Hector D. Perez Torres

Magnetic Resonance Part 10

Submitted by esaruoho on

Open scientific and engineering discussion on different type of magnetic resonance without or with ferro-resonance added including anomalous resonant effects.

For those of you willing to replicate and study in more details this specific ferro-transverter:
* full H-bridge with four IRF640 mosfet and four MUR460 diodes, each isol-driver MCP1403 plus IL610
* PSU stabilized at 50 VDC with 6000 microF electrolytic cap (snap-in for SMPS)

Battery 101 from Hector

Submitted by esaruoho on

"Batteries go dead as electrolyte conductivity drops beyond desulphation, conversion of sulphate to acid in water solution. RE (Radiant Energy) is capable of breaking sulphate by creating transfer residual ion desulphation (already tested by NASA using RF (Radio Frequency) modulated DC current). Can be easily made with LC(B=R) bridge coupled circuit along other more advanced tuning aspects... A normal battery below it's ion conductivity level will simply convert itself to an electrolytic cell separating oxygen from hydrogen burning up and oxidizing the plates further...

Rotoverter: RV Resonance Recovery Test Circuit - Half Diode Plug Across Run Cap

Submitted by esaruoho on


C1 is shown as 36uF as optimised to my particular motor. The normal range is around 17-24uF for normal RV operation.

The values C2 and C3 can be increased with experiment to see when the resonance is killed and the diode plug begins to draw increased load from the RV.

SOME GENERAL POINTS:

RotoVerter in California State Science Fair, April 2008 - Congrats Austin Adee & Alex Thomas!

Submitted by esaruoho on
CALIFORNIA STATE SCIENCE FAIR - 2008 PROJECT SUMMARY
Name(s) Austin Adee; Alex Thomas
Project Number S0801
Project Title: Rotoverter

Abstract

Objectives/Goals
The objective of our project is to see if electricity can be generated more efficiently than onventional methods. We hypothesize that using two three-phase motors, in a setup a "Rotoverter" electric energy can be generated more efficiently than conventional methods.

Methods/Materials
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