HIGH QUALITY TPU DVD Video Released from Jack Durban

[hartiberlin]

Regarding the other players surrounding the technology... There were no other people around outside of those mentioned. Most all of the inner circle were investors, Steven's attorney, and periodic visits from Spheric management. No one had unsupervised time with the devices including myself.

Could you please name the attorney and the Spheric management guy?s names please ?

Who was the guy that filmed the video and who was the one assisting Steven Mark
with putting in the lightbulbs at the biggest device ?

Do you know or ever spoke to John Sanchez a colleague of Prof.
Roland Schinzinger ?

The video by the way, is a direct cut from the hi-8 master. I just dubbed the DVD I made years ago as a backup in case someone broke in and found it.

Okay, that is great, that the DVD is a first generation copy of the Hi-8 tape.

Getting back to prior statements...When I look at the output chokes and large polycarb caps I can't help but think that these are used as a means of isolating the load from the output. This theory would prove true if one were to discover that the output was feeding the choke/cap pairs in series. I cannot fathom why these would act as hash filters since the output is H.F. to begin with. In other words I only use chokes like these to mitigate noise in exotic power supply designs utilizing switching type regulators. The TPU is already producing H.F. so why filter it? The only argument I can see in opposition would be the I.R. drop across the chokes causing moderate to high localized heating. A slight discoloration of the choke windings would occur during operation perhaps even localized visible heat vapor. Another hint to consider is the capacitor chemistry selection. Why such an exotic cap? The polycarbonate capacitor exhibits very low ESR providing the purest or most ideal filtering characteristics especially in an application using higher voltages.

Do remember that Steven could not run inductive loads for quite a while. The youtube video that shows Steven running inductive loads was indicative of his finding a fix for the problem. The video quality however is so bad that it is very difficult to spot and obvious hardware mods made to the device.

Hmm, I think the TPU is probably much simpler than we all
think about.
As SM said, when he switched on his biggest 17 inch 1 KW device,
he said:
"Now I switch on the first frequency, now the second frequency."

So obviously only 2 driver frequencies are used, not  3 frequencies..

Hmm..
Maybe there are also only 2 output collector coils and not 3 output coils.
As in the smaller open devices also there are only 2 discs, one upper
and one lower disc where at the outer circumference a output coil is wired..
And we don?t know, if Mr. Mannix really was in contact with SM or if he just made
it all up from his own views..

[BEP]

I?m sure you can have two or three frequencies but think only two were used for control. As in a reversing switch mixer. The conventional reversing switch mixer has one square wave control signal and can use two toroid-looking chokes. The switching mechanism is the conduction of fast diodes being triggered by the control signal. Not far from a mag-amp or directional coupler. One nice thing about such mixers is they tend to cancel out even orders ? helpful for rotation and unidirectional current flow.
I?ve never seen more than one control signal used but I?m sure two or three could be done with more inductors.

Basically, not only could they be used as common-mode chokes but with no wiring changes they would also act as a balanced to unbalanced coupler between the coils and load. As Jason pointed out? the switching would be very fast since the only active devices would be diodes (de-coupled from the load) and an oscillator, probably a VCO(also de-coupled).

Bunching of the waveforms could be done with a center conductor (collector?) wrapped with bi-filar vertical acceleration coils and then on top of those ? quadrature coil sets(cancellation of fields and squeezing ? raising the hose). As many will disagree, this system would lend itself to resonating at extremely low and unexpected frequencies and their subharmonics.

This would help explain the DC Ampprobe showing current at different points and angles inside the large TPU. Such a meter would need a strong difference in current between the middle and surrounding areas of the clamp to register much of anything. Usually the only areas exposed to mag fields are the inside of the clamp. However, with no wire conductor in the middle he would have to effectively put the clamp around a directional flow (tail of a mini-tornado?).

The idea that the compass stops because the rotation is too fast may be right but I think it is more likely because the first axis of rotation is joined by another that is perpendicular to the first. Where they meet there is only current flow and no mag flux.

All only opinions. Sorry to butt in. I?ll leave you all to your good work now.

[sparks]

what's that purple glow around the top perimeter and also to the right?

  I know what your saying.  It seems to be a light scource and it is reflecting off some plastic disks on the open tpu.  Maybe Jack knows?

[Jdo300]

The torrent link is down.  Is there another place to download it via torrent client?

Hi,

I just noticed that the tracker is down, I'm working on it now and should have it up and running in a few minutes .

[Jdo300]

Ok, I found the problem. Forgot to add the domain name I made to the update list for my DNS updator. It should be working now

God Bless,
Jason O