FIGUERA'S AETHER MAGNETIC FIELDS LINEAR PUMP, REVIVED

[greybeardmike]

The solution might be easier than we think.
1. A voltage dependant resistor must be fitted at output to protect against self destruction of the device, this will work in conjunction with feed back control mechanism.
2. Feedback can be done using a split output and adding an isolation 1:1 transformer to feed the input the system, this means the more you draw with the load the more you increase the input until voltage dependant resistor will stop the device, preventing overload situation.

At least this is how I see the solution and probably all devices must be designed for certain range power output.

Grounding may help with introducing reference points, earth grounding or air grounding should work fine when proper designed for specific static or mobile applications.

Is a voltage dependent resistor what is called a varistor?  I thought those were used mostly for spike suppression.  Wouldn't a zener diode used to clamp the control voltage be a solution?  I'm not an electrical design engineer, I'm asking.  Maybe I'm just not understanding how it would be used.
greybeardmike

[Ufopolitics]

Is a voltage dependent resistor what is called a varistor?  I thought those were used mostly for spike suppression.  Wouldn't a zener diode used to clamp the control voltage be a solution?  I'm not an electrical design engineer, I'm asking.  Maybe I'm just not understanding how it would be used.
greybeardmike

Hello Mike,

Yes, a Varistor is a voltage dependent resistor...on a Brushless Generator it is used to control the voltage on the rotating field coils connected in parallel with a diode.

In order that whenever Exciter Coil gets recharged when passing charging LC Circuit at Stator, it maintains a steady voltage therefore, exciter magnetic field will remain the same strength during operation.

The just one diode in parallel with coil and varistor, keeps currents running one way, hence a DC resulting on a steady (one direction) Magnetic Field.

Ufopolitics

[Classic]

Thanks ufo, that's the right answer indeed ... sometimes language barrier prevent me to offer better explanations unfortunately.

And this varistor as is called will act as a dynamic rheostat in this case, we do not need to prevent voltage spikes but to limit the output in what the whole system can manage. When resistance will stop energy flow system will slow down automatically, while offering full power delivered to the load to the limit which we consider safe for functioning of the device (no excess heat etc).

A zenner diode will stop the system, dynamic resistance adjustment will let it run in the parameters we chose. Energy must flow in the system all time ... exactly like in a permanent magnet. When a permanent magnet lose its charge is not anymore a magnet. In order to make it work again "re-magnetise" we need to insert the charge in it. If we need to re-insert the charge, the cost of re-inserting this charge will be higher than output in terms of energy ... this is what actully happen when we "consume" energy from the socket/grid !

[greybeardmike]

Thanks guys, I think I understand it now.

[Ufopolitics]

Hello to All,

I will be receiving one of the Isolation Transformers I have ordered, today...this one is 2.15 Amps at Output...Pri 115v: Sec 115v, and have the option to switch I/O at 220v.
The second one is much better quality, higher VAC, it is an Instrument Isolation Transformer...of course, more expensive though.

I will be making the tests with cheaper one today, and uploading the video...probably late tonight or tomorrow.

However, We still do not have what we need from this System to run flawlessly...and that is the Resistance/Inductance versus the Field displacement.

In any typical AC Generator, the Exciter Fields ALWAYS run at Equal Resistances, Equal Inductances, therefore, the Exciter Magnetic Field NEVER DECLINES on its strength.

On the two Methods that I have presented so far, the Field, as it displaces, it gains in resistance by adding more coils on the sequence, then its Inductance decays, and so its strength is completely VARIABLE throughout the whole displacement process.

Actually is working the complete opposite of what is supposed to do...When Field Expands, on these types of systems, Field is supposed to GAIN in strength, or AT LEAST KEEP same strength...and is doing the opposite, losing strength.

This fact does not allow for a Robust generated Induction at Output, no matter the speed we displace fields...plus many other issues not performing as we would like.

So, next posts I will be disclosing a New Method (Method 3) that I have been trying to develop for a while...but was not able to find a way to make it work...

And the purpose is to achieve a STEADY/EQUAL Resistance and Inductance through the full displacement of the Magnetic Field, this will guarantee that Magnetic Pressures and Strength would be the same during Fields displacement.

Regards

Ufopolitics