Is Lindsay?s ?SM? a fraud?

[innovation_station]

heres another peice....

the pvc notched turbo coil....  drop my charger inside it...  out put of the charger is rectified then sent to the coils......

the megnetic feild produced is collected AS INPUT ON THE BALUM....  i designed a danceing magnet generator a longgggg time ago in half baked useing thease coils...



any how it aint magic at all just common sence

ist

i will post a pic 

eh gk mic and speeker   what ? what?? what??? what???  echo echo echo echo    lol!!

i almost cant wait to get started on the next new arc reactor     now if i can just......  replace .... the magnetics with....   hummmm...  lol

have a great day 

ists next project ...

THE CASCADE BACK EMF AMP   i was gonna build this months ago and post it but i dont think it was the rite time for it then it is now ..

[MACEDONIA CD]

HI WATSO.
 
way you say is  this   <the cap  has  resistor
> 
NO ..
IS DIODE  BIG DIODE     AND FAST DIODE  THERE IS  DIODE YOU MAKE SEARCH   DIODE WHIT  TWO LINE  POSITION in him>

way tpu  get  hot ho wire exsactly is  gething  hot  in the t.p.u.
  WHAT YOU THING
IS  THE   CONTROL COIL OR  COLECTOR COIL

<I KNOW ONE THING  IF THE TPU  HAS NO  PUT BULB     OR LOAD  IN  THE OUT     THE  TPU   WHILL BE  HOT  AGAIN   >>

                              WAY   IS NOT MATHER  IS LOAD THERE OR  NOT  T PU  IS  GETHING HOTER  AND HOTER

LETS ASK  YOU R SELF

[MACEDONIA CD]

hi BEP
 
YES YOU  ANDERSTEND ME  GOOD DIODE IS  ATACHED TO POSITIVE PIN OF  THE BIG CAP BLACK     ATHER END IS GOING TO COIL  TO PICK SOME ENRGY    BUT WAY IS  ONLY ONE DIODE    <,FREK> IS  FAST

[bolt]

The caps are almost certain output caps and yes  thats a bleed resistor. It would very  unsafe to transport this tpu about with 1000 volts still floating on those caps for days on end so make perfect sense to bleed it off so its safe to move after.

The toroidal is important its the 1st stage to many tpu's and it has very special properties when there is a magnet beside it. NO you wont find the answer in mainline text books. SM told you to experiment with magnets and coils. Also now i have a much better understanding how this works the large TPU is a 3 stage design and almost certain not the latest version in the model range. The later versions are the smaller devices like the 9 incher and he managed to do this in 2 stages. But the 2 stage design is MUCH harder to get working im not suprised SM said it took several more years to get to that stage. The coil lengths, directions, resonance, size, space between windings and frequencies have to be DEAD right its not forgiving at all. The earlier models AND large tpu 1000 watt are all powered by a battery powered controller. If it was doing this back in 1990's and wanted to hide the battery  i would use a 12 volt 1/2 AA battery that is used in many car alarm key fobs. Thats all you need for the controller its needs milliwatts to start!

The latest models in the range could start without a battery. I think is has a COP>500/1000 before looping and thus just by brushing the start magnet once around the coil then dropping in to the holder will run it without a battery.

Oh don't forget the magnets they are the ignition keys. Engine wont run without it:)

BTW is SM still alive anyone know? Last i heard he had cancer.

Finally i don't have the 100% blue prints i wish i did but by filling in the dots i have a much better picture backed up by already proven OU devices like Bedini, Newman, Rotoverter and others all work on similar key features but on a much simplified level. The TPU is superior cos it takes it up a level higher but if you know the basics from other stuff already out there and working it helps tremendously.  The TPU is a hybrid between say the MEG and the VTA.

[BEP]

@Macedonia CD

I'm with you man!

If these folks can't recognize a standard diode case and markings then maybe there is a way to make it work while bleeding the charge from the cap. I fear it is about as likely as using the small toroids as a balun, unun or common-mode choke 

One thing I can't agree on is your condenser(condensator-capacitator-capacitor) description. At that time the voltage and capacitance you mentioned was indeed possible with that case style - but rare in common parts shops. 100 volts - yes, not 450 at the size I believe it to be. Even now you would be lucky to find one rated at 450 for that size and design. My opinion is they are each 2000mFd@50V, the diodes are 1N09's of the gold-bond case variety and that part of the circuit has only one purpose and it is not for filtering the output.

My only problem with the document I last posted (about harmonic and super fast cutoff with a diode) is I still think no TPU ran in the HF range or higher. That document about the step-charge diode says 20mHz or higher is needed. So I am about to throw out my own suggestion.

No problem. I'm not immune to my criticism either.


BTW....

the step-charge diode problem was well known for destroying mosFET's (the real mosfets - the ones that were constructed using metal oxide substrate --- AFAIK the only true mosfets are made by IBM now. All the rest inherited the acronym but aren't truely mosfets)

>>Edit...

Now that I think about it...I wonder if SIDACs or DIACs had the same stepped-charge problem. Wouldn't that be a kick in the pants? A solid state spark gap that was faster than anyhing Tesla could design!