Pulsed DC Transformer with Embedded Magnets

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Meeting with the Factory Owners in China

The factory owners are independently wealthy with restaurant business.  They do not seek great wealth or income from the factory operation.  They can afford to do some research and small jobs that are interesting but not profitable.  This is ideal for FLEET at this stage as some research needs to be done.

Owner 1: “We have been made aware of your work from Mr. Chan for many months now.  We built the moving parts of your two versions of the Tong Wheel and your latest transformer core.”

Tseung: “Thank you for your excellent work.  The Tong Wheel has been shown to over 25,000 people and is available for verification and double checking in Hong Kong.  Whenever you have a chance to visit Hong Kong, come and take some pictures.”

Owner 2: “You have taken a tour of our factory.  You can see that we do many different jobs.  We have the basic tooling machines.  Building the Tong Wheels and the transformer core was very easy.   Tell us more about FLEET.”

Tseung did the standard presentation and concluded: “FLEET can be developed from any  LCR resonance circuit on the secondary coil of a transformer and DC Pulsed at the resonance frequency from the primary.”

Owner 1: “You have made the technology crystal clear.  It is logical and very scientific.  Once I accept that energy can be Lead-out, I can focus on the methods of leading out energy.  Your pendulum example is easy to understand.  I love the Pulsing to a Resonance Circuit.  It is beautiful.”

Owner 2: “It is like the electric light bulb.  Before Edison demonstrated it, the World was in the dark.  People thought that such things were not possible.  Once it is demonstrated and understood, many people could improve it.  I am sure that FLEET will be the same.”

Chan: “What do you want us to do?”

Tseung: “I want you to think about building a 5KW electricity generator prototype.  Many groups are working on lower output systems.  Think about the size of the transformer, the thickness of the wires, the type of Pulse Generators or circuit, the inductors, capacitors and load.”

Owner 1: “We already produce a 3 KW transformer for welding machines.   I think we can meet the challenge.”

Owner 2: “This project is fun and will potentially change the World.  I like to participate even if we do not make any money.”

Tseung: “I may be able to get Hangzhou to provide the funding for the test equipments and the materials.  Your risk will be the time and brain power.”

Chan laughed: “We need to exercise our brains before they get rusty.”

We had an excellent lunch at their highly popular and successful restaurant.

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More on Resonance

http://hyperphysics.phy-astr.gsu.edu/HBASE/electric/serres.html#c2

Resonance in AC circuits implies a special frequency determined by the values of the resistance , capacitance , and inductance . For series resonance the condition of resonance is straightforward and it is characterized by minimum impedance and zero phase. Parallel resonance , which is more common in electronic practice, requires a more careful definition.

The resonance of a series RLC circuit occurs when the inductive and capacitive reactances are equal in magnitude but cancel each other because they are 180 degrees apart in phase. The sharp minimum in impedance which occurs is useful in tuning applications. The sharpness of the minimum depends on the value of R and is characterized by the "Q" of the circuit.

That should help us to choose the values of C and L in our experiments.

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Measuring Capacitance and Inductance

Measuring Capacitance is relatively easy.  I have a multi-meter that can do it.  Measuring Inductance is more complicated.  There are a number of suggested methods on the Internet.  One can do a google search.

For tuning circuits, the suggestion is to have the value of capacitance matching that of inductance.  We shall try that.  There will be three inductors â€" one at the secondary coil, one fixed and one variable.

Any one has better ideas?

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Converstation with Engineer Chow

Chow: “I shall work on your FLEET.  Do you want me to put magnets in between the C cores of your Transformer?”

Tseung: “Will that add additional complexity in your construction?”

Chow: “Not really.  I shall be winding various wires in the C cores for the experiments.  Putting additional magnets on will not add much work.”

Tseung: “In that case, try the case with no magnets first.  We have the option of adding magnets later.  At this stage of the research, I do not have all the answers.”

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Self resonating powering circuit for HHO cell

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

The circuit still has a transformer (could be a toroid).  This circuit does not need the primary to have a resonance pulsing current from a Pulse Generator.  It is self resonating.  It is a side-track but worth keeping in mind.