Bloch wall disconnect and reconnect. The final design!

[forest]

sparks

Very interesting. Could those two secondaries  become parametric LC oscillator ? That would explain current rise.

[bolt]

You need open source VLC player to watch this file as its open source OGV codec for any platform.

https://sites.google.com/site/silverfreeenergy/links/out-2.ogv?attredirects=0&d=1

This is for self sync RV 3 phase motor runs mostly on Radiant Energy just replace motor with the 3 collector winding of TPU and it will run with gain! The frequency is not important for TPU it will run at any frequency so desired. I suggest though an 12 inch tpu made of 4 turn collector with 0.01 tank cap (SM large yellow caps HV 2000v) will put the TPU in the 100kHz region.

You create VARS your create SCALER WAVES! RE =RF where RE enters at node points.

If you want replace the fet with mag amp same at SM did and bias with a magnet.

I have omitted the 5khz quenching circuit as it overloaded the sim and i couldn't record it but increases gain about another 100 fold.

[Mk1]

@all

I think Bolt is right for the mag amp , i still have not seen anyone showing a 2 toroid magamp working .

The heat , could also be chemical thing like a battery ...

Mark

[bolt]

@all

I think Bolt is right for the mag amp , i still have not seen anyone showing a 2 toroid magamp working .

The heat , could also be chemical thing like a battery ...

Mark

try it works no problem just get 2 toroidal and wrap some turns around them. Even two normal transformer work like 20VA   12v - 120/240v wire them out of phase and put 9 volt battery on to turn mains side on or off as lamp control. By adding a pot to 9v battery you can make a home made lamp dimmer circuit. A small variation in voltage creates a huge difference in the inductance. By placing a mag amp in my circuit as SM did he controls the oscillations thru his TPU WITHOUT even using a power fet. A magnet beside the mag amp corrects the bias. This is like adding bias to a FET where we want the amp to run in the small near vertical part of the b curve for max gain.

By taking a sniffer coil off the collecter coils (overwound control coil)  this can be looped around to control the bias to give positive feedback to keep the tank oscillations running. So the mag amp is used as a passive magnetic amplifier.

SM was probably forced to come up with this idea as FETs back then could no way handle the stress which is why he said start off with tubes just to get the concept working.

He hinted in his notes and said "try looking at transformers out of phase and see the effects"

[giantkiller]

Windings must be carefully designed to give the largest mutual flux possible.

The final input parameters now are:
Some kind of excitation.
A tank or storage.
Capture or feedback the ringing.
Connect for output.

I realize this is simplistic. Each statement has its group following and technology.
@Bolt,
I have the magamps previously wound. I understand the lack of component configuration but like you said 'SM tried tubes first to get the effect'. I am pursuing the excitation stage utilizing the CMOS switching window. Then will attach caps for the tank, the sniffer coil or the like. In my current design I am using a feedback line to add switching noise to the driver line.