FIGUERA'S AETHER MAGNETIC FIELDS LINEAR PUMP, REVIVED

[thaelin]

Not at the archive site either? https://overunityarchives.com/index.php
thay

[Ufopolitics]

Reminds me Tito L.Oracion "double ram" circuit from old energy amplification thread on overunity.com site. Unfortunately this thread is not archived anywhere and this simple circuit is lost

Hello Forest,

I've found the Thread at: https://overunityarchives.com/index.php/topic,6763.0.html

However, we lost all graphics since the attachments folder when Stefan gave it to me does not contain the full database.

Thread has over 1770 pages...but I read -on first 4 pages- that Tito decided not to keep disclosing his full circuit... cause he want to make money out of it...unfortunately...

Regards

Ufopolitics

[forest]

Tito's "double ram" circuit was mechanical device with two diodes working very similar to the schematic you posted , which fulfiled his thesis on device do not consuming much electricity from energy source while generating more output . This was his starting point. I believe he ended with a device working  at radio frequencies. I even suspect he could be Maxwell Chikumbutso. 

[kampen]

Ufopolitics, thank you for this diagram.
Your message #403
Oct 28, 2025, 02:26 AM

Now I can clearly identify exactly what is going on electrically,
and what changes are required for the boost-recovery design to work safely and efficiently with this hardware.

What the current setup is doing:
The SS Overlapping PC boards are.
Opto-isolated P-FET / N-FET half-bridge drivers
 Driving two rows of 7 coils (13 total with an overlap coil)
 Each row is sequenced to create a shifting magnetic field
 Powered by four separate low-voltage supplies (PSU1–PSU4)
The F1 and F2 coils on the ends provide return paths and likely magnetic symmetry.

What is missing for the boost-energy-recovery goal
These PC boards do not provide:
A current-safe flyback discharge path to a higher-voltage energy rail
Must add one diode per coil to the +48 V cap bank
A low-side switching reference
The current design drives both High-side + Low-side on every coil
 → This makes energy recovery impossible because the coil collapse is trapped
 → MOSFETs see reverse conduction through body diodes (danger!)
A common +48 V DC output bus (the recovered energy destination)

If we attempt to boost capture on this current design
The flyback Voltage will:
Hit the P-FET body diode → push energy back to the 12 V supplies
Stress N-FET Vgs and Vds beyond the safe levels
Possibly destroy MOSFETs/Opto drivers
The current wiring is NOT COMPATIBLE with the dual-diode boost schematic.