user TURBO?s replication of Steven Mark?s TPU ?

[EMdevices]

The TPU is a current source,  as opposed to a voltage source

With a current source, you have a certain amount of current that needs to flow.


So,   to get the most power out of it you need a high resistance,  that's why Light bulbs work the best.

Here's an equation:

P = I^2  R,    where 'I' is the current,  and 'R' the load resistance.

If 'I' is fixed at lets say 1 Amp,  then its easy to see that we get more power if 'R' is large.

Hope this helps you guys.

[Grumpy]

Under certain conditions, orthogonal coils will couple.  This is interesting even if not related to TPU. See first two attachements:

(not taking a shot at EMDevices)

Tesla mentioned four methods for collection of radiant energy in the attached patent, along with the necessary parameters for the collector.  This is a good read for those who have not and I encourage you to read it.

[starcruiser]

So EM,

If we were to say use a frequency source that is PLL driven and used dividers to create harmonics of say a multiple of 2 and 3 and we use that to drive the coils. What is your thought on that concept?

We could make 3 or 4 outputs and drive the coils in a series configuration but using the next coils down, CW from it? This should provide the sequntial pulses in coils 1, 2, 3 one on each layer.

I am working on a PLL clock source (actaully want to, time is rather short right now) which I want to design to provide multiple harmonic outputs. Hopefully I can get to it this weekend.

[Grumpy]

a very short pulse will give you a freaking huge number of harmonics for free.  The shorter the pulse - more harmonics.  Like free beer, only you can't drink it! (hmm guess that analogy sucks - huh?)

Re-read the SM_TAO pdf that I posted.

[dani1]

Grumpy,

In your Markovich-pdf there is not all information we know about the device ( see http://www.overunity.com/index.php/topic,1854.0.html)

Maybe you can merge all into 1 pdf.

regards, dani