Pulsed DC Transformer with Embedded Magnets

[ltseung888]

Testing Equipment for HKIA

LT,

Good luck with your new experimental equipment.

The Observer

Inventor 1: “I made a trip to Shenzhen yesterday and I bought all the equipment necessary for the FLEET experiment.  They may not be perfect.  We can always make another trip to get more or exchange.  All the more expensive items have 1 year warranty.”

Inventor 2: “I thought that your trip was just a price checking trip.  Why did you buy the equipment without a proper meeting?”

Inventor 1: “Our initial estimate for such equipment was from RMB5,000 to RMB10,000.  I bought everything for less than RMB1,500 (less than USD200).  I do not want to waste time.”

Tseung: “ Can you list the major items for us?”

Inventor 1: “Here is the breakdown:
1.   Pulse Generator      RMB600
2.   Oscilloscope                650
3.   LCR Multimeter            180
4.   Toroidal Transformer      70
5.   Copper wire                  60
6.   Diodes                         20
7.   Capacitors                    40
8.   Resistors                      20
9.   Misc. (wires, clips, etc)   50
Total                               RMB1,490”

Tseung: “I think you made the right decision.  It is well under our initial estimate.  I am sure all the other participating member will not question your judgment now that they can start playing with it over the Easter Holidays.”

Inventor 2: “I agree.  We shall have some fun over Easter.  I can practically guarantee that you will have some solid experimental results for the Wall Street Journal Asia before April 9, 2010.”

[Paul-R]

You should probably let him know that a sine wave and square wave are two different 'balls of wax'

I think you'll find that Patrick is O.K. on this.

To put meaning to your scope shots, you need to tell us your scope settings.
and resolution in Mhz. They look a bit like Bedini spikes on a crap instrument.

[The Observer]

Paul,

Well the meaning of my scope shot is a square wave well out of resonance and the respective input and output voltages.
I was confused about this at one point...
So I think it is important that people understand how a transformer works.

Can you believe people still talk about the core of transformer CONDUCTING a magnetic field ?
When it really amplifies a magnetic field by means of rotating it's own self contained magnetic field.

If you ask me... putting is sine wave into a transformer is like riding a bike with your brakes on !

A square wave allows one to see what is really going on and make informed decisions like...
         The square wave should be the length as the rise time for highest effeciency of power transfer,
         Or the rest time should be the length of the decay time of the inductor and secondary resistance.

Of course putting the whole thing into resonance is where the real meat is at.
Refer to diagram.

The Observer

[ltseung888]

Concept of self resonant circuit

http://www.youtube.com/watch?v=Ru8YQ6HUwbU&feature=channel

I have not started on understanding and experimenting with transistors yet.  However, the use of a self resonant circuit that eliminates the need for tuning is appealing.

[ltseung888]

Comparing the Kwang-Jeek LEE approach and FLEET

In the FLEET approach as described so far, we put the Load in a resonance A.  The resonance circuit is part of the Secondary Coil Circuit of a transformer.  The Resonance Pulse (or some sub-multiple) is applied at the Primary.

In the Lee approach, the resonance circuit is in the Primary Coil.  The resonant power is the Q factor times the Supplied Power.  Typical value of Q can be 10 or more.  This resonant power is supplied to the Load in the Secondary.  See diagram.

My gut feel is that both would lead-out electron motion energy.  Both should work.  The Lee technique may be easier to tune as the Load can be considered later.  Lee also pointed out that AC can be used.  The World Energy Crisis is theoretically over.