Giantkiller moves forward into Full Heterodyning.

[MACEDONIA CD]

HI  @GK
HOW IS YOUR  IN  AND OUT  POWER
MORE THEN  1  OR
I LIKE TO  SAY SOMETHING   YOU MY TRAING  WHIT SINUS  FREK   IS  I THING IS BETER  BUT YOU MAST  MAKE  PrOPERLY TURNS ISN  TO YOU   IN COILS   MUCH  MORE TURNS  TO YOUR  INPUT COIL   IF YOU PUT BIGER SINUS  FREKFENCY
TRY  THAT WHIT SINUS

FORMULA
               FOR   50 HZ  IS       <<<45 / a*b  saids  =  numbers  for prymary turns   that is  for  50hz  <45  >  if you  put 100 hz  then you need  <<90>>    90 / a*b = numbers of turns 
if you  put  more and more high speed sinus frek  only you need   to eancreas  that
  for  150hz sin. fre   <<is 135>>   for 200 hz  is <<180 >  and   and  and  if you whant you  calculate this  if you  whant  to  be    in the khz  and  you whill have proper  tune prymar coil whit sinus  frek   
   SINUS IS BETER    THEN  PULSE 

[giantkiller]

HI  @GK
HOW IS YOUR  IN  AND OUT  POWER
MORE THEN  1  OR
I LIKE TO  SAY SOMETHING   YOU MY TRAING  WHIT SINUS  FREK   IS  I THING IS BETER  BUT YOU MAST  MAKE  PrOPERLY TURNS ISN  TO YOU   IN COILS   MUCH  MORE TURNS  TO YOUR  INPUT COIL   IF YOU PUT BIGER SINUS  FREKFENCY
TRY  THAT WHIT SINUS

FORMULA
               FOR   50 HZ  IS       <<<45 / a*b  saids  =  numbers  for prymary turns   that is  for  50hz  <45  >  if you  put 100 hz  then you need  <<90>>    90 / a*b = numbers of turns 
if you  put  more and more high speed sinus frek  only you need   to eancreas  that
  for  150hz sin. fre   <<is 135>>   for 200 hz  is <<180 >  and   and  and  if you whant you  calculate this  if you  whant  to  be    in the khz  and  you whill have proper  tune prymar coil whit sinus  frek   
   SINUS IS BETER    THEN  PULSE 

Yes. I am going in that direction. I wanted to try the Leedskalnin PMH with the added magnet and air gap. It worked! He and Tesla both spoke of iron so it got me curious.

@All,
And along the lines of SHARP pulses. I am going to start using the stun gun but not leave a spark gap open in the last stage. That should also give sharp pulses.

The last PMH test I did showed perfect symmetry instead of differences on intrapulse oscillations like before. I said I would figure it and the answer is the symmetry in the coils and radially placed air gaps amd magnetics. Also more coil fields compared to the total mass of iron.
Now I am winding a coil with iron core, 1 magnetic, copper windings around the whole thing and then iron wire again. The flux will not be allowed to escape into the air but kept contained.

--giantkiller. I totally blew the digital scope. I revert back to my 10mhz Heathkit. Got analog?

[innovation_station]

hello guys got my new meter  just no time to play with it yet 

well i did do some tests thet dirrectly relate to this

when you wind a single control around steel or iron core i noticed anyways that the core will get extreamly hot but not the small control wire hummm....

i plused it at a low speed with 12 vdc 1000ma 10 min later you could not touch it    why??  traped??  eh??

i used 1800 winds of 28 ga solid magwire and a thin wall pipe

it is posted some where ...

ist

[zerotensor]

when you wind a single control around steel or iron core i noticed anyways that the core will get extreamly hot but not the small control wire hummm....
i plused it at a low speed with 12 vdc 1000ma 10 min later you could not touch it    why??  traped??  eh??

There are two main mechanisms behind the heating.  One is ohmic heating due to induced eddy currents, and the other has to do with the magnetic domain structure of the iron.
Pulsing a ferromagnetic material with an external magnetic field causes stresses within the lattice as the magnetic domains experience repeated torques due to the imposed field.  This stress results in atomic-scale vibrations in the lattice -- aka "heat".

I think that there may be an explanation for the TPU wherein magnetic pulses applied to a wire create a mechanical wave  upon which electrons can "surf".  The mechanical wave in the iron wire (probably mostly torsional) is generated and maintained by the control coils via magnetostriction.  This would explain both the vibration and the heating, as well as the DC with audio-frequency ripple seen on the output.  According to the spherics material, SM was using a coil of iron wire as an audio "delay line".  Could the iron wire be the "hose" that is "squeezed" (by mag-field), in the garden-hose analogy?  Seems to fit.  On a related note, everyone should check out "delay line memory" -- this may be the key...

[Localjoe]

@zero

Would that be similar to the early exp that consisted of

An iron wire stretched the length of a room, with a movable copper coil wound around it on a spool?

The ends of the copper hooked to a microphone and the user spoke into the mic while moving the copper coil along the iron wire. Call this Encoding/modulating

In turn one could now put a speaker on the ends of the copper wire walk the coil along the same path from start to finish and hear the "recorded voice track" from the mic. Call this Decoding/demodulating .. 

  What your suggesting; a memory in the iron wire seemed real similar to this concept. Are you suggesting that steven may have pre aligned the domains using this concept in the steel or iron wire he used. And what effect would later saturation of it from the copper's magnetic feilds have on the " Pre set domains " In the iron or steel wire when the energy passed through it.
                                                                                                          Joe

PS

Second thought- did he bias the iron/steel wire with a pulsed audio freq to maintain its poles constantly

For instance one could call that the first freq then the second may have been the freq input to the copper coils, using tesla's design in essence we would be setting the dynamo magnetic rotation speed with a 555 or mosfet and making the iron/steel wire a pulsed dc electromagnet.  This would remove the need for the interior motor coils and leave us with a "special transformer design" hmmmmmmmm