Self Running Micro TPU, with closed loop.

[hoptoad]

@EMDevices

Great stuff mate! I'm glad you decided to upload a schematic and some more info. It gives all of us a chance to replicate what you've achieved and to experiment further. Good on you! 

Cheers from the Toad who Hops   

[EMdevices]

thanks guys,

here's the scope shots. Notice the time scale is different, I had to zoom way in on the pulse so you can see it's width.  Notice how rapidly it turns on and off, it's that feedback from the trigger coil. 

EM

[wattsup]

@EM

Hope you are getting some sleep.

On the photo there are three wires, yellow, orange and red that seem to be from the trigger coil(s). Is the yellow wire center tapped to the trigger coil?

There are also more resistors on the photo then I can see on the circuit diagram.

Last thing I am asking myself is if this is a sensitive circuit, can all those breadboard internal conductors under the circuit act as a receptor, or maybe an added load mass, that is either helping or hindering in some way the final OU aspect. Are the conductors inside a breadboard magnetic or diamagnetic? Since your coil is vertical over those conductors, there could be some unwanted stray north and south fields going around the breadboard. Geez, am I repeating myself.

[karl]

Hi EM,
is it possible or legal for you to integrate an suction effect to reinsert the lost electrons?
from a grounded wire or a cube of aluminium?
You know where the electrons are gone?
Maybe as photons when it is fully encapsulated in resin.
Rub the resin and let it go again.
Or use a solar panel housing, the you have got an even better heatpump.
It's your development.
Fantastic principle, first place in my charts.
Maybe integrate it in a Distatica.
Nice day
kaRLfunkel

[hartiberlin]

Many thanks EM for posting all the infos.
Too bad I am not at home for the next 2 days, so I wouldhave already tried your
circuit as I have all components lying around at home.

Hope somebody else will soon replicate it.

Regards, Stefan.