Lotsawatts 1.5 In 4 Out

[magnetman12003]

Check out both below links below if you are interested in a possible overunity generator device.

http://www.overunity.com/index.php?topic=9887.new#new

YouTube - LOTSAWATTS 1.5 IN - 4 OUT.MPG


Tom

[magnetman12003]

Lotsawatts 1.5 in 4 out

Here is the schematic to build the generator device. You also will need to buy a 2 inch Diametric ring magnet and hardware to mount it as shown in the video. Plus 4 one watt 120 volt lamps.

Tom

[magnetman12003]

Lotsawatts

The lamp unmarked directly to the right of the transistor is NEON LAMP. B7A

I forgot to mark it. The other four lamps are 120 volt 1 watt

Tom

[elias]

Nice Work

Hi Tom,
Seems impressive, can you clarify how have you mounted the ring magnets and how are they spinning? Is your bedini coil causing it to spin? How is it spinning? On which axis?

Thanks for sharing your work ...
Elias

[elias]

Hi

It seems that you are using a powerful Neodymium magnet, I have got several large (about on inch thick and 5 inch diameter), Ceramic ring magnets lying around. What do you suggest? I may replicate your project this afternoon. What is your input voltage?

Elias

[seth]

Love the video and the circuit design (and the massive deadly neo!)

Just thought i'd warn you - there are many who will say 4 one watt lamps lit up does not necessarily mean 4 Watts output. They may each be running on half a watt, and still appear to be fully bright. I'm not saying this isnt OU. It could well be. Im just saying that other tests are certainly necessary to measure the output with greater accuracy. I think there is a luxmetre you could use to measure the light output....or im sure that there are many many other ways to measure the output.

A J.Thief or exciter will light a big 14W CFL to what appears to be full brightness on less than half a Watt.

[lamare]

Here is the schematic to build the generator device. You also will need to buy a 2 inch Diametric ring magnet and hardware to mount it as shown in the video. Plus 4 one watt 120 volt lamps.

Tom

@Tom: Interesting schematic. Can it be freely copied? I'd like to add it to my article over at Pes.

I think it will be interesting to see what happens if you would add another (or more) winding to L1 and L2 and put that extra winding in series with L1. That way, the now larger L1 should be resonating at a higher harmonic, which should improve the COP...

[rave154]

I agree, its nice work..and a nice setup...but simply relying on the rating of the bulbs and then saying "therefore i have a 4 watt output"....is notoriously error prone.

bulbs can trick you

[Mark]

WOW, awesome magnet! Where did you buy it and how much was it?
Unfortunately there is no way that is overunity, sorry friend. It's not possible to obtain overunity with just the flyback. Good work though!

[EgmQC]

@Tom: Interesting schematic. Can it be freely copied? I'd like to add it to my article over at Pes.

I think it will be interesting to see what happens if you would add another (or more) winding to L1 and L2 and put that extra winding in series with L1. That way, the now larger L1 should be resonating at a higher harmonic, which should improve the COP...

Why not wait for a confirmation and a replication ? There already so many thing not working at PES , not really good for FE community when 99% of thing showed dont work.

[magnetman12003]

Lotsawatts

Hi All,

Here is how I think this works: The Bedini circuit and coil is powered by 12 volt DC at .125 AMPS. Thats 1.5 watts.

The circuit powers the coil with a low power Hi frequency AC voltage/current.

At a distance above the coil is mounted a 2 inch diameter Diametric ring magnet. 2 inches thick.

That magnet is extremely powerful and attracts to and repels from the lower power Bedini coil. The Bedini coil DOES NOT DRIVE THE MAGNET ABOVE IT. The large magnet does all the work!!! A low .125 amp "INPUT" continuous current draw is proof of that.

The interesting part comes next. The spinning magnets flux field cuts through the Bedini coil generating a Extremely hi frequency AC voltage.

All the AC harvested by the coil is next delivered to the rectifier circuit which turns to DC. DC is easy to work with and can power lamps also. I lit 4 one watt lamps.

My next purchase will be a watt meter so I can get a true watt value on output. Lamp apparent brightness is not a reliable indicator.

[nvisser]

If the coil does not drive the magnet, than what makes it turn?

[lamare]

Why not wait for a confirmation and a replication ? There already so many thing not working at PES , not really good for FE community when 99% of thing showed dont work.

I don't know wether or not you are referring to my article at Pes or Pes in general, but if you are referring to my article, you are right that most things I posted there won't work out of the box, because I made mistakes in the details. Quite a lot, to be honest.

However, the ideas and principles behind the systems I analysed and proposed are coming together more and more and the errors I made do come to the surface, so I can correct them and make progress.

If you compare the system in this thread with Slayers circuit, it's not hard to see the similarities:

So, what I'm trying to do is to connect the dots between these kinds of systems, try to understand and describe the principles involved and share them with everyone that may be interested. While you may be right that it would be better to have only working systems, the problem is that in order to make those, you have to understand what is happening.

The 2 systems above are both variatons of Armstrong or Meissner oscillators:
Armstrong oscillator - Wikipedia, the free encyclopedia

However, there is one big difference between the traditional variants of these oscillators and the circuits shown above and that is that there is no external capacitor being used in the tank circuit, which makes it possible to have higher harmonic oscillations in the tank circuit, which appears to be one of the important keys to obtaining free energy.

[thaelin]

As for the magnet, K&J has them at $95 each.

thay

[nvisser]

This is the standard Bedini SSG circuit with a high value resistor on the base that could make it go into self oscillation. With such a small rotor it obviously goes into a high revs and a higher base resistor would be needed.
I would say that because there is a cap after the bridge you send conventional current to the lamps and that you would be able to put an ammeter in there and measure the voltage over the lamps to determined the power output.
It is when you send that flyback pulses straight to a load or a charge battery that a meter won't work there.