Author Topic: The Master Of Magnetics "Steven Mark" (Read 1242990 times)

pese · « **Reply #2325 on:** February 20, 2007, 02:47:59 PM »

if you wl know the negataive voltage of the peaks from your induction coils.
take anothe 1n4140 (even 2 pcs for higher voltages)
and charge also up an condensor with this "paks"
so vou val lock the voltage ober condensord with an
cheap voltmeter.
PESE
No special testequipments need . Only little knowledge

Pese

otto · « **Reply #2326 on:** February 21, 2007, 07:37:28 AM »

Hello all,

since I have my MOSFETs inside the TPU strange things are going on:

1. its the first time my 24V/5W light bulb is almost at full brightness with only 1 frequency
2. Heat - there is heat in the TPU. With 12V/1A from the power supply something is heating up in my TPU. This would be around 300mA for each MOSFET. Of course the first idea was that the MOSFETs are hot but when I touched the heatsinks they were warm but not hot, the MOSFETs too. 10cm over the TPU I can also feel real warm air.

Something is going on with my TPU and I have to see what.

Otto

tishatang · « **Reply #2327 on:** February 24, 2007, 02:54:21 AM »

Hi Otto

Am anxious for followup!!

Tishatang

joe dirt · « **Reply #2328 on:** February 25, 2007, 04:18:25 AM »

giantkiller · « **Reply #2329 on:** February 25, 2007, 05:43:10 AM »

Quote from: joe dirt on February 25, 2007, 04:18:25 AM

Hello all

A couple of weeks ago I was sifting through googl and I beheld a grand
vision quest in the form of a video, demonstrating, apparently, a working
device from Steven Mark, in which man has succedded in attaching his
machinery to the very wheelwork of nature..

I mean Daaaaaaang!!

Hence I found this fascinating Thread, lengthy that it is, I have a question
Where can I find otto,s wiring diagram mentioned by giantkiller?
Thanks in advance.

As for my motivation in this... I always wanted air conditioning for my tent...

Dirt

http://www.overunity.com/index.php/topic,1872.msg21437.html#msg21437
It is Lords of the ring, page 1, post 2. The faint coil wiring diagrams and along with full instructions and pictures.

-- giantkiller. Enjoy.

wattsup · « **Reply #2330 on:** February 25, 2007, 04:07:55 PM »

When using otto's wiring on my TPU control coils, I put a compass in the middle and just pulsed by hand on a 12V battery, on/off manually at a certain frequency the compass would continue turning in a clockwise rotation.

I am zero in electronics but great in mechanical and logic systems. I am wondering if you could just try to pulse on off the control coils with 1-12 volts variable at around 12,000 pulses per second and send the frequencies into the three collector coils, one frequency per collector coil and check the voltage on the collectors.

SM said the output was DC with a slight AC 5 volts component. Now were did that AC come from if it was not already pulsed into the line as a frequency? Also, where did he get that AC from.

Lastly, I have found to good links.

The first is about DC generator circuits which I think have a good parallel to what the TPU is doing, but they do not discuss OU, but it may be a good source of inspiration.

http://www.prod.sandia.gov/cgi-bin/techlib/access-control.pl/2002/022059.pdf

The second link discusses the growing importance of considering DC usage in our daily lives. I think this shows the importance of the work done on this site.

http://mydocs.epri.com/docs/CorporateDocuments/WhitePapers/EPRI_DCpower_June2006.pdf

These are long files but may have some good substance.

All the best.

mflynn44 · « **Reply #2331 on:** February 25, 2007, 07:21:36 PM »

Quote from: wattsup on February 25, 2007, 04:07:55 PM

When using otto's wiring on my TPU control coils, I put a compass in the middle and just pulsed by hand on a 12V battery, on/off manually at a certain frequency the compass would continue turning in a clockwise rotation.

I am zero in electronics but great in mechanical and logic systems. I am wondering if you could just try to pulse on off the control coils with 1-12 volts variable at around 12,000 pulses per second and send the frequencies into the three collector coils, one frequency per collector coil and check the voltage on the collectors.

SM said the output was DC with a slight AC 5 volts component. Now were did that AC come from if it was not already pulsed into the line as a frequency? Also, where did he get that AC from.

Lastly, I have found to good links.

The first is about DC generator circuits which I think have a good parallel to what the TPU is doing, but they do not discuss OU, but it may be a good source of inspiration.

http://www.prod.sandia.gov/cgi-bin/techlib/access-control.pl/2002/022059.pdf

The second link discusses the growing importance of considering DC usage in our daily lives. I think this shows the importance of the work done on this site.

http://mydocs.epri.com/docs/CorporateDocuments/WhitePapers/EPRI_DCpower_June2006.pdf

These are long files but may have some good substance.

All the best.

The 5 volts AC is referring to the tube setup where Steven had a 5V AC filament supply which also showed up as a 5V AC ripple at the plate.

joe dirt · « **Reply #2332 on:** March 06, 2007, 07:21:36 PM »

otto · « **Reply #2333 on:** April 12, 2007, 07:59:48 AM »

Hello all,

from now on I will post here. Its the main site.

I made a new picture of my basic test. I hope its clear now how to connect the coils.

innovation_station · « **Reply #2334 on:** April 12, 2007, 08:07:19 AM »

@ otto i am from canada

ist

eldarion · « **Reply #2335 on:** April 12, 2007, 06:36:21 PM »

@Otto,

Thank you for the diagram. I am not clear on how to create the pulses, however. Should the pulser pull the pulse input up to +12 and then drag it down to GND, or should it allow the pulse input to float during one of those cycles?

Thanks!

Grumpy · « **Reply #2336 on:** April 12, 2007, 09:29:57 PM »

Is this more than just an illustration of voltage biasing?

Am I missing something?

otto · « **Reply #2337 on:** April 13, 2007, 07:39:36 AM »

Hello all,

when the oscillator is OFF you have 12V on the bulb.
When the oscillator is ON you have 12V on the bulb + additional 12V from..... my squarewaves are 5V or less.

Months ago I posted this picture because with only 50 turns of wire I had better results then with a TPU with 3 collectors and on each collector 4 control coils connected like Tesla patent....that had a weight much larger then this little coil.

@eldarion

just connect +12V on one side of your coil and on the other end of this coil the lamp wire AND an oscillator, thats all!!

This clearly showed me that something is wrong.

Otto

smoky · « **Reply #2338 on:** April 13, 2007, 08:20:08 AM »

Tried your circuit Otto,
I used a 555 timer switching a FET with 50 Turn coil from the Drain terminal to +10Volts.
I connected the multistrand "collector" wire from the Drain terninal on the FET to earth (0V). I can adjust pulse width and pulse repetition frequency on the 555 with a couple of pots.
Here's what I get on the CRO....
when the FET switches ON I get close to zero volts on the Drain.
when the FET swtches OFF I get a massive 50Volt positive going transient pulse which is about 10 microseconds wide with a risetime of approximately 2 microseconds when the pulse expires the level on the Drain of the FET returns to +10Volts before the next cyle occurs.
Collector was loaded with 12V 12W auto light was loaded to earth, above measurements were taken from +ve centre contact on this bulb.

Lamps lights to about 1/2 brightness with 10V and total load current into circuit is 0.9 Amps depending on pulse repetition frequency. With increased prf can go to over 4 Amps, light gets much brighter but coil gets very hot.
Height of transient pulse remains the same.

If I was to try to make a TPU maybe I'd charge capacitors off this transient and try to get it to self run?

Smoky

eldarion · « **Reply #2339 on:** April 13, 2007, 08:33:44 AM »

@ otto

So the oscillator should NOT pull the pulse input all the way to ground? And it should be able to drive the pulse input to 12V + 5V (or whatever the voltage of the oscillator is)? I am measuring all voltages from the ground symbol in your diagram. So in the oscillator's low state, the voltage would read +12V at the pulse input, and in the high state the voltage would read 12V + [oscillator voltage]?

Thank you for answering my stupid questions; I only have a few MOSFETs and drivers left. If I blow them up through miswiring then I will have to wait several weeks to order more (I don't have a good electronics supply store anywhere near me)

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Author Topic: The Master Of Magnetics "Steven Mark" (Read 1242990 times)

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