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Overunity Machines Forum



ENERGY AMPLIFICATION

Started by Tito L. Oracion, February 06, 2009, 01:45:08 AM

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0 Members and 8 Guests are viewing this topic.

iflewmyown

What I have done below is very dangerous. Do not do it my way unless you work with these DC voltages every day and KNOW what you are doing.!!!!!!

Mags,
I did replicate your circuit this morning. I used 1200V 165A diodes with line voltage (120vac) rectified to full wave DC and 250mfd total oil filled motor run capacitors and a 130 vdc 2 hp motor to test your circuit. I used these components to minimize the percentage of voltage drop across the diodes. When I close the switch to the line the motors spins a couple revolutions one way ( this way I have to pay for) then when I move the switch the other way the motor spins the opposite way ( this time for free? ). I tried for a long time to get the simulator to run a relay in parallel with the resistor but it never would. This would allow the switch to be automated. I will build this in the shop now. Thanks for all your hard work.
Garry

Magluvin

Hey Iflew
Very cool. If you add a few switches to reverse the polarity(for the dc motor) of the cap, the motor will always go in the same direction.  I had suggested an AC motor to make the switching as simple as the circuit shown. and if the relay can handle the current and operate around 60hz, we should be able to run the motor at half the power needed normally. Many modern motors run nearly 90%eff.   So if we can do it correctly, we should be able to get well above 100% eff.    I will not speculate from here till I test and know anything solid.

I experimented a bit yesterday, and I also see that the cap, transformer(or what ever load ) need a balance, as in cap not too small, etc.  It seems to work better if the cap and load are matched. Like and LRC, some values give varying results.

I dug out my AC induction fan (from a microwave oven, just the cooling fan) for todays play.

Thanks for the info on your experiments, and please keep us updated Iflew.  And be careful.  =]

I also started an lrc setup of my first circuit. Im going low power, using diodes and other parts that are available locally as that anyone will be able to put it together at a reasonable cost and technical knowledge.

I know that some are looking more towards HV cap discharges and white spikes coming off of door knobs in the next room, but Energy Amplification can be in any amount, as long as we get more out than in.

Just as in your experiment above Iflew, you charged a cap, and once charged the energy in that cap is related to the voltage it holds. That voltage and charge capability, had to flow through the motor, to get that charge, and we got work done, Now we can get very close to the same work done from the cap alone, and start the cycle over.  Simple,  The reason I say "very close"  is, we may get some variance due to the source being part of the circuit during our power from source cycle.


Mags

Magluvin

Oh Yeah   Iflew?   Can you show your circuit in the sim you had trouble with, maybe we can help. =]

Mags

Magluvin

Quote from: forest on October 03, 2010, 07:29:13 AM
I agree. There are two issues needed :

1. effective charging of capacitor,instantly recharging the missing little charge
2. very fast taking part of energy from capacitor using not much charge from it
3. by 2 we generate very big magnetic field very abruptly disconnected so collapse is very fast and produce high difference of voltage
4. we repeat 2 while capacitor is immediately recharged by magic method using coil (I'm not sure how it works but a few videos indicate it is possible, maybe if capacitor sees a different potentials between terminals it immediately charge?)
5 energy gain is in collapse of magnetic field abruptly cut
6. some says that that collapse should be doped with HV discharge as per kapanadze but I doubt it is something different, it's just another method to shake magnetic field  which I do not understand yet

This is an effect like when arrow or proper length and elasticity knock in a wood shield with a loud "brrrm" sound due to oscillations of air. It happen not always but when speed and other parameters are correct and I suppose it happen when arrow speed is at max peak just before it knock in the wood...

there   are probably all or most of the puzzles but not arranged yet into any working idea and still missing part is the output and all related
I may be mistaken ,surely I don't know how coil of self-induction works : does it recharge capacitor or rather allow for very short spike from capacitor so do not discharging it (Bearden idea of S-Flow and degenerate semiconductor) or maybe both ?

Tito, do you know which way coil work ?



Disruptive discharge can be tried by anyone, and I think you will see door knobs spark if done right.   

For example, if you charge a cap of small farad to 50kv and discharge it into a large inductance, many turns and finer wire, the intial inrush wont happen as we need. But dump the cap into only a few turns of very stout wire, you will get a huge field pulse. Now if you have a secondary inside that coil, it will receive that pulse with a vengeance, whether it just produces a spark from end to end, or is controlled properly and stored for use.

In automotive, capacitive discharge ignition works the same, but not air core.  The primary is stout, but the secondary is of large inductance.  Maybe an MSD ignition system would be a good experimental device.  But make your own coils.  My suggestion would be to have a primary the same as what is in the coil recommended for the MSD module, and secondary can be the experiment, just be sure to have the secondary inside the primary, as this seems to be the common way, even in an ignition spark coil.   =]   The reason I say to use the same primary as the presrcibed coil, is that it is most likely matched to the MSD modules cap discharge.

This is all just ideas, so play at your own risk. 


So the secret I imagine is getting that cap charged easily.  The rest is just transformer.

Was thinking about my first circuit, and Im seeing that we can induce the LRC with a primary over the LRC coil and pulse the primary.  But Im not there yet.

Mags

forest

Quote
So the secret I imagine is getting that cap charged easily.  The rest is just transformer.

I agree.
I mean it is what Tito described (I believe)  : how to convert one kick into many
but it's only part of secret