HIGH QUALITY TPU DVD Video Released from Jack Durban

[mikestocks2006]

Does anyone know, where I can find few Depletion Mode MOSFETS, preferably low ir and high breakdown voltage?

Also, were these type of transistors available (and easily accessible) during the time when SM built his TPUs ?

Thanks

[Cap-Z-ro]

 
Nice scoop Peter...I agree with you...leave no stone unturned...who knows what this guy may know or have in his possession.

This proves once again that important information can be found in the most unimportant of places.

With so many resourceful people here, something will break through somewhere if we all feed of each others ideas.

Regards...

[poynt99]

Does anyone know, where I can find few Depletion Mode MOSFETS, preferably low ir and high breakdown voltage?

Also, were these type of transistors available (and easily accessible) during the time when SM built his TPUs ?

Thanks

here's a site with good info about them, and who makes them

btw, why are you interested in depletion-mode? they are much less common.

...because they more closely operate like tubes maybe?

http://www.automotivedesignline.com/showArticle.jhtml?articleID=191900470

[poynt99]

QUESTION TO JACK DURBAN PLEASE:

what is the material the 2 black rings are made of in the OTPU?

if you don't know, please say so and we can drop this question.

thanks

[BEP]

For those not seeing how ELF can be part of any TPU operation I offer this: http://www.freepatentsonline.com/3399311.html
The application is of an inductive frequency divider. What they don't show is how you can wrap their coil (vertical) around a horizontal coil and also effect the resonance of that horizontal coil.
As I believe I see in the first TPU (the one pulled from the bag):
1. changing the control coil wrap direction every 180 degrees so each CC pulse creates one full wave in the collector, albeit likely highly compressed.
2. double the amount of turns in each group of turns from the top CC to the bottom CC. It 'looks like' the top CC turns are in groups of two and the bottom one in groups of four.
Using the above coil setup we should be able to create two different frequencies with only one multi-vibrator/oscillator. Since it would be only one signal source there would be no tracking problem. The difference between the collector frequencies would be controlled by the collector content, spacing between collectors and control coil design.

I've already experimented with some of this idea. But the above package needs to be confirmed. I do know you can create a DC (battery-like w/noise) output on the collector when you wrap the CC series opposing bifilar(just not much). The idea is to create a zero net mag field in the CC while inducing in only one direction into the collector. And find what frequency the collector resonates at with the pulses on the CC. -the old squeezing the hose stuff again. I do not see that method here.

>>Edit - er'a Brain Fart

Rat race is the wrong thing to do. The rat race should be the result not the cause. A ring with multiple CC's. Each end of each CC faces an opposing the same magnetic polarity from the next coil. They are all connected in series. Pulse the chain and create magnetic voids/nulls collisions between them. Create at mag nul peak and an electric charge appears to fill the void equalize (viola DC). It doesn't matter which pole is facing where as long as it faces an opposing pole the same polarity. The collector is running through the axis so it receives the charge.
Use the output of one collector to feed the input of the other set of CC's and that collector feeds the first set of CC's. There is where 90 degrees out of phase comes in to create sustaining rotation. <Edit> Here is where the TLF's come in. Not just to couple and filter but to shift phase. Then all is needed is best frequencies and finding the potential.

Got some mods to do.........