Bloch wall disconnect and reconnect. The final design!

[sparks]

  @gk

  It is rumoured that the old model ts could run off just the ignition coil output ignitiing air. There is enough heated air around to power something somewhere somehow.  I figure that there is mass in motion until you get down to o degrees Kelvin.  Just a matter of converting the randomized elastic collisions of a heated fluid into more ordered motion of charged mass through a "translatory device" to convert kinetic energy into electrical energy.

[giantkiller]

Degradation through distance and time can be captured.

  @gk

  It is rumoured that the old model ts could run off just the ignition coil output ignitiing air. There is enough heated air around to power something somewhere somehow.  I figure that there is mass in motion until you get down to o degrees Kelvin.  Just a matter of converting the randomized elastic collisions of a heated fluid into more ordered motion of charged mass through a "translatory device" to convert kinetic energy into electrical energy.

[bolt]

@bolt

I would like to know how to make a Negative Inductor. The word "Inductor" implies coil and the word "coil" implies both negative and positive sides. So where does the negative come in to make is specifically negative.

I have done tests in this line of thinking but not with an inductor. With rings of only 2-3 turns maximum. You take a high inductance coil, put a positive pulse source on one end, on the other end you connect one end of the ring and put the negative pulse source on the other end of the ring. This will give you a ring that gets the negative of the coil on one end and the negative of the pulse on the other end, making it fully negative. But the ring cannot have too many turns otherwise it will automatically delimit its own positive/negative sides.

Practical losses come quickly in small JT as bifilar is badly constructed and without perfect cancellation. Self capacitance will cap the voltage usually around 50 volts on 1.5 volt JT. If you want hundreds of thousands of VARS then use 3 phase as rotary action keeps the volts and amps separated within a power factor of zero. A 3 phase motor will run on just 10 watts in RV mode but the VARS is in the order of 1.5KVAR or 2KVAR which is not bad for 120v supply. This is less power to turn a 100lb 5 Horse Power motor then most people run their Newman or Bedini motors and if tuned to the load it will take your arm off!

Copy this as 3 wired inductors or make a LARGE toroidal core 3 windings wired in WYE. 12 volt supply should easy get 1000 volts and 1 amp in circulation. This is why Bob Boyce coils so powerful on collecting RE.

RF simile as VARS is electrostatic field and produces kinetic energy from near-space electron spin.  Coil bell ringing decays becomes inverted as energy stored in the coils increases and becomes a negative inductor and losses heat in the process.  This is standard book RF applied theory even a simulator works because no rules broken.

Put your glasses on and look as this is only 320mA i/p for 3.7KVAR!

[NickZ]

  @ GK and All:
   Seams like the best way for the secondary coil to feed-back to the primary, is by winding the secondary coil right on top (or below) the primary. As the greater the distance between them, the less effect the secondary would have to induce the feed-back that makes it all "run with gain"  Close proximity of the resonant coil circuit to each other may be an important point to optimise the output gain effect.
  I liked the idea of the "PTU in a can" that Wattsup mentioned. As it might reflect back more gain to the primary coil, and thus avoid losses, and have also cause less outside interference.  Keelly mentioned that the sphere and the dome worked the best.
  Lidmotor has shown that a big bifilar coil JT with a secondary coil wound on top of it, works very well to light a CFL bulb, and can also charge a battery. Jeanna has shown that the JT can produce 1000v+.
  I still feel that polarity flip-flop is important, and I don't see how the transistor's on-off cycle is going to do that. Maybe it is not totally necessary, though, as it might be enough to just to switch off the power and turn it back on fast enough to see the gain effects, without having to have the change in polarity.
  The magamp idea looks promising as there are no moving parts to burn out, and it reverses the polarity in a passive way. I still have not seen an example of it working in a TPU, though. Maybe Bolt can show us how it's done, (other that on paper).
  Chilliqueen has shown that with a PnP and NpN transistor,  practically no toroid coil is necessary, as both transistors are working together to reverse or flip-flop the fields, and have minimized the input power needed by quite a bit.
                                    NZ

                                                               

[bolt]

Mag amp version is basically this for the TPU. Machine wound toroidal as magamps work better but can use standard transformers  for learning! You dont HAVE to use magamps but in late 1980's when the tpu was born fets were low powered and very expensive. Magamps are immune to abuse once working correctly.

The driver is 5Khz for the magamps in reality for tpu. Look how it Runs with Gain! All components are set to unique frequency of the tpu diameter size.