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

[NRamaswami]

Randy:

If you are giving a current that will cause a Magnetic Field strength of around 2.7 to 3 Tesla and if your secondary is thicker than the primary and has sufficient number of turns to work like a step up transformer then you will see the output to be higher than the input.

The exact schematic for achieving this posted. I do not have any pictures of the device with me now.

You need only a step down transformer to give higher amperage input to the primary. Shunted coil will automatically increase the magnetic field strength. The secondary inside will get the benefit of the magnetic induction and would produce higher voltage due to higher number of turns. But because it is thicker it would also produce higher amperage. Total watts produced is always a function of magnetic field strength.

We used a quad filar coil primary in the P1 and P2 indicated. A quadfilar coil is supposed to increase resistance and increase the voltage and frequency. Increasing the frequency results in reduced amperage at the input. I can confirm that using a single primary the coil is able to draw up to 15 Amps and using a double primary as indicated reduces the input amperage to just 7.

Primary quadfilar layers are 4. Secondary layers on the primary cores are 3 they are connected to the secondary layers in the middle secondary. The layers of secondary in the middle coil are either 5 or 7. The wires prevent the iron from the magnetic cores from coming towards each other and are wound slightly above them. All inside the three cores is only soft iron rods.

If you use a step down transformer the quadfilar coil is not needed and you need to provide only a single wire coil of adequate turns that can withstand the input voltage and amperage. Higher the voltage, higher the turns in the primary needed.

If you try to get the higher result from the central coil alone you would need to build several coils. It is not necessary to ignore the secondary that can be developed from the primary coil. This is not indicated in the Figuera drawings but covered by the term reels of coils properly wound.

The essential point here is to increase the magnetic field strength. Nothing more. That can be done by increasing the layers of the middle shunted coil and can be varied at your will. It is so simple really.

If time and money permits I would redo the experiment some time in the future and and try the controlled positve feedback. I believe it is doable. But I lack the technical knowledge, human and financial resources now.

I can personally confirm the above details. We have checked on a single coil primary alone with 12 layers of secondary and found that it was able to provide an efficiency of 3300 watts input and 3000 watts output and was able to light up 17x200 watts lights brightly.

Fortunately for me I'm a dummy who has no knowledge. For you a lot of theoretical knowledge of why it cannot happen is available. So you are not doing it.

I of course lack knowledge in Electronics and do not understand the need for it.

[a.king21]

NRamaswami:
3,300 watt input and 3,000 watt output is not ou and is nothing special.
Can you explain a bit better please?

[RandyFL]

Hello All
3000 watts in 3000 watts out...4 winters ago I had a space heater that was 2 stages...The first stage was 600 watts and heated our bedroom up nicely so I figured the 2nd stage was going to be even nicer...the 2nd stage was 1200 watts I think. when I turned it on it blew the circuit breaker...my point is this...why are you working with so much power...My basic Electricity book states '' when measuring circuits over 300 volts, do not hold the test prods "... why do you think that's relevant? I built the 555 and the gate and the 4017 s with a 9 volt battery...and most of the time the battery was three quarters dead anyway...when I got the Johnson cascade running...it ran for days with a dead 9v battery. That stage is over... this stage of the Figuera I'm using a half charged lawnmower battery...the BDX53s get real hot ( to the touch with no heat sinks ) with a 12 volt lawnmower battery...I imagine the resistors that came in today are going to get hot too...if a retired civil engineer (p. Kelly ) didn't know what resistors or what configuration to use them...its up to me to get the right configuration...

All the Best
Randy
ps I'm not downing anyone just Looking for " safety first " approach...

[NRamaswami]

@King

That is for the single primary..3300 watts in and 3000 watts out.

When you connect the two primaries in series resistance of primary wire goes up and input goes down to 220 volts and 7 amps or 1540 watts. Output in the secondary is 620 volts and 20 amps. Secondary truns are higher and secondary gets additive flux fr om  the central core. Experimentally
verified.
I believe the same results could be obtained by using a step down tranformer and giving 12 volts and 16 amps and replacing the quadfilar with a single wire of adequate thickness.
Earlier we had an insulated room where the walls were pated with thick paper and card board and ground was coverwed with platic sheet and one inch thick plywood. We had rubber chappels and occassionally gloves. Now that has been removed.
We had used volt meters and ammeters to take readings and Engineer who took measurements had other devices tomeasure input and output. He is no more.

I can personally confirm that greater the no of coils in a multifilar coil greater is the resistance. and amperage diminishes at the input. The magnetic field remains powerful.  and can be used to produce electricity.

[Doug1]

Randy
  You might want to look into making some of your own parts so you control the specs. Mass produced stuff is great for the people it employs and the owners of those companies but the bottom line is,they have a bottom line.