Self Running Micro TPU, with closed loop.

[plengo]

@4Tesla
I posted a video at http://www.youtube.com/watch?v=dtgleFVnHGU. Please, laught at it. I know, it is stupid BUT that's how things go. I make one design, see things that are strange, change things, remove other, put some others. Test again, see more weird things, think, change again, remove some variables, try it again, next thing you know you have something totally absurd and the best of all, working.

I will clean up the mess and come up with something that I think is really making a difference than I will post the schematic. Definitely the coils are important. The LEDs and resistor are very important and the battery is even more important. I will say though, it is not the battery charge that is running this LEDs, because I killed them many, many, many times. I even left it overnight shorted.

I does not matter it comes back. Now, looking at my scope I have a sine wave signal that is about 1vpp that is really intriguing me, why and from where? It is not a magnetic field because I can move magnets around and nothing changes, not even a little bit on the scope and the LEDs.

It is additive because I put now two 9v NIMH in parallel with another one in series, total 3 bats, so voltage is steady at 1.7+v and current steady at .6 milliamps. Would that be them .15 milliwatts? or 1.5 milliwats? Sorry for the bad math. One thing that is interesting is I can not KILL for good none of this rechargable batteries really once connected to this circuit.  .

Fausto.

[wattsup]

@plengo

Maybe put the battery in the freezer for a while, let it thaw out and try it again. This may give a better dead effect. Otherwise, it will simply simulate me starting my car this morning. lol

[starcruiser]

@plengo,

Try putting it in a faraday cage to shield it from local radio stations.

[scorpio]

@ 4Tesla

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

scorpio

[Artic_Knight]

perhaps a silly question however what if the current and voltage vary from a powersource? how would you go about stabalizing that? the main question i have is can a capacitor do this? im looking for a small simple curcuit that will stabalize a current and voltage. mind you its not expected to be very wild but there are some fluctuations expected possibly between 1v and 3v with 1-5amp

i have a basic knowledge of electronics but sadly i have not fully grasped it yet.

thanks!