Pulsed DC Transformer with Embedded Magnets

[SchubertReijiMaigo]

@ Itseung: The problem is: this is more easier to extract in LCR than "Random Molecule become a pulse order". The FE is nothing if can can't extract it without destroying the effect...
In LCR this is a little different since you have an overvoltage factor and magnifying the power, the magnifier of Tesla (Tesla coil with three windings) can be see as a power amplifier, but the problem is very hard to catch million volts of arc and convert it in 220V...

[tagor]

The FE is nothing if can can't extract it without destroying the effect...

are you so sure ?
it is very easy to extract ... so many exemple ... COP 400%

do you know J Keely !!

[XS-NRG]

we know all overunity clowns 

[ltseung888]

Conclusive Experiments to show that Energy from the surrounding can be lead-out or brought-in. 


Experiment 6 â€" FLEET (Forever Lead-out Electromagnetic Energy Transformer)

Proposed by: Lawrence Tseung     Date: December 19, 2010

Performed by:         Date: 

Objective:
1.   To show that the Instantaneous Output Power can be greater than the Instantaneous Input Power from a FLEET prototype via the display from two oscilloscopes.
2.   The existing FLEET prototypes use a Joule Thief Circuit with a secondary winding on the toroid.  Many factors such as number of turns, tightness of the winding, dimension and characteristics of the toroid, type of winding wire, the electronic components, etc affect the experimental results.
3.   The results show some characteristics typical to resonance.  At certain configurations, the COP is very high but slight departure will show a marked drop.  A good example is in the Workshop at Hong Kong University on Oct 9, 2010 where one student, Felix, produced a prototype with COP >280.  Others could only produced prototypes with COP around 2. 
4.   These students listened to the same lecture, used the same material, used the same test equipment and sat next to one another.  One comparison is that if every student were to produce their own tuning forks, demonstrating sound resonance would be very difficult.
5.   Thus this experiment will be done as confirmation.  The steps in creating the toroid will be clearly defined and the participant is encouraged to build his own.  However, a working prototype will be made available for the verification.

Equipment needed:
Two oscilloscopes with at least the following capabilities:
1.   Have two channels, one to display instantaneous voltage and one to display instantaneous current.  Usually these channels have a common ground.
2.   The ability to display the product of channel 1 and channel 2.  The product represents the instantaneous power.
3.   The ability to print or capture screen shots so that the results can be analyzed by a computer later.
4.   Optionally, the Information on the Scope can be continuously captured by a connected computer or a data logger.
5.   The ability to display the peak-to-peak and the RMS value of the voltage for channel 1 and channel 2 simultaneously on the screen.
An AA battery or a DC power supply that can supply DC voltage from 1 to 3 volts and current up to 2 Amps.
The electronic components to build a Joule Thief circuit:
1.   A toroid core.  In this case, a One Inch Diameter toroid is used.
2.   Approximately 12 feet of thin electric wire or transformer wire.  In this case, transformer wire of 0.5mm diameter is used.
3.   Two 3V LEDs.  One will be connected with the Joule Thief Circuit.  The other will be connected with the secondary circuit.
4.   Two one ohm resistors allowing the probe of channel 2 of the oscilloscope to measure the voltage.  That value represents the instantaneous current.  If that value is too low (especially on the secondary output, a 10 ohm resistor may be substituted.)
5.   The complete circuit diagram with the components cleared marked.  The value of the various components will be shown on the circuit diagram.
6.   A breadboard to insert the various electronic components.  In this case, a hand soldered circuit will be given as the sample prototype.  With a breadboard, the connection may be shaken loose in the mail.
7.   A multi-meter to measure the resistance, voltage at various stages of the testing.
8.   Soldering gun (make sure the participants have the skill to operate it.)
9.   A camera to record or videotape the various components at the various stages of the building and testing.

Procedure:
1.   Read the excellent instruction on how to build a basic Joule Thief from the Internet.  http://blog.makezine.com/archive/2007/11/make_a_joule_thief_weeken_1.html
2.   Optionally build one of more basic Joule Thief until you get a working one.  (A set of components will be made available when the working prototype is shipped.)
3.   The FLEET prototype shipped to you will have an additional winding on the toroid.  There will be photos and markings on all the necessary connection points.
4.   A previous test result with the two oscilloscopes in Hong Kong will be included with the prototype.  Additional before-shipping measurements with multimeters and simple scope photos and readings will be included.
5.   Check the shipped FLEET prototype to ensure that no damage occurred during shipment visually.  Check whether any soldered connection got disconnected.  Solder back if and necessary.
6.   Connect the battery (included) and check whether the two LEDs are lighted.
7.   Disconnect the battery.  Connect the probes from Channel 1 and Channel 2 of the first oscilloscope to the Joule Thief Input as in Diagram E1.  Reconnect the battery.  Check whether the two LEDs are lighted.
8.   Disconnect the battery.  Connect the probes from Channel 1 and Channel 2 of the second oscilloscope to the Joule Thief Input as in Diagram E2. Reconnect the battery.  Check whether the two LEDs are lighted.
9.   Display the three curves on the first oscilloscope.  Channel 1 (representing Instantaneous Voltage); Channel 2 (representing Instantaneous Current) and the product of Channel 1 and Channel 2 (representing Instantaneous Power).  This represents the Input side.
10.   Repeat 9 with the second oscilloscope.  This represents the Output side.
11.   Adjust the various scales on the two oscilloscopes until the best comparison is displayed.
12.   Do screen shot captures or send the output of the two oscilloscopes to a Computer or data logger for printing, storing and analysis.
13.   Repeat from 9 again.  Use only the Instantaneous Power this time.  Minor tuning can be done by comparing the two scope displays.  The minor tuning includes re-positioning the connecting wiring, placing the hand or an object near the toroid to affect its capacitance or (when you really feel confident) use different values of the electronic components.
14.   You can always do a simple analysis (without the detailed computer analysis) from the peak-to-peak values of Channel 1 and Channel 2 (quick estimate of the peak-to-peak power) or the rms values of Channel 1 and Channel 2 (quick estimate of the rms power).
15.   When you are satisfied with a consistent, reproducible configuration, do a full report with photos, video, computer analysis results etc.
 
Comments:
1.   The best way I found in Hong Kong to do the verification is to show the entire procedure to the selected person(s).  The selected person will repeat the procedure multiple times until he is comfortable.
2.   Most first-timers make mistakes in using the oscilloscopes or the Joule Thief circuits.  Some claimed to know their oscilloscopes very well but they have not used this particular measuring technique or method before.
3.   I would feel most comfortable if we can do the first verification where I can be present to ensure that the set up is correct.  I live about 10 minutes drive away from UCI.  (If the US Government can influence UCI or nearby Organization to loan out two oscilloscopes and the technical people to handle them, that arrangement will be ideal.  Successful verification is guaranteed.)
4.   At present, I got an email from a Physics Student in the University of California system.  He said that he might be able to help to make the right connections.  The verification may be done at UCI.  (But he is only a student.)
5.   Another alternative is that with the proper sponsorship, I can travel with the working prototypes to the testing laboratories.  If everything goes right, it will take one afternoon.  With Murphy’s Law, I would plan on 3 days.  One advantage of this arrangement is that I can even run a mini-workshop and teach the participants how to build the FLEET prototype from the very beginning.  Plan on 1 week assuming no unexpected events.
6.   If I have no other choice but to ship the prototype to someone who has never seen it or built a Joule Thief Circuit before, I shall include a prayer.

The diagrams will be specific to the particular prototype.  I shall take out the best and the worst.  The particular prototype shipped out will then be random.  I shall have all the pictures, diagrams, previous readings etc specific to that prototype posted for all to comment (and to be used as official record) before shipment.

Those who are impatient can read postings since Sep 2010 on the overunity.com (Pulsed DC Transformer with embedded magnets) to get a general idea.  Just ignore the jeers and insults.


I shall polish this particular draft much more until the potential verifiers are totally satisfied before I ship out the prototypes.  I am still hopeful that the first verification in USA can be done with my presence.  May God’s Blessing be with us.

[ltseung888]

The first prototype A ready for testing in USA

There is a strong probability that I shall work with Maj. Todd Hathaway and the University of Maryland after the Holidays.

I took out one of the prototypes at random and checked it without the oscilloscopes.  With God's Blessing, it worked without any problems.  I shall put in the full connection details, the value of various electronic components etc. in the coming days.

The Lord has granted us the Lead-out or Bring-in Energy Theory.  The first experiment is striking the tuning fork that can be done by the average layman (or political figure).  The sixth experiment is the trump card demonstrating that Output Power is definitely more than Input Power.  That fact will be demonstrated and verified by the US Government and Academics with the best available equipment.