HIGH QUALITY TPU DVD Video Released from Jack Durban

[Jdo300]

Hello Everyone,

FYI, the torrent now is officially shut down. I have continued to upload the video parts to the MediaFire folder for those interested. Here's the address to the main folder.

http://www.mediafire.com/?sharekey=bcb5de0bd0f181ea8c9e7c56ba37815f5a52c02ec6da2cd7

The Part 3 files are now uploaded, will be working on the part 4 pieces today.

God Bless,
Jason O

[dean_mcgowan]

I have absolute proof its a fraud ... but i cant reveal my sources 
Hi guys (and gals) long time no see .. hows things in ou land ?

Cheers,

Dean

[Dom]

@JD,

This is also from SM pdf, I know you don't think any of his info is credible, but I just wanted you to think about this:-


Quote from SM:-

".....necessary to make the demonstrations you see on the video tapes available today. So in many ways we have early RCA color TV engineers to thank for my discovery of the power generator. I am sure they are all dead now but they did contribute........."

So I did some research and found:-
http://www.rmcybernetics.com/science/high_voltage/voltage_mult.htm

Three stage CW multipliers, commonly known as tripler, were used in most of the early B&W and colour TV's. The voltage drops rapidly as a function of the output current. In some applications, this is an advantage. The output V/I characteristic is roughly hyperbolic, so it serves well for charging capacitor banks to high voltages at roughly constant charging power. Furthermore, the ripple on the output, particularly at high loads, is quite high.

Increasing the frequency can dramatically reduce the ripple, and the voltage drop under load, which accounts for the popularity of driving a multiplier stack with a switching power supply. A clever way to reduce ripple is to implement a full wave voltage doubler as shown below. This effectively doubles the number of charging cycles per second, and thus cuts down the voltage drop and ripple factor. The input is usually fed from a centre tapped ac transformer or MOSFET H-bridge circuits.

You can find more detailed information regarding this subject by visiting Blaze Labs   :-http://www.blazelabs.com/e-exp15.asp:-


SM mentioned about the imploding tv set which killed a young boy, tv sets have high voltage systems in them, so its logical to think that this maybe the other piece of the puzzle. Plus the output dispalyed on SM multimeter is DC in nature

Are you aware at all of this story?

And again from SM:-
".......Energy conversion is different when you consider speed. 12 volts at 100 amps is slow and the energy can not dissipate quickly enough to kill you by discharge. But, it is a lot of energy especially if converted to speed. Reduce that 100 amps to 100 mA but increase the voltage (speed) to 100,000 volts and you can electrocute someone!
My unit operates on these principles. Think about all those frequencies traveling inside the collector coil and how they interact....."

I have a cct of a small high voltage dc to dc converter from electronics cookbook, using 555 timer, diagram attached, now my take on this is what if we were to use a small enough transformer inside the first tpu, and the output of that fed into the ring configuration, so basically my question would be, was there at that time a small enough transformer that could be placed inside the first two tpu's which would be concealed?

[Dom]

What the above information amounts to, is that if some transformers back then were very small, say 110v to 12v stepdown, this with the voltage doubler/trippler cct, consisting of some diodes and small caps, could be concealed inside both these units, infact even in the larger units, and it's this HV which holds the key to the unlocking of the phenomenon of the power of the ring.....

obviously, you would reverse the transformer as per the diagram above, notice the voltage in, and hv out, 9volts in would give 110volts out, pulsed DC.........

Just something to consider here as another angle of operation.......


Dom

[aleks]

Just something to consider here as another angle of operation.......

Yep, I believe it's what is going on in the TPU except the coil winding. Your DC-DC xformer pic shows standard step up transformer setup. TPUs have bifilar winding, so their operation should be a bit different - they do not perform voltage transformation, but they create a charge field around toroid, they use this toroid as a big open capacitor. Mag fields aside, what do you think should happen if your pulse is short and core response is slow? The energy you invest with each pulse will stick to the core. This is what I would call a charge of core.