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Overunity Machines Forum



Successful TPU-ECD replication !

Started by mrd10, June 12, 2007, 05:12:47 AM

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0 Members and 27 Guests are viewing this topic.

EMdevices

OK, I'm happy again  :)
welcome back otto
EM

forest

How to replace mosfets ? Maybe using two identical in parallel ? Basically what I learned is that mosfet is polarized due to internal diode-like junction, so it's bad  to switch resonant LC circuit. It is not truly bi-directional switch :-[

ANY THOUGHTS ?

otto

Hello all,

@EM

if you mean "back" from the setup I showed here in the video and my last schematic, then yes, Im back but still thinking about vibrations. But really big and powerfull vibrations where you cant tune 2 of the vibrations to the same frequency because they would blow your setup.

Im talking about to charge and discharge 2 or 3 electrolytic caps into a coil setup. But if possible without the fucking MOSFETs. I have seen enough dirty signals. More then enough.

And I have seen the signals when such caps are discharged. Perfect. Clean and veeeery short.

We really need oscillators?
We really need MOSFETs?

Better for me to stop.

Otto


wattsup

Quote from: otto on November 09, 2009, 02:28:39 AM
I HATE THE DIRTY MOSFETS. Otto

@otto

Welcome to my Mosfet Haters Club where we spend our days blowing them little dirty buggers to smithereens. lol

If you consider what @EM has showed us lately with his LED Loop, if that LED is lit, it has to follow a given frequency, and if it follows a given frequency, then it has to be pulsing WITHOUT a mosfet. If the primary circuit is sensitive enough to follow inductive signals from an outside loop source, and considering these sources are everywhere, then it should be possible to get pulses without a mosfet. A low value zenor diode, let's say at 1 volt or 1.5 volts should do the job very well.

On a different way, let's say battery run, if you take two zenor diodes, one at 1.5 volts pointing towards the circuit/coils and one zenor diode of 10 volts that is in parallel to the first but pointing backwards so only flyback that is strong enough can return to source, then this could act like a smart switching.

Even a zenor diode placed in reverse across the collector/emitter of a mosfet would act like a valve, maintaining a minimum level of potential stress inside the circuit before that zenor would allow flyback to return to source. Maybe I am not saying it in the right way and sorry for that.

SM already said once that the control circuit used a new way of doing things enough to warrant a patent (true or not who cares). I think there needs to be developed a "passive switching" method.

Maybe zenor diode on a cap. Charge the cap and at a certain voltage the zenor discharges the caps, or am I totally wrong. Possible, but something tells me zenor switching may be a key.

"Knowledge of the coils" or better put, "knowledge of the coils working inside an induction loop". lol

Question: If you have an induction loop and everything inside that loop can be influenced by the loop itself, now, if you wind a coil over the loop, is that coil half inside the loop and half outside the loop, if we look at the pure inductive effect of the loop? That in itself would create a potential difference on every turn of the coil.

@EM

I did not understand well how you tuned the loops.

Now, what if the loop was Litz 660 strands. Will that make 660 very very sensitive loops all in parallel. lol

innovation_station

OOO YES THE DIRTY MOSFETS!!!   YUCK!!  LOL

THERE ONLY GREAT IF THERE PORTECTED ...   OTHER WIZE YOU CHEW EM UP !!  JUST LIKE CANDY...

LOL  THEY HATE ELECTRO STATIC ... ;)  OR HIGH VOLTAGE ... 

THE CAPS ARE THE KEY ..  RESONANT TUNEING IS NOT REQUIRED IN FEROITE ...

NICE TO HEAR FROM YOU OTTO..

WHATTSUP ...   LOVE THE LITZ..

THIS IS MY SIMPLE STAGE 2  1 WIRE POWERED   ALL THE WAY AROUND THE TOROIDE ...

ALL WIRES ARE SAME LENGTH GAGE .. YOU CAN SNEEK A FEW FOR EXTRA FEEDBACK IF YOU SO DESIRE ...

ASSUME YOU HAVE 101 WIRES TWISTED AS 1 INDIVUALLY INSULATED 100 GO TO 100 DB107 BRIDGES TO THE ULTRA CAP BANK ...  THE OTHER IS POWERED AND TIES INTO THE NEXT OU RING ..  ;)

IST!


NOW BUILD 2 OF THEM ... CONNECT THEM TOGATHER  FIRE WITH MY NPN PNP DRIVER ... THROUGH A FULL WAVE BRIDGE ..  :o :P

PEACE WE ARE ALL IN THIS TOGATHER ....  ;D

NOW IMGINE YOU HAVE 3 CORES ALL THE EXACT SAME ...  YOU FIND THE RIGHT LENGTH OF WIRE FOR THAT CORE   THIS IS A ROTATING MAGNETIC FEILD ...  AS IT WILL COMPOUND IN THE CORE ...

IT GOES OUT OF THE FIRST CORE TO THE SECOND ..  WICH IS TUNED TO THE FIRST HARMONIC OF THE FIRST LENGTH OF WIRE ...   AND THE 3 THE SAME ... FORUMLA AS THE LAST .. 2ND HARMONIC ...

HARMONIC ENTANGLEMENT  ACTIVATED BY SOUND WAVES..  NOT SWITCHES ... 

HOW EVER ... 

DOWN THE ROAD...  FIRST SOURCE MUST BE UNSERSTOOD..!
To understand the action of the local condenser E in fig.2 let a single discharge be first considered. the discharge has 2 paths offered~~ one to the condenser E the other through the part L of the working circuit C. The part L  however  by virtue of its self induction  offers a strong opposition to such a sudden discharge  wile the condenser on the other hand offers no such opposition ......TESLA..

THE !STORE IS UP AND RUNNING ...  WE ARE TAKEING ORDERS ..  NOW ..   ISTEAM.CA   AND WE CAN AND WILL BUILD CUSTOM COILS ...  OF   LARGER  OUTPUT ...

CAN YOU SAY GOOD BYE TO YESTERDAY?!?!?!?!