Self Running Micro TPU, with closed loop.

[4Tesla]

What would happen if you wound the coils like this

01000111010011110100010000100000010100000100110001000101010000010101001101000101
001000000101011101001111010100100100101100100001

I think this one would be better..

00001110011101000001111010100100100110101000011110101110011001100001110101



4Tesla

[Bruce_TPU]

   Bruce now has a self charging battery system complete with blinky lights.   

thaelin

Now I know why I cant get anything done, you guys keep comming up with new things to do.

Hey Thaelin, that was funny!!   

@ All
The energizer rechargable battery I am using, I think is a Nickel Cadmium.  It is a Ni-MH!

I just went and purchased a Metal Hyrdride rechargable from Radio Shack.  I will try this one next.  It would seem that my Charging is slowing to a real trickle, but it is still charging.

3:30 CST          7.26 volts

My new Ni-MH 9 volt is reading 8.35 volts.  I will now be putting the resistor to it.  The time is 3:32pm.
I will let my Ni-Cd Ni-MH continue to charge, for as long as it will.  It has now been running for about 22 hours straight, and counting.  Starting voltage was 2.54 volts.  Right now is 7.26 volts.  With lots of "blinky" lights in between!  LOL 

I will short the Ni-MH for several hours and then let it alone and see how much it recovers, to determine a base line.

@ hakware
Unknown, you just have to experiment with your ideas and post the results. 

@ 4Tesla and Wattsup
I can't wait for your circuits to get built, to join in figuring this out.

Holiday Cheers,
Bruce

EDIT #1:
5:15 CST          7.27 volts        (I have decided to let it run all night, again, since it does continue to charge.

Under "NOTE:" on the back of the battery package, it reads, "A fully charged 9V nickel-metal hydride battery will measure approximately 8.4 volts."

EDIT #2:
After leaving the new battery on a 120 ohm resistor for an hour, I changed to a 60 ohm resistor for the second hour. 

When I took the battery off of the resistor it was at 1 volt and climbing.  I will check its voltage, until it stops climbing (recovery) on it's own, and post where it stops. 

EDIT #3
In 41 minutes it has climbed to over 6 volts, by itself.  I have placed it back on the resistor, this time a 30 ohm to short it.  I will leave it on the resistor all night.  In the morning I will take it off of the resistor and see if I can get a steady, non climbing voltage.  Then I will put this on the oscillator for a test.  I want to know beyond a shadow of a doubt, that it is not the battery simply recovering.  It recovered over 5 volts in forty minutes.   

[zaydana]

Fausto,

Is there any chance you can post the latest circuit you are using, as well as a photo of the circuit and the coil? I'd really like to have a go at replicating this one as well.

- James

[Bruce_TPU]

Hello All,

I have changed my game plan for tonight!   

I wanted to make sure that the battery held some actual amperage, and that I was not just reading volts.  I got worried when I hooked my amp meter to the lowest setting, put it between the positive lead of the battery and the positive lead of the oscillator and it read 0.00  

So, I took my super mini motor and connected the positive and negative lead to it, and it ran at full strength for about 30 seconds, and then died.  Also the LED's died at that point.  I disengaged the mini motor pictured below and the oscillations started right back up.  The voltage reading on the battery was 1.45 volts.  Now, with the battery on the oscillator, it's voltage is back up to 6.72 volts after 45 minutes. 

Now, as a base test, I hooked up a standard alkaline battery reading 8.5 volts.  I ran the mini motor for over 4.5 minutes, and quit the test, because the motor was getting too hot.  So, based on this test, I would say the charge is weak and not putting in much amperage.  Of course this would be negated, if it keeps the lights burning and the motor spinning in 30 second intervals for 30 days straight.  I will let it charge over night, and try the motor test again in the morning.  I will either drain this battery dry, or prove to myself, that it is indeed charging (wattage) and not just raising volts, with no amperage.

Holiday Cheers,
Bruce

[plengo]

@zaydana
the new device is still in testing-testing phase. I dont want to give false indications to anyone (but I am showing a quick picture though). The picture #2 is the same circuit I posted earlier with the mosfet and the big SSG coil. It is running now for over 50hours and the battery voltage reads 8.12v (it lowers a bit because I put 2 more LEDs in parallel just to see if it will still go up in voltage).

I am also running another one in the faradays cage and thats a new circuit. I dont want to open now and show pics before it ran for a long time and voltage increases so no false alarms here. But here  is the tip. It is the same design as in my first post without the mosfet where the transistor was shown to be wrong and I corrected it later with photoshop. It is just playing with ideas on the same design.

It is a little trick to get it going. You have to touch here, and touch over there, keep watching the voltage and than voila, it runs and runs good.

My new design and test proof tonight is a much easier to replicate by everyone with very little fuss. It is using the same coils as in the other thread with Dr. Stiffler. THe reason I chose that coil is because it is very well documented already and everyone can buy it from ebay and add the secondary onto it. I will not have to explain.

Now, my best design so far IS the one posted before with the mosfet and my big coil. THe coils has 315ft of 2 wires, 23awg and 18awg, bifilar. So just put together two magnet wires and wind it up until you use a full 315ft. I dont think it is really necessary to use that big coil and that's why I am trying different coils, shelf made, or in other threads explained (such as the Dr. Stiffler old antena coil from the COld Electricity thread).

I really dont think it is the charge of the battery or its self-recharging that is doing it. Because I already have many batteries that I "killed" and they all come back to a low voltage and it is not good to run anything more than 30 minutes max. But when connected to this circuits they run for days and charge up.

Tomorow if everything goes good with new device I will post it with more details.

Fausto.