Pulsed DC Transformer with Embedded Magnets

[ltseung888]

SUPER GOOD WORK Lawrence.  Thank you for sharing your work & photos.

Can you please show a diagram of where a LOAD, like a bulb, would attach to.

Thanks.

.

Look at the diagram Experiment 1A.jpg carefully again.  The load is attached to the LED position pointed by the words "transformer".

We are continuing the experiments with different loads, different LCRs and different Toroids.  It appears that the Steven Mark type TPU that vibrates continuously and generating 1 KW is within reach.  Once we get Hong Kong University, MIT, Stanford, Imperial College, Tsinghua etc into the loop as technical verifiers, the technology will mushroom.

There is no chance of the "oil interests" stopping the lead-out energy technology now. 

Patrick Kelly is writing the article for the layman.  His writing skills and availability of a working prototype in his room will benefit the World.

[Pirate88179]

Guys - abject apologies for being off topic.  I'm trying to reach Hartiberlin.  for some reason my personal message system is not working.  Could I ask one of you to please forward this post to him.  He can connect on Skype or email at ainslie@mweb.co.za

So sorry to impose but I've now tried everything.  And right now he's on forum.

Kindest regards,
rosemary ainslie

Rosemary:

I messaged Stefan with a copy of your post.

Bill

[Rosemary Ainslie]

Rosemary:

I messaged Stefan with a copy of your post.

Bill

Many thanks Bill.  You're a sweetheart.  Now.  Let's hope he answers.   

EDITED.  Btw.  Thoroughly approve Sm0ky's sentiments.  We need more of that. 

[sm0ky2]

@ Tsueng

be careful with the current measurements comming from your scope.
it is not a constant current through the pulse like one would think.
it actually is triangle-wave current.
the scope tells you the 'mean-current'. like this green line.
the current goes from 0, up to peak, then back to 0 (induction)
its not constantly providing current to the output.

[ltseung888]

@ Tsueng

be careful with the current measurements comming from your scope.
it is not a constant current through the pulse like one would think.
it actually is triangle-wave current.
the scope tells you the 'mean-current'. like this green line.
the current goes from 0, up to peak, then back to 0 (induction)
its not constantly providing current to the output.

Correct.  That is why the Electrical Engineering Professors at Hong Kong University advised me to use two oscilloscopes.  Channel 1 measures the instantaneous voltage.  Channel 2 measures the instantaneous current.  Their unsigned product (Channel 1 * Channel 2) will provide the instantaneous power.  It does not matter whether the voltage is AC or DC, pulsed or of any shape.

Please double check the above with your University Professors.