Author Topic: Successful TPU-ECD replication ! (Read 1150797 times)

wings · « **Reply #885 on:** July 23, 2007, 06:35:33 PM »

ECD-Mobius IS DANGEROUS ?..

Assuming that the Mobious coil is a scalar wave antenna :
http://www.mathematik.tu-darmstadt.de/~bruhn/Commentary-Oschman.htm

This document ?Capt. Robert M. Collins (TQTR), "Soviet Research On The A-Vector Potential and Scalar Waves (U)," Unknown? from: http://www.unusualresearch.com/scalarbib/scalarbib.htm

give possible conseguence of the use of dual mobious coil, see the page 5 para ?Ad hoc Theories on Scalar Waves? Summing two scalar waves??.the ultimate ecological catastophe?

Ciao Marzio

Motorcoach1 · « **Reply #886 on:** July 23, 2007, 07:31:47 PM »

now thatsÃ‚Â funny-- I just posted a photo of my semi Ottos mobius coil set up on Maniux thread , take a look mabey I should reconcider this set up , mmmmÃ‚Â 2 rings aluminum and braded coax fed throught the pipe,Ã‚Â tight fit . getting ready to wind the aluminum and the bias windings .Ã‚Â stop or go ahead? I'm testing on a concrete room very small and all test equipement is 30 feet away with cameras set up, when i did a test on another coil my camers started to get blurry but kept working , strange effects before to lighting hit.Ã‚Â

13thHouR · « **Reply #887 on:** July 23, 2007, 10:34:14 PM »

Quote from: wings on July 23, 2007, 06:35:33 PM

ECD-Mobius IS DANGEROUS ?..

Assuming that the Mobious coil is a scalar wave antenna :
http://www.mathematik.tu-darmstadt.de/~bruhn/Commentary-Oschman.htm

This document ?Capt. Robert M. Collins (TQTR), "Soviet Research On The A-Vector Potential and Scalar Waves (U)," Unknown? from: http://www.unusualresearch.com/scalarbib/scalarbib.htm

give possible conseguence of the use of dual mobious coil, see the page 5 para ?Ad hoc Theories on Scalar Waves? Summing two scalar waves??.the ultimate ecological catastophe?

Ciao Marzio

You are correct in one sense about the dangers, at the moment on this small scale most people are only experiencing rather odd self resonation, the Hutchison effect if you prefer. I was just warning people to be very careful of the energy saturation density. As they are already observing the gyroscopic effect.

You can accidentally create a short burst EMP (I use EMP for want of better word, as there is currently no wording to describe this phenomenon without delving into deep explanation of TDM and Hawking's Arrow, I am reluctant to add yet another word to the several I have already had to create)

However I need to bite the bullet and give this a name. The nearest description would be a Gravitational Electromagnetic Pulse (GEMP), which is combination of gravitational shift and electromagnetic disturbance locality of the experiment.

It's basically an intensely saturated magnetic pulse that to non magnetic objects it becomes Kinetic instead of electromagnetic energy.

This is an example of a sustained GEMP in which a organic object (around 2 gauss) is levitated
(http://www.hfml.ru.nl/pics/frog.jpg)

The frog freely floats in the over saturated magnetic field. In that experiment the magnetic field is over 1000* more dense than a normal permanent magnet.

innovation_station · « **Reply #888 on:** July 24, 2007, 04:41:55 AM »

i have a question

why does steven use a permanant magnet when he first starts the coil up? or placed in the ring or on it ?

might this be part of the reason why if we have a spinning magnetic tornato in side of the ring could it be used for driiection of spinn of the tornato and used to make electrons flow in the collector wire because he removes the magnets on some tpus and not others i think the magnet helps to hold the electrons in side the ring or if in attraction maybe it sucks the electrons in to the wire

is

Dingus Mungus · « **Reply #889 on:** July 24, 2007, 09:06:00 AM »

Make a solenoid coil and pass a manget over it or on to it while measuring the resistance. You'll notice the tiny fluctuations in voltage equate to great changes in resistance. The harmonic effects being discussed have to do with resonance which is dirrectly correlated to coil resistance and perhaps presence of B field to alter resonance on one of the coils. Like a key to start the ripples. BUT there were models shown with switches and the like. Unless he had them going SS, and the switch opened the output only.

All just theory though,
~Dingus Mungus

otto · « **Reply #890 on:** July 24, 2007, 11:11:10 AM »

Hello all,

Im on vacation and fixing my equipment.

My HAMEG HM oscilloskop is fixed. Finally.

Now I have a new problem:

Maybe someone of you have a shematic of a TECTRONIX 2445B scope??? I have to fix this scope too.

Thanks.

Otto

Gustav22 · « **Reply #891 on:** July 24, 2007, 11:24:43 AM »

Hello Roberto and Otto

as far as I understand you have discovered two possibilities to connect a load to the ECD. These two possibilities are as follows:

1) Load attached between points Phase and Zero on the collector(s).

2) Load attached to an additional (i.e. third) winding of the CCs.

Obviously when the load is connected as in possibility 2), the two collector leads are completely isolated from each other.
Yet it is the main characteristic of a M?bius topographic arrangement, that every point in the arrangement is connected to every other point so that there is no beginning and no end.
If I look at the ECD-collector with this in mind, there is no Mobius topography, when the two collector leads are isolated from each other.

So if you have any time and when all your equipment is working

maybe it would be good to try to connect the load as in 2) and at the same time put a diode between Phase and Zero to provide an uninterrupted M?bius topography of the two collector leads.

Motorcoach1 · « **Reply #892 on:** July 25, 2007, 12:59:56 AM »

Otto -Ã‚Â thats great news !Ã‚Â Ã‚Â I'll post my latest coil here,Ã‚Â Ronnet has seen it so i feel you need a look see.Ã‚Â I'll start winding it soon. the coax is inside the aluminum tube top and bottom. any asistance would be welcome .

gyulasun · « **Reply #893 on:** July 25, 2007, 08:51:39 AM »

Quote from: otto on July 24, 2007, 11:11:10 AM

Hello all,

Im on vacation and fixing my equipment.

My HAMEG HM oscilloskop is fixed. Finally.

Now I have a new problem:

Maybe someone of you have a shematic of a TECTRONIX 2445B scope??? I have to fix this scope too.

Thanks.

Otto

Hello Otto,

Here is a link for some free downloadable Tektronix oscilloscope service manuals but unfortunately your 2445B is not included. But they have 2465B which may has the same input stages. They also have 2445 but it may has a bit different input circuits, your 2445B type was issued 3-4 years later, a friend of mine told me.

So this is the link: http://bama.edebris.com/manuals/tek/

Also, there is a Yahoo mail group on repairing older/classic Tektronix scopes, they may be able to help you, they may have collection in their Files section, and they probably can help with good pieces of advice, see this link and log in:

http://tech.groups.yahoo.com/group/TekScopes/

Regards
Gyula

ronotte · « **Reply #894 on:** July 25, 2007, 11:33:03 AM »

Hello Otto,

thanks to Earl, here you can find the 2445 manual (for $14):
--------------------------------------
http://business.search.ebay.com/oscilloscope_Manuals-Books_W0QQsacatZ40119

http://cgi.ebay.com/Tektronix-Tek-2445-Oscilloscope-Service-Manual_W0QQitemZ330148006856QQihZ014QQcategoryZ40123QQssPageNameZWDVWQQrdZ1QQcmdZViewItem
================
ask
David DiGiacomo
david@slack.com
========

Roberto

otto · « **Reply #895 on:** July 25, 2007, 12:57:22 PM »

Hello all,

thanks a lot for the links.

A special thank to Gyula. I have downloaded the manual for the 2445 Tectronix and can say THATS IT!!!!

Anyway thank you all, ,my good people.

Mannix was right about using a scope. With my analog scope I can see the kicks and signals muuuuch better then with a digital scope.

Now I have to fix my Tectronics.

The last few days I was looking at my old books about TVs, high voltage, particle acceleration.....hmmmm.....

I was looking how a tokamak is builded, a big ring and a little ring....

Anyway, thanks guys.

Otto

Jdo300 · « **Reply #896 on:** July 27, 2007, 10:51:03 PM »

Hello All,

Just thought i would post a link to this thread here. It's to my latest article.

http://www.overunity.com/index.php/topic,712.msg41962.html#msg41962

God Bless,
Jason O

Gustav22 · « **Reply #897 on:** July 28, 2007, 09:53:07 AM »

Proposal for a wiring schematic of CCs.
Signals/pulses would travel 720? (i.e. twice round the circle).
Collector is not shown.

Coil assembly A consists of 2 insulated coils on the same core. These coils A1 and A2 are wound in opposite direction.
Coil assemblies B and C are made up in the same way as A.

1) What happens:
Pulse Pn has just left A1. At that moment A2 could be called the secondary.
The collapsing field (BEMF of Pn) leads to induction in A2.
If A2 was wound in the same direction as A1 the induced potential would be opposed to Pn.
Since A2 is wound in the opposite direction, the resulting Voltage V in the secondary will have the same potential as pulse Pn and such add to the potential of all pulses Px.

Yes? No?

2) How can the augmented potential which in the drawing is routed to GND, be partially recycled?

3) An additional thought:
If the black coils A1, B1, and C1 (OR the orange coils) were wound from iron wire and thus became magnetic while they act as secondaries,
could this effect be called a dynamic magnetic bias?
And would that be helpful?

edit: attempt to clarify my understanding of this circuit:
- A1 and A2 act as a transformer. B and C work in the same way - but these transformers are not isolation transformers. Note:
primary and secondary of each transformer are connected in series, as the circular connection goes round twice.
So energy in the primary and secondary of each transformer
are kept in one circuit and are phase shifted in respect to each other. So they should add up.

TheCell · « **Reply #898 on:** July 28, 2007, 02:25:32 PM »

13thHouR · « **Reply #899 on:** August 18, 2007, 01:59:07 AM »

An important issue to also remember here within the TPU's when resonance wavefronts interact, the resulting wave will be the sum of the interacting wave fronts.

Thus the sweet spots where specific interactions create the kick effect of the preceding scalar/soliton wave. Kicking at the right point of the wave will induce a larger amount of electrons to be discharged from the collector. In a sense the interactions build up capacitance spots in the collector wire. Were part of the wave is holding back whilst the other is pushing forward. Creating a 5Mhz pure sine wave which acts like millions of mini capacitors firing off in a linear sequence.

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Author Topic: Successful TPU-ECD replication ! (Read 1150797 times)

wings

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