FIGUERA'S AETHER MAGNETIC FIELDS LINEAR PUMP, REVIVED

[Ufopolitics]

Hello All,

Hello @kampen

Thanks @worldcup

Ok, so, being a bit 'skeptic' about using LED's on previous testing of the Solid State Driver, simply because the intrinsic Diodes on each LED creates a 'Rectifying Chain" that prevents to look -in detail- to the way the TRANSITIONS are taken place.
Basically because the Diodes BLOCK ANY back leaks (On the Turning OFF Diodes) as it also shows the Transitions to be more 'Radical', but NOT REAL

I asked Kampen if he could do an Incandescent Light Bulbs Test.

Incandescent Bulbs do not have RESTRICTIONS on Currents Flow.
Incandescent Bulbs are CONTINUOUS on Both end terminals (No restrictions.

Only disadvantages on Incandescent are the Thermal Delays, whether when Turning ON, as when they Turn OFF.
Nevertheless they show a more real approach to the way the Sequential Coils would be reacting when connected to the real setup.

And Kampen did that test with Incandescent Bulbs and send the video to me.

Now, same way as on [color=var(--body-txt-color)]previous test video, I edited TWO TRACKS after the Original Track:[/color]

• I reduced 'Room Brightness' by changing Camera Exposure to -0.60, this way we can Focus more on the LIGHT BULBS TRANSITIONS.
• First Track (after original) I reduced speed to 50X.
• Second Track after original, I reduced speed to 25X. (Slowest Speed)

Here is the FULL VIDEO:

At these Two Lower speed tracks we can see -in great detail- the Timing and basically the SYNCHRONICITY on the SWAPPING END BULBS.

And on the Lowest Speed (25X) We can see it even better.

The Good Part is that there are ZERO BLINKING on the Main Six (6) Bulbs at CENTER of Transitions.

The TRANSITIONS ISSUES I found on this Test:

• The 'LEAVING (REAR) BULBS' turn OFF completely BEFORE THE FRONT (LEADING) BULBS TURN FULLY ON.
• The ENDING GROUPS, at LEFT and RIGHT , NEEDS TO STAY ON A BIT LONGER [like on Figuera have TWO Commutator Elements at 1 & 8]

About #1 Issue:
We need to make these Transitions between Leaving and Entering Light Bulbs to be on FULLY OVERLAPPED.
Leaving-Entering Bulbs MUST FOLLOW A CROSS LINE, where Ending Bulb is DECAYING SLOWLY, while Entering Bulb is SLOWLY ASCENDING to a FULL Brightness.

About Issue #2:
Just NEED TO DELAY -a bit- the ENDING GROUPS [1 & 8] TIMING, to STAY LONGER at each END.
It needs to Compensate with the rest of the MIDDLE GROUPS which REPEAT TWICE on EACH CYCLE.
Since 1 & 8 Groups are at the ENDS, they need to STAY ON LONGER.

LAST THING I FOUND: The Light Bulb #3, From RIGHT to LEFT is NOT RECEIVING a FULL BRIGHTNESS., even when it is INSIDE GROUP(S)
This could be a Bulb Issue' or connection issue...However, to make sure, the Voltage and Currents reaching this particular bulb must be checked, when is NOT a LEAD OR END BULB: Example at GROUP #8 Fully ON.

And that's it...everything else looks great!

Regards

Ufopolitics

[Ufopolitics]

ABOUT THE "ENTERING-LEAVING" TRANSITIONS...

Ok, so, in order to expand about these Transitions, I have made some Graphics of Power (Input reaching Bulbs/Coils) in Voltage and Amperage (V & A) versus Time:

And on the FIRST GRAPHIC (TOP) we can see the way the LEAVING Bulb and the ENTERING Bulb are Transitioning.

We can see a "DEAD TIME" in between, which means there is a LAPSE OF TIME before the ENTERING BULB TURNS ON. (plus we have to add the Thermal Filament Delay)

These no Overlapping Transition, leaves only ON Six-Seven Coils for GROUPS, causing a MAIN FIELD DECAY, everytime there is a Transition.

Overall, we would be moving a Lower Power Field, based on only Six to Seven Coils, (NOT FULLY ON EIGHT COILS).

On the Middle Graphic:

I have set a LARGER -IN TIME- OVERLAP, and this means that the Intersection Point would be Higher ON Power for BOTH (Leaving+Entering Bulbs/Coils)

As on the Bottom Graphic:

We can see a SHORTER -IN TIME- OVERLAP, where the Intersect Point is at Lower Power for Both Coils.

Now, how does a Larger versus a Shorter Overlap affects the FIELD?

• For a Larger Overlap we need to picture the Shorter 'v' that forms between BOTH  Signals. (showing on above Graph in a Blue 'V')
• As for a Shorter Overlap we get a 'V' (Larger V).

The LARGER this 'V' is, the more the Field will DROP on Intensity during Transitions.

So on the event we can not "ADJUST this Overlapping Signals by Percentage (like Kampen diid on previous design).

Then we rather have a SHORTER 'v' or a Larger Overlap Time. (Like shown on MIDDLE GRAPHIC)

This way the Field would NOT have major drops on strength.

Even if we get for longer time a Group of Nine Coils, I rather be on the "High Side" of Field Strength, that on the Low Side.

Let's also realize, we are talking here about 'Nanoseconds' when System is running at 60 Hertz...BUT, it is very important to keep this points in mind.

Regards

Ufopolitics