TPU: End Game...

[paulshroom]

http://video.google.com/videoplay?docid=-8635897559220353909



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[Kosh]

Hi Tao,

The term KICK, when used in all of our contexts when refering to the TPU, was originally coined by Steven Mark. Steven clearly states that the KICK he is talking about is the HV that is generated BEFORE current starts flowing in ANY conductor, it is all based on electron gas relaxation times (I made a PDF will all these last year).

Would you please point the post # or repost that PDF?

So, the PRIMARY way that we should be generating KICKs is to only use the HV spike that appears BEFORE the current flows in our control coils, that is, if we TRULY want to adhere to what Steven Mark said.

Maybe we could use the Fly-back approach. Imagine a 9V coil switched by an HV transistor.
When the transistor switches off we get a HV kick. We'll need to select an HV transistor who deals with the HV kick without smoking itself out.

So we have a coil with a DC voltage about 9V that suddenly rises to some 800V DC, same polarity.
This 'kick' put some electrons to move on the collector coil. The electron speed can be estimated and also the distance they will move in the kick's time. From that we could calculate the coil's lenght and the next coil position, possibly overlapping the first coil.

Its like squeezing a water hose...

Assuming the electrons will accelerate from coil to coil, we'll need some feedback signal to synchronize the kicks with the flow of electrons. We'll need to control the kick repetition rate and possibly its amplitude (the energy input to the electron acceleration).

Also, the control circuit needs to switch the transistor on again before the kick reverts itself, to avoid reversing the electric field in the coil.

Need the time to build this thing...

Kosh

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