Pulsed DC Transformer with Embedded Magnets

[Poit]

At present, I have not perfected the loopback mechanism on my FLEET prototypes yet.  My loopback technique is to get different amounts of Output via a variable resistor, convert it to DC and feed it back to the Input.  This technique enabled much lower Input Power as I could dial the DC Power Supply down.  I could dial the Input so low that the meters did not even show an Input Power reading.

The best case I got so far is to turn the power off completely and the LED stilled showed some light for about 30 seconds.  It was clear that I had not totally mastered the feedback technology yet.  Aaron and the Hong Kong teams are also working on this feedback problem. 

So the answer to Question 1  (why do you use a battery to power your overunity device) is as follows:

Answer 1:  We always need something to trigger the lead-out energy devices.  We can use battery, DC power supply, solar cell, or hand crank.  We already have success with all these devices.  However, we have not perfected the loopback mechanism yet.  In a resonance environment, too little or too much feedback could destroy that delicate condition. 

Answer 2:  Please go back to the posts with the two oscilloscope shots.  We have already demonstrated overunity.  The first was with the Tong wheel in summer 2009.  The second was on July 13, 2010 with the less than US$3 FLEET prototype.  We include: Lawrence Tseung, Dr, Raymond Ting, Aaron Quant, Forever Yuen, Tong Po Chi, Miller Tong, Debbie, Felix, Kelvin Yu, the team headed by Dr. James Wong, the workshop participants at Hong Kong University..  In addition, there are 13 teams who learned the technique from me or my friends such as Rasa, Mr. Lee Cheung Kin and Kenneth. 

If you have two oscilloscopes or can get your hands on two oscilloscopes, you will have a good chance to demonstrate and confirm overunity.  You can produce a FLEET prototype yourself.  If you are willing to do the confirmation and have in your possession two oscilloscopes, I shall be willing to mail you a working FLEET prototype.  You can represent the Forum Members and post the results.

In addition, you can experiment with additional LCR circuits to achieve results much better than mine.  See the attached diagram.  Meanwhile, I just moved to US and will need time to build a team, source where to get the material, get in contact with the academics (who will have two oscilloscopes in their laboratories).

Lawrence Tseung
Director
Help Seedlings Innovate Foundation Limited

Ok.. sounds alright. I don't have oscilloscopes to test, but I have multimeters. Is it possible for you to show the results using 4 multimeters? (when I get a chance I will try this, but it seems you already have units to test with). The reason for 4 meters is this: meter1: input voltage. meter 2: input amperage meter3: output voltage. meter 4: output amperage. Cheers

[ltseung888]

Ok.. sounds alright. I don't have oscilloscopes to test, but I have multimeters. Is it possible for you to show the results using 4 multimeters? (when I get a chance I will try this, but it seems you already have units to test with). The reason for 4 meters is this: meter1: input voltage. meter 2: input amperage meter3: output voltage. meter 4: output amperage. Cheers

We need the product of the Instantaneous Voltage x Instantaneous Current to get the Instantaneous Power.  In an oscilloscope, we can set up channel 1 for Instantaneous Voltage and channel 2 for Instantaneous Current.  Then the oscilloscope can yield the waveform for the Instantaneous Power.  With that waveform, we can integrate it over time to get the Energy over that period.

I cannot do that with multimeters.  With multimeters, you can get the rms values.  If you look back at the posts in the past, that method was deemed inaccurate.  It will give you the trend but not the quantitative value demanded by the academics.

Just be patient.  I should be able to get some Universities or Research Organizations with two oscilloscopes in their laboratories in Irvine, California, USA.  Or alternatively, just wait for the results from Hong Kong.

[Poit]

ok. i'll wait.

question though - once you have figured out how to close loop the thing, will you share it with all of us?

Pete

[chrisC]

ok. i'll wait.

question though - once you have figured out how to close loop the thing, will you share it with all of us?

Pete

You may have to wait until the cows come home. Just look at this history of this and previous Tseung threads. A little knowledge can be a very embarrassing thing, even though the author is so delusional he just doesn't get it.

cheers
chrisC

[Poit]

You may have to wait until the cows come home. Just look at this history of this and previous Tseung threads. A little knowledge can be a very embarrassing thing, even though the author is so delusional he just doesn't get it.

cheers
chrisC

You may be right... i'm not losing anything from waiting. So lets wait and see.