but forgot to put it up.)

Regarding the bailing wires, he said the TPU is made of bailing wire.

When you say something is made of something else like;
This battleship is made of plate steel.
This bridge is made of cobblestones.
This cabin is made with 2 by 4s. etc,

When we say this is made of.... we general identify the "basic" structural material that holds up everything else. Yes there could be hundreds of other components, coils, rings, etc., so why say bailing wire. Because the Mtpu and Ltpu were made with bailing wire as its basic structure.

Bailing wire in short vertical lengths would provide the perfect vertical support needed to hold the top and bottom rings apart and in place. Since the center core is soft, imagine all the stress that is exerted by the collector winds going over the top and bottom rings. The soft center core could never support so much stress. Vertical lengths of baling wire plus some horizontal bailing wires would provide this perfect structure that holds up everything else. Plus, baling wire being iron will be a perfect expander or propagator of a magnetic field all the way around the Ltpu. This is the first prerequisite, a magnet. Then create moving wires in this magnetic field with your frequencies and what do you get?

The baling wire structure could be configured to provide north and south pole magnetic fields and at any two points around the tpu. You could have hundreds of these points. The two control coils that are left and right of the zero point could be the coils that produce the magnetism into the baling wire structure.

So having a solid top and bottom ring reminds me again of my guitar. The nut and bridge hold the strings so they can vibrate. The top and bottom Ltpu rings hold the collector turns tightly at these points and this provides loose verticals so they can vibrate.

I think we need to start a new thread only for the cut away images so that the best graphics guys can try and see what there is really shown there. Many have construed stacked coils, etc., and this has sent many on various builds but this would be open for debate.

1) What do you see in the cutaways?
2) How can what you see in the cutaways be in such a way that cutting the tpu and doing some quick re-wiring would permit the TPU to operate again?

These are both great clues.

[zapnic]

 
@em
if the wire experiment work's
thats good place to build power plant

[wattsup]

@all

Hi all.

Just saw this controller on the net from a Canadian company (no duty for me).

Am wondering if this could be a good control device to test coils and other OU research.

http://www.dcitech.com/TriPLC/E/Eintro.htm

[z_p_e]

wattsup.

That controller is for controlling industrial devices (typically), and is not meant to switch anything at high rates. One unit has a relay on it already, whereas the other is for driving a relay or small 1A load.

I doubt that they can be run at high speeds, at least in the range required for ou research. They are designed to control slow switching devices.

One item that is a boon for doing serious electronics-type ou research is a good multi-channel, multi-functional  generator/controller, and they are both very expensive to buy, and difficult to design on your own.

[wattsup]

@z_p_e

Do you think it could go as high as 6,000, 12,000 or even 67,000 cps.

I mean if this can go as fast as just 6000 cps, I could do many things with it especially if it would permit me to control the 4 pulses on the computer screen.