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[nievesoliveras]

@all

I first took a self charger circuit that has a 2200uf capacitor to run a pulse motor and change it to test @electricme's three batteries idea.

It works good for a while but after an hour working it starts to discharge the batteries.  You readjust it and it charges again.

My charger came experimentig with an @gadgetmall's diode capacitor idea.

Jesus

[nievesoliveras]

@all

It has been very difficult to get to the forum and post. Sometimes you get to the forum and after you finish writing your post there is a message that your time is up and you have to try again, or that the server cannot be found error.

That only means that there is a lot more people that are looking for true free energy like me.

I will continue trying till I get through all the obstacles. I quitted once on posting again because I could not resist to be put publicly on shame, But I never quitted on attaining my goal. That is why I will keep trying to finnish what I started.

To the task at hand:

The second step is to attach the pulse motor and the joule thief circuit together.

The joule thief circuit will be eliminated entirely except for the 2200uf cap and just a small cap and a diode added on the final step.

The small cap can be two different types, being the second type the best one and the heart of the self running pulse motor or the key part that closed the loop.

Note:
The batteries must be rechargeable in order to work properly. A non rechargeable does not last long charging and discharging at the same time.
Another thing is the bearings must be good quality and well oiled or greased, because after three or four days of continuous work they begin to give an annoying pulsing sound.

Jesus

[nievesoliveras]

@all

The pulse motor is still running at the same speed, with the same rechargeable batteries.

The third step is to get the joule thief circuit out and add a diode and a 104 ceramic capacitor.

If the 104 capacitor does not make the pulse motor to self charge, then you have to add a small yellow camera capacitor.

That yellow camera capacitor is the one I am using, mine is silver color though. But it is from a camera circuit.

Performing some experiments I found that the capacitor added in this way makes the pulse motor to self run without the help of the joule thief circuit.

This is what it is, just try it and you will see.  Remember that your coil is different than my coil and therefore you need to get the right resistor for the @bedini circuit transistor base.

Jesus

[nievesoliveras]

For the newbies like me!

I will post the photos of the reassembling of the pulse motor circuit with the 104 ceramic cap and with the small silver camera capacitor.

My motor is self running right now with the small silver camera capacitor. It usually comes yellow. but what is important is the uf value and the voltage it has.

I dont know what does values are. Remember that camera circuits dont have any labels on it explaining its components.

Jesus

[nievesoliveras]

For the newbies like me continuation.