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Author Topic: Ωmega Machine - My gift to the world.  (Read 18865 times)

resonanceman

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Re: Ωmega Machine - My gift to the world.
« Reply #30 on: October 21, 2008, 11:49:42 PM »
RES   I don't think there is a limit to what metals can be plated to each other, only where to get the different metals in solution 
Chet

Ramset

do you  have the  formula for  the  different  metals ?
Or  a link?

 If  you know  the process and the formula  usually   something  can be found online . 



gary 

ramset

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Re: Ωmega Machine - My gift to the world.
« Reply #31 on: October 22, 2008, 12:01:14 AM »
RES google brushplating
Chet

NightBlade

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Re: Ωmega Machine - My gift to the world.
« Reply #32 on: October 22, 2008, 12:16:33 AM »
@Yucca
You can increase the voltage max of diodes by placing them in series. The only drawback is a voltage drop across each. Don't think this is practical for a 40V diode though...

AlgoryThm

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Re: Ωmega Machine - My gift to the world.
« Reply #33 on: October 23, 2008, 01:31:51 AM »
This is a very interesting device but in my opinion it has some drawbacks...Or at least there a few things that I can't understand at the moment.

a) How could somebody stop this machine from going up to uncontrolled amounts of power and destroy itself?

b) From my little experience on electronics, when relays are used, the machine's life is decreased due to moving parts inside the relay. On this specific occasion, where sparks coexist with relays, I don't think the last ones will stand enough...

c) I think I will start replicating it but because I can't understand the diagram completely, could somebody please give a detailed description of the parts needed for a complete first stage and the extra parts needed for stage 2,3 etc.? I don't see any values on the relays (type etc.), caps (electrolytic or ceramic, values) and on diodes :(

Thank you in advance for the effort!

4Tesla

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Re: Ωmega Machine - My gift to the world.
« Reply #34 on: October 23, 2008, 02:51:03 AM »
I disagree with Stefan.. I believe the sparks in the relays is where you waste energy.. I believe FETs would be better.

Jason

broli

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Re: Ωmega Machine - My gift to the world.
« Reply #35 on: October 23, 2008, 12:08:19 PM »
If the energy was indeed coming from the spark the simulation wouldn't show it as it doesn't simulate a spark and the zero point energy or w/e that's being tapped from it. I believe this does not need a spark an technically can be done with solid state components.

hartiberlin

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Re: Ωmega Machine - My gift to the world.
« Reply #36 on: October 23, 2008, 01:00:22 PM »
If the energy was indeed coming from the spark the simulation wouldn't show it as it doesn't simulate a spark and the zero point energy or w/e that's being tapped from it. I believe this does not need a spark an technically can be done with solid state components.

You are right, the sparking is not included in the simulation.
So I wonder why at all the simulation is saying that it is overunity.

Normally only the spark effects like electron clustering and oxidation of the
the point contact materials give off free electrons, which come additionally
into the circuit and do the additional energy effects.

Regards, Stefan.

4Tesla

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Re: Ωmega Machine - My gift to the world.
« Reply #37 on: October 24, 2008, 02:20:03 AM »
I believe if FETs are used you would need to add toroids because there would no longer be coils from the relays.  You need EMF.. correct?

NightBlade

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Re: Ωmega Machine - My gift to the world.
« Reply #38 on: October 25, 2008, 12:24:55 AM »
@AlgoryThm

The self discharge pot wastes energy by connecting the 2 caps from opposite poles, thus neutralizing some power. At the resistance shown in my pictures I've found it will self regulate to the power requirements of the load.

You're right about relays having a limited lifespan but I am currently designing a solid state version.

As FET's go I do believe it will work with a torroid or transformer coil instead of the relay because according to Practical Electronics for inventors, its not the sparking, but the sudden cutoff in current flow that causes these massive voltage spikes.

@Stephan and 4Tesla
You are right, the simulator does not factor spark energy in. And it is the EMF or BEMF that is supplying the power.
I think a FET design using depletion MOSFETS would work to let power through the coil and then shut itself off. Similar to Roger Andrews self switching desktop novelties with a split winding.

Unfortunatly my circuit simulator doesn't have depletion mosfets so I will have to continue experimenting,

AlgoryThm

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Re: Ωmega Machine - My gift to the world.
« Reply #39 on: October 29, 2008, 01:16:35 AM »
Nightblade thanks for the explanation! I think I got it...I'll see what I can do with my simulator (Electronics Workbench) and if I can make a virtual replication first. And if this works, I'll then go with a real version. We're waiting for the new design with the MOSFETS man! Upload it here when u have it ready!  :)

fritz

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Re: Ωmega Machine - My gift to the world.
« Reply #40 on: November 01, 2008, 11:12:44 PM »
Electrical engineers agree, voltage stored in a capacitor is REAL power. You cannot charge a capacitor above the applied voltage. Using 2AA batteries, a 1:1 transformer and 4 diodes, pulsing the batteries will store 12v in the capacitor and no more. this follows the action reaction and 9v out of that 12v occurs when the batteries are disconnected thus requiring a 25% duty cycle with 3x gain.

P.S. My circuit simulator is calculating internal resistance of devices. Try what I say before you critisize. Just because you don't want it to work doesn't mean it doesn't.

If you have the charge of 1C in a 100000uF cap - the voltage would be 10V.
If you pump this charge into a 1pf cap (without losses) - there would be 1TV (1 terravolt).

A voltage or an amperage has no energy or power  by itself - the power is u*i and
the energy is u*i*t; q=c*u=i*t; c*u2=u*i*t

if u*i*t (out) is more than u*i*t (in) - you have ou