The TPU uncovered? (A PROBABLE technique.)

[Earl]

   Very easy in the tpu to exchange collector for emitter I would suggest.

Yes and no, depends on whether NPN or PNP 

Earl

[pauldude000]

@Sparks

You missed the point. Research what happens when a stream of electrons of high enough potential strikes a plate at an angle in an evacuated tube........

You dont "catch" x-rays, they punch right through everything but your bones. They punch through cells, and they punch through DNA chains like they are not there. They "punch", like a bullet, right through your entire body.  In essence, enough exposure WILL cause cancer....

A modern flyback transformer, uses a high frequency transformer, and a voltage multiplier circuit (cap and diode). This is all embedded in epoxy.  It is a modern use for a tesla coil. However, its output due to the cap/diode multiplier makes it DC. It is not "cold electricity"....

If you short that flyback through you, it can and probably WILL kill you.

Paul

[sparks]

@Pauldude

    Thankyou for your warnings about xrays near the flyback.  I should have done this in the posts showing the pictures. 

  Now to move ahead:
   
The bulb that is in series with the crt has the stressed high voltage field but instead of stressing a heated metal like in the picture tube it is stressing the gas inside the flurescent bulb.  This stress condenses the gas in the tube to plazma.  The plazma now becomes cold compared to all the rest of the heat distribution in the Universe.  This all happens without any voltage drop from the crt circuit. 

[infringer]

May be of importance to the TPU but a chunk of metal as described as being used by SM's TPU may be true ...

Here is why this chunk of metal being used may be important.

http://www.youtube.com/watch?v=XN9p0e2UCVA&NR=1

Have a look

Below is just Theory of my own: Dont read if theory is not what you are looking for.
--------------------------------------------------------------------------------------------------------------------------

Theroizing here maybe the frequency is important because it causes the kaye effect (possibly labled wrong) which pushes sinus waves jumping forward out in front of the exsisting waves and eventually catches up to the wave and hits it in the behind creating a kick which increasingly pushes the wave faster and faster thus the wave jumping also happens faster and kicks more often till there is kicks galore which also increases the current of the pulsed dc voltage with lower current.

This could also be the reason why the tpu held at differnt angles causes problems the kaye effect can easily be seen with dishsoap and a pan held at an angle. I will get a link for a visual to that effect as well.

Bing Bing Bing we have a winner
http://www.youtube.com/watch?v=wmUx-1o3Lzs&feature=related

I just keep hanging on the fact that SM says that the principal of the TPU basically already exsists and is already known maybe it is an effect we are looking for....

Way outside the box possibly frequency is like wind speed for electricity and somehow the coanada effect is used in an abstract manner... Definately my least important comment but I dunno I've seen lots of discussion of the workings of the TPU and my mind cant seem to settle on any one thing.

Marco is interesting in all this he acts as if he knows but clearly states otherwise that he simply believes rather then knows its almost like a religous thing for marco... At times it leads people to believe he knows more then he actually does which is simply as much as you and I !

-infringer-

[pauldude000]

@all

Some updates, and conclusions, now that I have a second to breathe.....

After winding and testing several TPU's (6 and soon to be 7 after complete testing of the current design) I have noticed some very interesting things.

1. A TPU is definately specific to frequency, which like SM stated IS dependant upon circumference.

I am talking about control input frequencies. For instance, the two "tiny" coils I wound and described earlier had a much higher intrinsic frequency range (way out of my ability to generate) than my larger units. I estimate based upon lobe amplification patterns somewhere around but below 20Mhz.

The largest unit tested (the one posted about both here and in loner's thread), has a lobe amplification frequency range of around 6Mhz.

My testing is currently limited to 5Mhz max AC rail to rail, and 2Mhz DC rail to ground.

I expect my newest wind to be completely within my testing range, as it has a massive 12"circumference. (Sucker weighs about four pounds or more. WHEEW)

2. The "Standing Wave" effect will not happen until very close to the actual resonant frequency.

Through the various coils/designs, achieving but a hint of a standing wave has been problematic, and until this last wind, not very successful. This last wind output AC, and was close, but not quite, an accomplishment of the desired standing wave.

3. The "Standing Wave", is the desired goal.


It hit me like a thunderbolt, that the output at full resonance is a self amplifying standing wave. This is NOT desirable. What IS desired is a slightly off frequency standing wave, which is self sustaining, but hampered by sub and super harmonics.

What your scope would see  with a self amplifying wave is a DC offset rising in magnitude, until the scope could no longer track it, leading to the demise of the scope itself.

What your scope would see with an off frequency standing wave is a somewhat steady DC line RIDDLED with superimposed harmonics. Quite literally "DC with Hash". More hash than you could shake a stick at, probably with tens of thousands of readable traces. Quite literally a DC "flame", to describe what it would look like upon close scope inspection, of high, low, and intermediate frequencies all blended.

@whoever asked a schematic for the last wind, with the 200v signal

I haven't forgotten, just haven't had time. I still intend to post it for you.

@all again

I also intend to post pics of all the tpu's I have tested, in order, with reasons behind each TPU construction/design. Time seems to be what I am shortest of right now.

Paul Andrulis