Pulsed DC Transformer with Embedded Magnets

[ltseung888]

Lee: “How long do you think it will take someone to hit on a resonance condition?”

Tseung: “At this moment in time, we know that the factors include the size of the toroid, the winding technique used, the resonance circuit at the primary and the resonant circuit at the secondary.  We also know that the type of power supply does not seem to have much difference.  If we focus on the air core, we do not worry about the property of the ferrite material.  We can use signal generators to change the oscillator frequency.”

Lee: “There are too macny factors involved.  Do you have a simple formula that can predict the values of resistors, inductors, capacitors, etc. to be used?”

Tseung: “No.  I do not have a formula.  We have information from the Internet that some people have achieved overunity results.  Most of them are individuals working on shoestring budgets.”

Lee: “So it is a matter of luck whether  one can achieve resonance.  It could be a waste of time.”

Tseung: “It one does not even try, one will not have luck.”

Chan: “One percent luck and 99% perspiration!”

[ltseung888]

The flashing JT

The video is:
http://www.youtube.com/watch?v=UHrP37pjGVw

More information on the waveform as recorded on the waveform feature of the Multimeter.

Lawrence Tseung
Director
Help Seedlings innovate Foundation Limited

[ltseung888]

Greetings ltseung888 .
I am planning on building one of these coils. Seeing your posts on the matter I was going to ask for your help when I do. For right now I would like to see your opinion on the new double coil drawing thats been posted. This is an interesting turn of events.

Frank

The preliminary experiment with the two layer coil on the Joule Thief was successful.  I shall try to modify it to illustrate the step-up voltage and current function at the same time.  The part I shall focus on is whether there will be output power gain.  If that happens, it would be a clear case of lead-out energy.

[ltseung888]

Explaining the action of the joule thief circuit shown

Let me explain the action in the following steps.
1.   The battery is not connected yet.  The transistor 2N2222 will be in the OFF state.  In this state, the resistance between the emitter and the collector (points f and e) will be very high.  This is the property of the transistor. 
2.   Now the battery is connected, there will be current flowing because of the closed circuit.  The effective resistance on the path a-b-c-f is low compared with the path d-e-f.  Thus there will be more current passing through the path a-b-c-f.  The transistor 2N2222 will be turned ON.
3.   In the 2N2222 ON state, the resistance between the emitter and the collector (points f and e) will be very low.  More current will flow along the path d-e-f.  The drain of current on path a-b-c-f may be so low as to turn the transistor 2N2222 OFF.
4.   The resistance between the emitter and the collector (points f and e) will be high again.  More current will flow through the path a-b-c-f and turn the 2N2222 ON again.
5.   The above steps 2 to 4 will repeat, producing a switching action (or pulsing)
6.   There is more to that because of the action of the toroid.  The toroid should act like a one-to-one transformer with both limbs acting as primary and secondary at the same time.  This also forces a fluctuating (Pulsing) action.
7.   The lead-out energy theory says that external energy (electron motion energy) can be lead-out or drawn-in.  This extra externally supplied energy will show itself in the higher voltage and current.
8.   The higher voltage (much greater than the 1.5V as supplied by the battery) will light the LED.  The LED requires 3V to be turned ON.  A normal one-to-one transformer will not be able to step up the voltage.  But the lead-out energy mechanism can help to achieve that.
9.   When we put the extra Capacitor into the circuit, the path a-b-c-f represents a well-known LCR resonance circuit.  This will provide an oscillating (pulsing) action.  This may help in the lead-out energy mechanism.
10.   Thus the tuning involves the selection of the transistor, the toroid, the LCR values.  The toroid will have a certain mechanical and electrical resonance.  It may be a matching of such resonances that can lead-out a significant amount of electron motion energy.
11.   The Gadgetmail circuit has LCR circuits on both the primary and the secondary side.  He could have hit on a resonance condition.  With combination of mechanical and electric circuit resonance, any addition of testing equipment will change that delicate condition.
12.   Thus the difficulty will be â€" a resonance setup with no test equipment may be different from that with test equipment.  We may have to hunt for a setup with test equipment to conclusively show that Output energy can be greater than Input energy.  Retune everything without test equipment.
13.   My gut feel is that the Gadgetmail circuit or similar without an external signal generator may  work.  The transistor switch frequency may not be as important as the toroid and LCR frequency matching.
14.   We may experiment in both directios â€" with and without external signal generators.

The above explanation may not be 100% correct.  But it makes it very clear in my mind as to the experimental direction we should take.  I pray that the Almighty will continue to guide us to benefit the World.

[ltseung888]

A good question on Magnetism

In the simple experiment shown, the top arrangement will not attract the small Soft Iron.  The frictional force on the surface would prevent any movement.

When a piece of Long Soft iron is put in as shown in the bottom picture, the small Soft Iron will be attracted and move towards the LHS.

If we think in terms of Energy alone, the above experimental result does not make sense.  Some energy must be spent to turn the Long Soft iron into a “weak magnet”.  Where does the “extra energy” come from?

One way is to think that the extra energy is a form of Lead-Out Energy (energy from the environment).  The electrons orbiting around the Long Soft iron already have energy.  However their directions are random and thus show no net magnetic force and could not do work.  These molecules or dipoles will be “aligned” by the Permanent Magnet.  Some energy will be spent to align them.  However, the resultant setup is that the aligned setup will exhibit itself as a weak magnet.  The weak magnet is capable of doing work. 

We can treat this as using some magnetic energy from the Permanent Magnet to Lead-Out the existing electron motion energy from the Long Soft iron.  The Long Soft iron will use some of the energy to “strengthen” the magnetic field of the Permanent Magnet!  The magnetic field strength at the small Soft iron is made stronger and not weaker!

In the Lead-Out Energy Theory, we can treat molecule A changes the magnetic orientation of its neighboring molecule B.  Some energy is extracted or lead-out or draw-in from molecule B.  This in turn will get molecule B to change the magnetic orientation of its neighboring molecule C.  Some energy is extracted or lead-out or draw-in from molecule C.  Such drawing in effect propagates in a three dimensional direction. 

Theoretically, we can think of the drawing-in of energy will propagate to the entire universe â€" just like a ripple on the surface of the water.  The effect diminishes quickly with distance in a three dimensional fashion and the type of material in between. 
If this concept of Lead-Out energy is correct, we can imagine at any point, we can theoretically extract the energy from the entire universe!  This fits in with the concept of zero point energy.  Some claimed that the zero point energy is extremely large.  If any point in space can draw in the electron motion of the entire universe, the energy available is definitely extremely large.

We do not need to worry about lead-out electron motion energy ever running out!  The Universe itself is not static.  It can be expanding as predicted by the Big Bang Theory.  Or parts of it may fall into Black Holes.

The above explanation is well within the framework of existing Physics.  The energy source of the many overunity devices is no longer a mystery.  It is a matter of discovering the mechanisms to lead-out such electron motion energy.  We are reasonably sure that one of such mechanisms is to pulse near the oscillating or resonance frequency of a system. 

Lawrence Tseung
Director
Help Seedlings Innovate Foundation Limited