Self Running Micro TPU, with closed loop.

[4Tesla]

@plengo
Great work.. I see that you're using a lab.  Are you sure that there isn't power hooked up via the lab batteries?  IMO no circuit, experiment, or idea is a stupid one.. keep up the good work!

4Tesla

[4Tesla]

@ 4Tesla

If I pull the cap to outside the runing time is the same...
I just use for compact size.

scorpio

Thanks for checking!

4Tesla

[plengo]

@ 4Tesla
you're right. I checked the lab. I removed the lab. I caged it inside an aluminum container connected to ground and the light goes on. I will make another video showing that (http://www.youtube.com/watch?v=k2lNNOZ-y78). I simply can not kill the battery. I dont have another explanation why the LED goes lit. I connected now 3 9v NIMH bats to see how I can scale this thing and it worked. Now I have more current .04 milliamp and 1.7+volts. It is amazing. I left it running again today the whole day and it simply does not change it just lights there without even blinking or going down in voltage or current. Simply runs.

I am simplifying the circuit to the point that I think the batteries ARE the most important part of the whole circuit. Somehow the coils and the battery are charging the battery and draining the energy on the LEDs therefore balancing everything.

I also tried inside a cage and still works the same. On my video I show that inside the cage the osciloscope will not see any RF but outside the cage it does shows signs of RF on the circuit although very irrelevant. Magnets do not affect anything. Shorting the Batteries as the thing runs will have no long term effect. It restores itself up to the same point that it was.

Replacing the Battery with any kind of Capacitors will not work.

Fausto.

ps: I am sorry for bringing this experiment of mine here. It is not my intention to deviate from the Micro TPU it is that the output goal seams to be pretty similiar: running a LED for as long as one wants. I think my approach is proving itself to be the most amazing and durable. Can someone try that too?

Photo explanation:
B1 = is the 9v NIMH dead battery. You can buy one, short it for days and connect to the circuit.
The resistor can be any value as long as allows the amp meter to be inside its range.
My amp meter is a 1 milliamp range.
D2 and D3 are there just to see if voltage is still enough to go through the LEDs after having some load going through D1 and Resistor.
L1 is a hand made coil with 1500 turns bifilar with 23 and 18 awg (from an Bedini SSG project).
L2 is a relay that I am using only the trigger coil. It affects the final voltage somehow.
The "Not connected" part of the circuit was where I had the second part of another experiment where I would cause the B1 battery to be charged.

That's it. The LED will go lit for a long time (4 days now).

[4Tesla]

@plengo
Thanks for the update.. I think your posts are fine here.. same concept, coils to collect the power to light the LED.  Someone could try to use a rechargeable battery with their toroid.

4Tesla

Will this work?:

[abassign]

@plengo

I have some doubts on your scheme, it looks at the picture, the red line is equivalent to a knot, as in the second figure. Does it seem a system of transmission with one wire, but in direct current as it can work ?
Verifies well, because it seems an error, if you are able send us a vertical picture of the circuit.

Best regards
Adriano