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Author Topic: TPU Clues  (Read 59526 times)

innovation_station

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Re: TPU Clues
« Reply #120 on: August 07, 2009, 07:36:06 PM »
This gets more and more interesting all the time.

you should come play with us  in the JT SANDBOX...  :D

 ;D

just cuz i did ....

W

they cut way easyer than i ever thought they would ....  ;D 8) :o :o

EMdevices

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Re: TPU Clues
« Reply #121 on: August 23, 2009, 09:20:57 PM »
nice setup IST,


@all, here's another hairbrain idea.  loops are iron wire, so if the LC tank circuits they form resonate, currents will flow and the magnetization of the wire will change, but it's wire is the core of the toroidal windings and they form tank circuits too, so maybe they are tuned to the products of the frequencies that might be available in the magnetic field B, transformer can bridge things, etc.. so many posibilities

EM

szaxx

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Re: TPU Clues
« Reply #122 on: August 26, 2009, 07:55:00 PM »
Hi All.
 I have read much and still learning. There is one thing that grabbed my attention its The Faraday n-machine. Google it and see. Having read about it I understand its operating principle now.
another one is JRR Searls levity disc try this too.
trying to unwrap the TPU enigma I have concluded  some points.
1. reference  to SM's notes on moving a magnet ALONG the wire ...nearly all here seem to of read across as rotor stator standards and transformer action allow.WRONG WRONG WRONG.... now then that makes me feel better.To undrestand where most of the errors are with this project we need to go back to basics.SM said    it outputs DC  DC  DC  DC    with a little hash.  Along the wire we need to create a rotating magnetic field..This is another one of the worlds unproven facts...  can it be done???
Has SM unknowingly done this????  He said he did not know how it worked however if you study the n-machine from 1832   thats a long time ago,the workings begin to appear very similar!!!!
THE SPEED OF THIS MACHINE AND THE SIZE OF THE DISC ARE RELATED, ASSUMING assuming a constant field strength.
THANKYOU OTTO you said the size of the core is related to the operating frequency.
2. IF we assume the ether is fluidic within limits then to create a flow of energy in our machine we need to stir it a little, the earth rotates in the suns field and orbits elliptically, so can we give it a kick in the right direction and it react ...water down the plug hole emptying the bath. This is still unproven but would longitudinal waves work if it wasn't fluidic? would FTL radio signals proved on this planet to factual experiments have happened? Ithink not so lets think on this and stop shining monocromatic red light on a monochromatic green target hopring to see something... 

Thanks  Steve..

kooler

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Re: TPU Clues
« Reply #123 on: October 08, 2009, 02:59:34 AM »
hello,
i just got into this sm tpu stuff and watched all videos...
from all the pics i have looked at the big toroid is easier to see stuff..
i had a friend build a smaller unit from the stuff i see here but he just used the taser transformer and cap and went to his custom built e-cores... he had two microwave transformers that he switched the secondarys to some 18awg standed hookup wire.. it looked like 10 turns ...
but the primarys of the transformers were hook up in a series and the taser cap went to the
other primary wires
if it is like his the transformers get hot as hell in a few mins
i dont remeber the output voltage but his would light a couple regular 100watters
hope this helps you guys but it was 8 years ago when he showed me..
i might try to build his setup and show you folks later .. if you want me too

but i got a pic here of what i saw looking at sm tpu

http://img5.imageshack.us/i/largetpu.jpg/

giantkiller

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Re: TPU Clues
« Reply #124 on: October 08, 2009, 04:35:44 AM »
Well, you know this caught my attention!
The black box is what shocks the copper! Very high Voltage, very low amperage, Tesla circuit. Gee, it all fits quite neatly doesn't it?
I have seen those stungun transformers 100 times over. I am the stungun king here. LOL. Very early into this I pointed to the sparking demo video that the main circuit was a stungun but that thread crashed eons ago. That is the easiest way to get the effect and the sparks are blueish white. It is also cold electricity. I get shocked not burned. Oh, and by the way, it only takes one 9volt battery. Hee, Hee, Hee!
Good find! You'll have no problems with the TPU concepts if you don't already.  ;)
One of the things that got lost was my test with a twenty foot loop of EZflow Audio cable as extended probes from the stun gun. The spark was just as powerful but the tranmission was alot larger. It killed a PC, a router, and O-scope! Another dangerous moment in the life and times of this TPU tester. I did a single loop, multi turns, added tranformers, did parallel loops. Guess that lets the cat out of the bag, eh? Connected 3 stun guns probes to loops to triggers of other looped stunguns they all fired each other in a circle jerk. Yeeha! Decided at the time that the transmissions were too apparent for living in the vicinity to a top secret radar base and 2 air ports so I stopped any more additional coiling.

hello,
i just got into this sm tpu stuff and watched all videos...
from all the pics i have looked at the big toroid is easier to see stuff..
i had a friend build a smaller unit from the stuff i see here but he just used the taser transformer and cap and went to his custom built e-cores... he had two microwave transformers that he switched the secondarys to some 18awg standed hookup wire.. it looked like 10 turns ...
but the primarys of the transformers were hook up in a series and the taser cap went to the
other primary wires
if it is like his the transformers get hot as hell in a few mins
i dont remeber the output voltage but his would light a couple regular 100watters
hope this helps you guys but it was 8 years ago when he showed me..
i might try to build his setup and show you folks later .. if you want me too

but i got a pic here of what i saw looking at sm tpu

http://img5.imageshack.us/i/largetpu.jpg/

Tito L. Oracion

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Re: TPU Clues
« Reply #125 on: October 08, 2009, 05:24:21 AM »
Hi every one its me again  good day !

The secret of tesla in his magnifying transmitter is that, to make a big oscillator in the air and then receive that via antenna then get little watts and amplify that again to make huge energy  8)

i think sm did that already.  and some of us here ;D

kooler

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Re: TPU Clues
« Reply #126 on: October 08, 2009, 05:36:33 AM »
i take it that those toroids in the center are hooked up on one leg each from the taser cap and the brown or black wires and are pulse charging the big dc caps at the rear of the tpu that power the circuit for the stun gun transformer..
i also think that the output power is from the wire wrapped in the center of the tpu .. (being dc current) and the coils from the high voltage transformer is wrap in a small coil on top and bottom of the tpu to provide the rotation of a magnetic field .. giving the middle wrapped wires a dc voltage
very much the same as my friends rig but it gave ac voltage and it didn't power its self...?

sorry if i might have mispelled something... i drink a couple cocktails every night
 helps num my brain .. to help me sleep

oh forgot to mention didn't sm say in one of his video's that '' this is a high voltage device ''
kind of fits doesn't it...
« Last Edit: October 08, 2009, 06:48:00 AM by kooler »

kooler

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Re: TPU Clues
« Reply #127 on: October 09, 2009, 04:25:18 AM »
hello,
is this a 70's era inductor or....
http://img410.imageshack.us/i/dccap.jpg/

what you think.. dudes..lol

Mannix

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Re: TPU Clues
« Reply #128 on: October 09, 2009, 04:40:07 AM »
100% its a resistor!

kooler

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Re: TPU Clues
« Reply #129 on: October 09, 2009, 04:56:58 AM »
kool .. thanks

BEP

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Re: TPU Clues
« Reply #130 on: October 09, 2009, 10:58:43 PM »
You folks actually believe that is a resistor?

Granted, that type of case is not common now but it and the layout of the color bands was still common in the 80's.

It is not a resistor. It is a diode. Even without knowing the colors I can tell you it is either a 1N9x series diode or a varactor. These were common in VHF circuits.

kooler

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Re: TPU Clues
« Reply #131 on: October 10, 2009, 01:35:35 AM »
didnt mean to fluff any feathers but the reason i thought it was a inductor.. is they used to use
Parasitic Suppressor chokes in VHF circuits also, the ones that look like a resistor but has a lump in the middle..
i'm just looking for any clues so i can start the build soon...

BEP

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Re: TPU Clues
« Reply #132 on: October 10, 2009, 02:29:10 AM »
No feathers fluffed here  :)

I just hate to see folks thinking something so wrong and trying to work with it.

I could be wrong about the diode type but it is certainly no resistor.
« Last Edit: October 10, 2009, 02:59:24 AM by BEP »

wattsup

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Re: TPU Clues
« Reply #133 on: October 10, 2009, 06:04:18 PM »
@BEP

Thanks. I think you are very right that it is not a resistor cause that would make it a standard bleed resistor on a cap. Why would you want to bleed juice in a device that is trying to make juice? But the two black caps are in series, so what would a diode do over each cap in series?

BEP

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Re: TPU Clues
« Reply #134 on: October 10, 2009, 08:53:04 PM »
@BEP

Thanks. I think you are very right that it is not a resistor cause that would make it a standard bleed resistor on a cap. Why would you want to bleed juice in a device that is trying to make juice? But the two black caps are in series, so what would a diode do over each cap in series?

From what I can tell each diode is used as a rectifier to charge the caps. This should be a simple power supply for the central circuits. One problem, the diodes seem to be reversed for that purpose. If so, he was using silicon diodes and their weird ability to pass very short spikes under reverse bias. Those spikes have single digit ns cutoff times.

I forgot the different names given to that action. I'll look them up and post later.
I am very sure these caps and diodes were not part of the load circuit.