Bloch wall disconnect and reconnect. The final design!

[giantkiller]

Received all parts to bench.
Started breadboarding on a large Radio shack board that is mounted on a larger aluminum plate. If this is to sit in the coil center then this interaction with the magnetic field is not acceptable. I want a toroidal field with no or negligable warpage. Beside, I don't want the field spewing off the sides of the plates into space. I am moving the circuit to a simpler breadboard.

Here is the 2 circuit stages of the design. The coil configuration as how it is hooked in comes last.
As can be seen I have spruced up and noted the design with the process sections at certain parts.

It produces slower fields snapped by higher ampilfied noise, Electrostatic.

I have spent an inordinate amount of time picking this circuit apart to document the process. More to come.

[IndianaBoys]

GiantKiller,

Not sure if you came across this before but is informative on moving the bloch wall and thought it would be good to add to your repository:

Cores and coils:
http://www.totallyamped.net/adams/page4.html

Full article:
http://www.totallyamped.net/adams/

Keep up the great work,

IndianaBoys
Periodic Spontaneous Energy Discharging From Top Of Neodymium Magnet Into Ferro Fluid
http://www.youtube.com/watch?v=yTMquhXlYPU

[giantkiller]

Put this in a ring and watch it go around...
You have 3 frequencies.
You have 3 layers, 1 frequency per layer.
At some point in time in the circumference the frequencies overlap. Get this just right and you can control the width of the overlap. Make this overlap very short and you get very fast eclipsing which snaps the bloch wall in the accumulative field space.
Since this process is in a ring we can also achieve overlap by revolution control. And when you get this bang on you get very large eclipses. We have seen this in many, many devices. BEMF, magnetic field shear, eclipsing, pick your builder also.
Revolution control on the circumference is achieved by maintaining the ratio of the 3 frequencies and changing all of them either up of down.

So this process looks like virtual spark gaps being executed in a circle all hitting the collector in a precessional manner. And OBTW, the ring field in its entirety is also effected by the discharges. Can you say 'Bang on'?

The ring is also LC tanked.

[giantkiller]

This refers to previous schematic and is a cross sectional view of the windings around a single collector of multiple turns.
A is low freq
B is medium freq
C is high freq with dual pulse from B controlled by A.

Collector is in middle of A coil.

[NickZ]

    @Gk and All:
     Thanks for the update on your current project. It's been a while since your last post. What do you have for input-output from this set up?
   I have been working on the JT-TPU.  As it seemed that  the Big JT Thread was moving forward onto bigger and better outputs on their projects. 
  So, I have connected the standard JT useing the 2N2222A transistor to a 8 inch torroid bifiliar coil. Although this will light plenty of Leds, but now I'm trying to see if I can light a gutted CFL. The primary 8" bifiliar coil has a steel core, and has 150 windings (stereo wire) on it. But without a secondary on it, it won't light the 13 watt CFL bulb. So, next I will be further winding the coil with a secondary on top.   Any suggestions are welcome.
                                     NickZ