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[Pirate88179]

@ Jesus:

I hope you hit your goal.  Just don't give up.  You'll do it.

Bill

[nievesoliveras]

@pirate

Thank you.

I think I found the recipe to get the 1.5 volts from the same motor coil.
It is:
Desired voltage = Coil output X R1/R2

It is been said that this formula gives the correct values of R1 or R2 if you already know the coil output and one resistance value.

I could be wrong though.

Jesus

[nievesoliveras]

@all

This was the last experiment I did.
On the breadboard, the circuit on the left is the supposed Bedini self running circuit. The circuit on the right is the 1.5v to 12v booster circuit. (Could not get it self running)

I must now incorporate to this one of this two other circuits using the formula posted before. I will need to read a pdf file about electronics I got from the internet in order to understand how to properly divide the voltage to get 1.5v to run either the Joule thief circuit or the camera circuit.

Either of them will be used to feedback to the source at least 2v. I know that it puts out around 1000v dc the camera circuit and the joule thief around 60v0lts ac.

I will try to feedback to the source the output of either one without dividing the voltage.  Then I will try with the voltage divided.

Jesus

[nievesoliveras]

@all

In order to understand and for later use i will include this composition of the series resistors explanation.

Jesus

[nievesoliveras]

@all

Another important part to be used later as reference.

Jesus