user TURBO?s replication of Steven Mark?s TPU ?

[xilusma]

@ All and Stefan,

I think, from the video available from SM to Turbo and the latest from "Dave" showed that the TPU is and can be built, working and duplicate.

I think we need to pull our effort together in order to make the TPU (at least the basic) duplicate-able.

And please, stop the scrutinise the TPU with all the JARGON which I think has make the learning more harder/obstacle than it supposed to be.

Make the learning more fun and fruitable. Let the simple be simple and let-off the "academician/scientist", at least after we can built the basic.

Regards

[Magregus]

Very weird, is turbo -> x? is that right, and why post all these things then shortly after go and edit them out?  Very strange behavior.  Here's hoping they will give us some more information in the coming days.

[hartiberlin]

I can confirm from other postings with the same IP address,
that user TURBO is
the former user Marco from the Netherlands
and that user
X
is Dave Mason from CTGLABS.COM

So I wonder, why they try to play cat and mouse games with
us over here ?

Please Marco and Dave speak up, what you have and
don?t hide behind anonymous usernames...

This topics is too important to be played games with...

If you have a working TPU replication, please let us know
and post more infos or at least post what you try to do with it now...

Many thanks.

Regards, Stefan.

[nwman]

I hate to get into this conversation being as uneducated as I am on this topic. I just thought I would ask if someone can explain the whole principle in laymens terms? Or if you could provide some links to where I could study up? Thanks,

Tim

[wattsup]

Turbos device is very interesting and simple.

Reminds me that the other day I was just fooling around with a 12 volts DC 4A battery and some transformers. I was trying to see if using regular off the shelf transformers would have any effects when hitting the battery terminals, sort of like the kick you guys talk about. I put my voltmeter on the output of the transformers and set it at 1000 vdc.

After trying about 5 different types with no results, I tried a standard 115 VAC to 12V - 0 - 12V 2A transformer Amstad brand model AM-TR-24T-2. Using the two wires on the input side, I put one end on the positive battery terminal and took the other wire and started to tap on the battery negative terminal while looking at my voltmeter. I found that by tapping on the battery terminal about 4 to 7 times per second, I was getting voltage readings from 600 to over 1000 volts dc. I did not get anything that high by using the other transformers. Plus I could feel the transformer was jolting each time I hit the negative battery terminal.

Also, my TV is about 6 feet away and every time I tapped the transformer wire on the battery negative terminal, the TV screen would show static. Never saw this before.

I am wondering if a circuit was made to connect and disconnect using a transistor(s) or triac(s) with an adjustable tapping rate, this voltage may be harnessed somehow.

I'm not an electronics guy so this is above me. I'm more into the mechanical and logic end. But maybe all we are seeing in the TPU is a way to generate a small DC voltage with the magnet over a coil, then tapping a larger coil on the negative terminal of that voltage. Also by tapping 4 coils in succession, this would maybe smoothen out the output voltage.

What you call a rotating field may simply be a way to tap one coil, then tap the second before the first coil deenergizes, then the third coil before the second deenergizes, then the fourth coil before the third deenergizes, etc.

If I remember correctly SM mentioned while having his smaller coil in  his hands, that it was vibrating at 7.5 hertz.

I made a crude diagram to show what I was doing. I know this is actually very rudimentary but I thought I should mention it in case there was something there.