Feedback To Source

[nievesoliveras]

@all

I personally think that only one bridge won't work, because the voltage has to go trough the other coils , and that will create back push in the other coils.

Thank you @mk1 !

I thought that the rectifier was going to be blown up.
But maybe it will not develop so much high voltage at all.
The only way to know is to build one and experiment with it.

For me it is too expensive now.

By the way, did I mention that the source batteries used to run my pulse motor became almost completetely depleted of any voltage reading after standing unused for a while?

One of them reads .01 volt the other one reads .36 and does not accept any recharging, but if you connect it to the toroid with a led and place another damaged battery parallel for some seconds and retire this second battery, the original battery works for about 5 minutes and dies again.

Jesus

[gadgetmall]

@plengo

I have to get some courage to disconnect the charging batteries from the circuit and take some photos. I am afraid that the motor stop and never again work. As the fan charger I built last year.

When I got the courage to stop the pulse motor I will take some photos. Or wait till I can buy some new batteries and leave that motor running without disturbing it.

It is that is so fulfilling to see the motor with the charging batteries slowly fluctuating between 4.43 volts and 4.49 volts while keeping the source parallel batteries fluctuating between .35 volts and .36 volts.

On the meantime be pleased with this schematic with the charging batteries on their right place.

By the way, the photo maybe will not be that sophisticated, it is the same motor with some changes on it.

I will read the camera instructions to see if it can be used with the computer to take photos without having to buy a new pack of batteries. 

Thank you to all well wishers !!!

Jesus

Nieves Can you try a simple experiment . Place a capacitor across your charging batteries . parallel to them . this should increase the current from the bemf .
Al

[multiuser]

hello friends!

i think i have a better way, to get (3 to 5 times) more power from the small coils!

we should think to a function of a transformer; transformers have a efficiency > 95% (often).
but a transformer use 50 times per second a field whos changed - N . S . N . S.
in the drawings on the top postings, the coils use just one pole - from the magnetes on the disk / rotor. THIS is inefficient!

you have to use diametral magnetes!! so you have two poles!

use coils from a relay, use the U ironcore!

[nievesoliveras]

Nieves Can you try a simple experiment . Place a capacitor across your charging batteries . parallel to them . this should increase the current from the bemf .
Al

I did it already.
I made the LED suggested circuit and the batteries stopped charging at 2.38v. I tried to make the camera work with those batteries and they only turn on the camera for one or two seconds and then it turns off. But this time you can repeat the turning on and itself turning off at leas three times.

The running battery with the special led feedback stopped working. If you touch the battery led with the other batteries wire for just a second it start the special led again for about 5 minutes and then dies. Even though the voltage of the source battery is the same as yesterday (0.48v).

This is crazy and tiresome.

I will change the circuit again to have 2 toroids instead of one toroid with a secondary. One toroid will exclusively be the source with the 0.48v battery. The other toroid will be the battery charger or the pulse motor driver.

I repent of have stopped the motor when it was working and do some other experiments just to prove that it was keeping itself running.

But a motor for to be useful, it needs to be able to be turned on and off, disassembled and assembled and work each time.

Jesus

[nievesoliveras]

hello friends!

i think i have a better way, to get (3 to 5 times) more power from the small coils!

we should think to a function of a transformer; transformers have a efficiency > 95% (often).
but a transformer use 50 times per second a field whos changed - N . S . N . S.
in the drawings on the top postings, the coils use just one pole - from the magnetes on the disk / rotor. THIS is inefficient!

you have to use diametral magnetes!! so you have two poles!

use coils from a relay, use the U ironcore!

Thank you @multiuser !
There is also one coil configuration that uses the U shape but without the iron core.
This is the link. Maybe you can mix the ideas and widen your knowledge in order to attain a succesful self running generator.
http://www.overunity.com/index.php?topic=6727.0