Successful TPU-ECD replication !

[otto]

Hello all,

@altium

sorry, I dont have oscillators in the MHz range. My SS crap is working at the highest frequency of around 500kHz with a very bad output signal. Just look what the fantastic people here are doing - a veeeery nice job with SS oscillators.

When I rised the voltage from my power supply from 12V to 50V or more I saw that I need a higher frequency of my pulses to keep the current from my power supply in "control", to say so.
As I burned all of my MOSFETs - over 100 - I started to build my tube oscillators but then I got in trouble with some problems at home and so the tubes have to wait until I solve my problems. I will be back at my workbench next month, I hope.

Otto

[pauldude000]

@all

Guys, I am as serious as the day is long. I need some TPU and electronics heavyweights to check out something of mine. I have started a new thread "The TPU uncovered? (A PROBABLE technique.)" here at overunity. Check my logic, and if it raises the hairs on the back of your neck, like the realizations did to me..........

I didn't want to post it here, as it does not really belong here, so I started a new thread.

Paul

[giantkiller]

Dear sirs, Giantkiller and Otto, would share a MHz range working diagram with me?

I took Feynman's posts and went and got the Linear LTC6904 ic on the DC726A-B I2c boards as samples, 2 of them. I also got the DC590A USB board as a sample.
Yep, we got 68mhz. I got it for free. You can too.

http://www.linear.com/pc/productDetail.jsp?navId=H0,C1,C1010,C1784,C1096,P2416
http://www.linear.com/pc/downloadDocument.do?navId=H0,C1,C1010,C1784,C1096,P2416,D25439
http://www.linear.com/pc/productDetail.jsp?navId=H0,C1,C1154,C1284,P60162

--giantkiller. Shweet.

[Spider]

Hello all,

It took me more than 8 days to read this thread and its predecessor.
First of all it made me clear that I am still a ?PC Hero?

I think I finally have some more understanding of what all you builders have achieved until now, my great respect for that. I think it is hard work.

While reading, some questions popped into my mind I would like to share:

Is there another obscure oscillation in the tpu,
the up and down movement of the rotating magnetic field?

I made a little animation, down below.


How come that al builders who had amazing results, had tpus with HEIGHT?
ECD, elevated mobius,GK?

How come a rotating magnetic field doesn?t fly out of the tpu?

What is keeping the field in the tpu? An internal or an external force?

For the rotating field, is the outside of the tpu , denser then the inside?

When this oscillation hits resonance, is this the BIG KABOEM?

Does the combination of rotation and translation create washboard?

Would this give meaning to the nessecity for 3 stacked collectors.

Could this happen in a TV?

Passing magnetic field over many tiny wires many many times??


And many more, but this for now?.


Greetings Rene

[otto]

Hello all,

@spider

maybe I can help a LITTLE.

First I have to say that Im not good in theory but......

With a ECD TPU you can light a 100W bulb. With good oscillators and a good power supply. But there was soooooo a heating of the coils!! Only a few minutes and they are burned. In the most cases because of the high voltage.

It was my idea and I had to leave it because the coils - NOT wound "all around", overheating...

Then I made a ECD TPU with a Rodin coil collector or something like this. I saw a really big magnetic field. From this TPU I learned something:

the particles are "lazy". To say it better, they have inertia. You need a force to give them the first "move". When they start up to rotate they accelerate to a level and then - nothing. Everything depends on the frequency used.

We all are only pulsating our coils, nothing more. You can do so until your an veeery old man. Nothing happens. You can have nice kicks, a nice light.......thats NOT IT.

What we need is a TPU that has ....hmmmm.....how to say it, coils wound with a few sharp edges.

Just an example: the TV deflection coil has 4 layers (the outer coil) wound from left to right around a core and then straight to the start of this coil for the next layer.

Also the tesla patent, mentioned in this forum, has also layers, 4 of them, the most people doesnt know this.

Why the layers?

As said, the particles are lazy. When we pulse such a coil the particles are "released" from the copper. They join much easier the swirling particles in our "tornado". In such a way we have a big magnetic field.

I saw this with my Rodin coil collector.

In the TPU there is a left - right movement and an up - down movement. There are a lot of movements. This IS the reason I would never try to figure out how a TPU works. Its complicated for my little brain.

Height is one of the most important factors. There is a rotating field, there is capacitance in the coils and there must be a distance between the coils so the particles can swirl around the toroid without a limitation.

No, the big bang is not ONLY from resonance. There is another factor: the voltage from your power supply. Of course not to forget the coils, the capacitance of the coils the.......my God, a lot of factors.

We can have a TPU with 2 collectors.  My worst disaster I had with a ECD TPU with 2 collectors and 3 or 4 control coils. I will better forget my "success".

It could easily happen in a TV in the old days with tubes. This IS the reason I grabbed 3 deflection coils and looked how they are wound, measured them,pulsed them in a wrong way....with 12V from my power supply....

Otto

More then enough for today.