Otto`s replication of Steven Mark`s TPU

[hartiberlin]

Hi Roberto and Otto,
first , I have to really thank you for your hard work and very good documentations !

This is the way it must be documented.

Now a few points I have to make after reading your PDF file:

1. Please try to document the input power
besides the pictures when the light bulbs lights up.

A good way for measuring the input power realiable
would be:

PS -> analog Volt and amp meter -> LC lp-filter-> LC lp-filter-> LC lp-filter-> input to mosfet circuit...

So directly after the output of power supply PS you put analoque Volt- and amp-meters
and then have at least 3 stages of LC lowpassfilters with big wire size inductance L in series
and capacitance C to ground, so you have at least a cutoff frequency of less
than 0.1 Hz.
So that will give you an almost pure DC current flowing  from the PS through your meters.

Also put the PS with the meters a few meters away from the TPU, so you have no RF interference.

As it seems in the 2 pictures the 100 Watt bulb lights with about maximum
30 Watts or so brightness, so it is not the full 100 Watts output, that the bulb could take, right ?

So what is your input then at this brightness ? Less than 2 amps at 12 Volts ?


2. The heating of the alu heat sinks could come from the magnetic fields
inducing eddy currents into the alu metal, so just put it more far away from the
TPU if that helps...or do you really need the heat inside the MOSFETS ?

3. What happens, when you use a 10 to 100  nF capacitor parallel to the output at the bulb ?
Do you get then pure sine wave output with a DC offset ?

I also got in my short TPU experimentation a better output, when I mixed 2 oscillators
instead of 1 oscillators into the controller coils.
So with 3 mixed frequencies you could achieve probably even more, that is clear.

4. Maybe you can try it again with big loudspeaker cable as the output cable,
which have many stranded fine wires... also maybe with more loops !
This should even give more output at the same input power.

Many thanks for this great documentation and looking forward to more measurements and updated PDF files.

Regards, Stefan.

[ronotte]

Hi to all,

@Meggerman
- of course there are some typos...I'll fix them.
- NO problem I'm working with Otto...only my fault with verbs!

@ ZPE
Thanks for your observations. I just want to say that ECD is not an overunity device. Power supply is needed indeed only to power the 3 oscillator (100% of the time....for now) and the MOSFETs for the first few seconds in order to get them soon hot...and start the particles release cycle. So actually it seems that there are no relations (known by us) to correlate in any way the PS power and the output power in the sense that with the same PS power you can choose to have in theory any desidered output power. That is what we have seen. Again when we are near a 'full conversion' the PS output current goes to ZERO.......that's what we have seen. Of course is difficult to give an explanation according current standard EE knowledge.
I really kindly do invite you to replicate this design and do help us in understanting this new technology.

Regards

Roberto & Otto

[ronotte]

@Stefan,

many thanks for your kind words and for the many questions you are making. Please be patience, give us the time to get a pause as we have been working lately so hard. I've not yet had the time even to go to my work-bench (the same for Otto) to start making the many other tests that are waiting (anyway I've to attend my duty in my Office as well).

Actually 'the meat on the fire' is really a lot and I don't know perhaps were to start from!. I'm asking to all of you to help in doing such a monstruos task!  So Stefan why don't you try as well? Of course you can I do know it, so do it! We really are waiting for your tests...we are not joking, it's not a game any more.

One of my first next personal task will be to make a 'GOOD' footage of real operation so you will see it 'on-line' as I understand it seems incredible (for me also), and I'll post it there.

Regards to all

Roberto & Otto

[nong]

Hello Roberto and Otto,

I'm glad to read your document.  It's very nice.
Thank you very much.

Could you give me detail for collector coil.  How many coil
turn's number for 1cm silicon hose?

Best regards,
nong

[CTG Labs]

Hello Roberto and Otto,

I'm glad to read your document.  It's very nice.
Thank you very much.

Could you give me detail for collector coil.  How many coil
turn's number for 1cm silicon hose?

Best regards,
nong

I take it you didn't actually read the document after downloading it then?