Pulsed DC Transformer with Embedded Magnets

[nievesoliveras]

@kooler

Do not worry. The Lord has something special for you too.

Jesus

[Pirate88179]

Mark:

Anyone who has followed our developments in the JT topic know well of the MK-1 circuit.  As has been said, this is what started it all as far as I am concerned.  Look at what we all have done since that time.

So, please do not ever feel that your valuable contributions have been overlooked.  They have not been by the folks that know the difference.

Thanks Mark.

Bill

[ltseung888]

@all

I love that little circuit so much that i decided to devote one year to it , my first discovery was the pickup coil , and the second one was tuning , yet no one even mention me  . Well most of you forgot about me  i haven't been around much lately  busy summer ...

Usually if you find a freq power node , divide the freq by 2 and check if and try multiplied by 2 also , to make sure your freq is the root freq not the harmonic .

I know most of you don't understand what i am saying , but i did prove the potential of adding a secondary and that tuning is essential even gave details on procedures . Two years later i think my investment has paid off, but we are not done yet.  If the circuit can get attention from universities around the world great, but the people had it first that is how it should be anyway .

When you what to selflessly help your brothers , you get access greater knowledge , if you what to help yourself the only knowledge you get is the one you can steel or grasp , its only nature .

I hope my friend Gadget is still waking .

Mark

Dear Mark,

Thank you for your post.  The JT thread is too long and I missed your posts.  Please post more on this thread as we need your expertise and guidance.  We just finished a very successful workshop today at Hong Kong University.  I shall do another presentation in UC Irvine, USA in mid-November. 

We can now produce FLEET prototypes with Output Power greater than 10 watts and COP greater than 100 with confidence.  We have trained Hong Kong University Students to produce such prototypes.  We used two oscilloscopes to demonstrate.  The Professors and Students will continue our work and improve the performance.  They are checking the lead-out energy theory in detail and may work together with other top universities to confirm the physics and mathematics.

I am confident that the results will be positive.  Your contribution will be acknowledged and appreciated.  Attached are some of the pictures taken today at the HKU workshop.

Lawrence Tseung
Director
Help Seedlings Innovate Foundation Limited.

[mscoffman]

Power, based on Peak-to-Peak?  Error...Will Ronbinson!  The emperor
has no clothes.  Rectify the AC to DC and filter, then pick the appropriate
load, then measure the power. Or

Measuring AC power;

Fourier decomposition of voltage signal to sine waveforms
Fourier decomposition of current signal to sine waveforms using
the same frequency decomposition as used with voltage.
Take into account phase shift between voltage and current
in decomposed waveforms. LRC
Integrate power in each decomposed frequency band to total.
Calculate error bars.
Done.

:S:MarkSCoffman

[rave154]

mscoffman,

i suggested this to Tseung a while back.....his reply was exactly what i ( & i dare say others ) expected.. it was ..."if we add extra components then it will spoil the (magic) resonance effect and no OU is produced".

also, dont mention phase angles between voltage & current to him, it will only confuse him further. lol