Pulsed DC Transformer with Embedded Magnets

[Bruce_TPU]

Good to see you experimenting, Lawrence!  Great Job!

Cheers,

Bruce

[ltseung888]

Good to see you experimenting, Lawrence!  Great Job!

Cheers,

To me, a theoretical physicist, experimenting is a painstaking and painful job!  For example, when I used my finger as the pulsing source, I got very tired fingers.  The act was a joke amongst many.  When I advanced to timer control, the laughter was somewhat less.

I still have not mastered the various button and features on the oscilloscope and the multimeter with waveform yet.  Some of the readings did not make sense.  I still could not save the waveforms to the computer for analysis and print out yet.

The consolation is that â€" it took me 5 years to find Mr. Tong Po Chi to build the primitive Tong Wheel.  The nay sayers have a difficult time disputing that scientific evidence.  Even after the prototype was built, it took us many weeks of tuning to get to the overunity condition.   I do not expect conclusive experimental results with FLEET in a few days.  My learning curve and lack of skill in electronics will be major stumbling blocks.  My daughter pitied me on using magnifying glasses to read the small prints on the Instruction Manuals.  I kept forgetting the functions and how to push the right buttons to achieve a particular result.

That was not too surprising.  I still have not mastered all the functions on my mobile phone.  I have used the mobile phone for over 10 years and I still could not send SMS messages!

I hoped that other HKIA members will take the lead in the experiments.  At present, they will only work on weekends.  Please do not have too high an expectation as far as experiments are concerned.  There will likely be flops and glaring errors.  The saving grace is that many other researchers have reported positive results â€" Bob Boyce, Don Smith, Tariel Kapanadze etc.  The progress of Lead-out Energy does not depend on Lawrence Tseung alone.

[ltseung888]

FLEET experiment on April 4, 2010

Yung: “I admire your clarity of thought.  I do not admire you because of your physique, your looks or your manners.  In fact, I would not recommend you to appear on TV yourself.  You should find a spokesperson.”

Tseung: “Thank you for your frank remarks.  Let us focus on the experiment.  We shall first do an experimental check of resonance on a series LCR resonance circuit with the values shown on the diagram?”

Yung: “Why are we using AC?”

Tseung: “We want to check out whether Electron Motion Energy can be Lead-Out via pulsing at the resonance frequency.  The theory does not require AC or DC.  We shall experiment with AC first as it is the easiest.  The waveforms will not be distorted.”

Yung: “Should we check on resonance on the Primary Circuit first?”

Tseung: “In the Primary Circuit, there is the Pulse Generator.  I do not know anything about the internal workings and characteristics of the Pulse Generator.  The Secondary Circuit is much simpler.  It is effectively an Inductor (coil), capacitor and resistor.  We shall place the multimeter across the resistor first.”

Yung: “This is what is meant by clarity of thought.  It inspires confidence.  Even if the experimental results are different from expected, we all learn.  What is your expected experimental result?”

Tseung: “I would expect the peak-to-peak voltage to change with frequency.  Ideally, we should display both the AC Voltage and the AC current on the scope and calculate the AC power.  However, I have not mastered the workings of the borrowed A yet.”

Yung: “Do it one step at a time.  We are learning in front of the World.”

[The Observer]

My latest experiment.

The Double Joule Thief uses a capacitor to capture output and feed a second Joule Thief.

The Observer

[ltseung888]

My latest experiment.

The Double Joule Thief uses a A to capture output and feed a second Joule Thief.

The Observer

Observer, that is brilliant.  You do not need a Pulse Generator to demonstrate "FLEET".  I am sure that careful measurement will reveal that Output greater than Input.  There may be need to adjust some LCR values.  A self resonant circuit amplifies and feeds another self resonant circuit.

Continue your line of research.  Is FLEET easy?