FIGUERA'S AETHER MAGNETIC FIELDS LINEAR PUMP, REVIVED

[Ufopolitics]

Hello to All,

The main issue that I am basically talking about, is related to:

Sequential Coil Groups are constantly Self Inducing each other's at each OFF stage.

It does not matter what connection we use...Diodes-Series-Parallel or if they are connected in Full Series with only one negative for each group.

This is an Induction issue, that we can make it to work in our advantage...And actually, I wrote about this before, it was expected it happened this way.

The Output in AC can easily be converted to DC through a simple bridge rectifier, an AC Cap and an Electrolytic Cap...

A simple test which I plan to make a video of...is to disconnect one Sequential Group from Positive Brush Excitement...and attach it to this circuit above...and read its output in DC through a meter...while the other Sequential Exciter is running.

Then we will see the Output that other Sequential Coil is generating into the second one.

This is the point, where we can make each sequential group to self-feed each other's, without the need to use an External Supply Power, and just by start to move Magnetic Field through motor-brush-commutator, we will get an Induction in Output(s)

Without the need to add a Second Secondary to do that (feed the exciter system)...

The AC Generated and converted to DC at each Sequential Coil Group, is larger than Input DC Supply...and the more we increase speed of Fields...the more power we get.

This part to me, is more important, than to start now measuring Raw Input versus Raw Output.

@rakarskiy: Thanks, and I know that adding more Figuera Modules will help as well...but we need to solve issue first in one (1) module.

@Sandy: Thanks, and I will take a look at Parametric Induction, Capacitance ...it seems very interesting. And you are right about Currents versus Inductance as well. And no, I will not delete your post, it contains very useful info.


Thanks to All

Regards

Ufopolitics

[Ufopolitics]

EXCITING FIELDS FLUCTUATIONS ON A FULL EIGHT COILS SET

Ok, here is a video where I show the Fluctuations taking place on the Sequential Groups...

And on video below, I am conducting the Test I previously mentioned...about reading the AC Induction on a Sequential Group that is FULLY Disconnected from Positive Brush switching, plus also disconnected from Negative Input...

Video came out wrong...I had to redo it...sorry!!


Regards

Ufopolitics

[rakarskiy]

Hello UFOpolitics!
If you are seeing the effect I was thinking of, I recommend adding a 10nF and 501-1000ohm RC chain to each coil.
Maybe I know what you're going through. I've labelled this effect as, - parametric operation of inductances;
Not to be intrusive, just as thoughts. 

[Ufopolitics]

Hello to All!!

Ok, GOOD NEWS!!...a much better way to run sequences at connections.

I have found a SOLUTION to compensate the Magnetic Field Traveling path, by setting END Coils on both groups, #4 & #8, in Parallel on the Series Sequencing.
By having these two end coils, getting full power, without adding the resistance from the rest of the coils in the groups, they act as "Impact" coils, catalyzing and rush-forcing generated fields on Primaries to the end path of the Secondary and steel core.
Results on Output readout is much better now than previous tests.

So, here is the new connection Diagram:

The change is quite simple, all it takes is to swap a couple of connections...but it generates a much better result.

I have been going over this for the last couple of days...after the frustration that diodes in parallel connection gave me on the Full Exciter System Test.

However, if Electrical Generation wants to play "hardball"...then I will play it that way...

By having these Two End Coils at the end of each sequence, it SUCKS/FORCES/RUSH the Generated Fields at Primaries to the end travel...and this just happens in milliseconds...however, that is enough for a Strong Displacement taking place.

I uploaded a video on this test, plus the full explanation on connections details in next post.

Note: When I started filming the test on video, the Rotary switch was having bad contacts at higher speed...so, I had to take it apart, replace brush-springs (I did not replace them for the past 8 years ago...) plus cleaned commutator and now it is running like brand new.

I run a video while I had it apart to upload it on my Topic related to commutator switching, later on.

Regards

Ufopolitics

[Ufopolitics]

Hello to All,

Ok, I had some issues trying to edit the two runs that I did, before and after brush and spring replacement on rotary switch...I wanted to add all runs in one video...but did not go right, so I deleted original take and now it is split in the two separate runs.

So, here are the two tests videos, PART 1 is a more explanatory related to the way I am doing it right now...and PART 2 is just the run and a final conclusion on N1 & S5 that we need to modify in order to get lesser Input Amps and more Voltage...

PART 1 EXPLANATION PLUS TEST RUN 1

PART 2 TEST RUN 2

Regards

Ufopolitics