Re-Inventing The Wheel-Part1-Clemente_Figuera-THE INFINITE ENERGY MACHINE

[antijon]

Guys, I just wanted to mention that I re-tried 2-phase. Has anyone else tried this?

I was going over motor design, and I remembered about capacitive reactance, so I found this calculator- http://www.sengpielaudio.com/calculator-RC.htm . If you want to try 2 phase, all you need is what's in the schematic. If your two primary coils are identical, then use the calculator to apply a matching resistor to the other primary to have a balanced set.

[hanon]

Madddann,
I will build your circuit with 12 V outlet from the transformer. I already have the transformers, resistor and the diode bridge. I just need to know which condenser value I need to buy for 12 V. The problem is that I do not have and scope,I am doing it in the Figuera's way at the beginning of the XX century 

Your coils have a huge resistance , 36 ohms.. My last inducer coils are around 300 turns and 3 ohms. I guess that 12 V is fine to fire them.

Antijon, in your schematic, could you make a rough calculation of R and C for a value of L and 12 V?. It is just to grasp the equations

[antijon]

@ Hanon, well, I don't know about inductor size of L and honestly, I never learned much math. I can say a few things to make it easier to explain. In an AC circuit, a capacitor will always act as a resistor. In my supplies, the only resistors I have that can handle high power levels are 20 ohms. So to balance the two inducing coils power, I inserted the 20 Ohms in one, and tried to match the capacitor size. according to the calculator, that would be around 130 microfarad.

In motor design, sometimes they wind the "start" winding with a higher resistance. This lower self-induction and increases the phase lag. In our setup, it's fine if the two inducing coils are matching, but it's better if they have a high resistance.

@ Madddann, I did try your circuit, thanks for creating it. After some tests, I think there are a few parameters necessary to make it work correctly, but aside from that, it looks very promising.

So what I noticed, the DC voltage needs to be equal to half of the transformer total voltage. With a 12V center-tapped transformer, I have 6 volts on each side, so my DC voltage shouldn't exceed 6 volts.

Also, with high power levels, the center-tapped transformer should be loosely coupled to the AC line, like a ballast. The reason why is because the DC current moving through it will increase the current drawn from the line side. But, unless we're using a car battery for the DC supply, this still looks like a good driver for a Figuera generator. Like you, I need some higher resistance coils. haha

[madddann]

Madddann,
I will build your circuit with 12 V outlet from the transformer. I already have the transformers, resistor and the diode bridge. I just need to know which condenser value I need to buy for 12 V. The problem is that I do not have and scope,I am doing it in the Figuera's way at the beginning of the XX century 

Your coils have a huge resistance , 36 ohms.. My last inducer coils are around 300 turns and 3 ohms. I guess that 12 V is fine to fire them.

Antijon, in your schematic, could you make a rough calculation of R and C for a value of L and 12 V?. It is just to grasp the equations

Hi Hanon!

Please don't hook up 3 ohm coils to my scheme - it is the recipe to burn something up (unless you have a 120W transformer and a 450W one - for the first and second transformer... and a 160W 1.5 ohm resistor and a giant capacitor 35V) 

To build my circuit yor coils need to be in the range let's say 30 ohm to 60 ohm for the setup to give you usable strenght magnetic fields for testing (around 10W to 25W per electromagnet).

You could use your MOT secondary windings to apply to my scheme, but you would get only about 5W per electromagnet - which I think is too less to determine anything.

Also forgot to mention, when testing my circuit, put some protection before the transformers - a fuse or something, and check electromagnets, transformers and rheostat or resistor quite often for overheating.

The capacitor in my circuit is only to smooth the voltage - a 10000uF 35V or greater will do, but not too big of a capacitance.

For my tests I used the "I" laminations from a small transformer (I think around 25W) and contactor like sized coils to fit onto the laminations.



Hope it helps!

[forest]

Well, at least patent with rotating coil from 1902 seems clear enough and support Tom Bearden claims : don't kill magnetic dipole. Just my 2 cents...