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[nievesoliveras]

Hi Everybody!

I have been unable to deal with the pic programming boards I have.
But I dont like to let an unfinished job.

The schematics posted deal with the sequence to drive the alternator and the code to enter on a microcontroller.

The purpose of it is to make the alternator to selfrun while keeping the battery charged with the battery connected to the alternator as usual.

any body with knowledge on high voltage circuits can use the energy produced to power anything his creative imagination allow him to do.

have fun!

Jesus

[penno64]

Hi Jesus,

Can you be more informative regarding the coils ?

I have a few alternators and a new Arduino (pIC) and would like to try this, though, I
cannot get my head around where the A B and C coil ends are.

Kindest Regards, Penno

[nievesoliveras]

Hi Jesus,

Can you be more informative regarding the coils ?

I have a few alternators and a new Arduino (pIC) and would like to try this, though, I
cannot get my head around where the A B and C coil ends are.

Kindest Regards, Penno

Now I am searching for a circuit that converts 1.5 volts to 12 volts. but as soon as I find it I will post the one that teach where to connect the three cables. I have to search for it on my old harddisk.

Jesus

[nievesoliveras]

My word is very valuable for me.
Here is the promised graphic.
Connect from left to right the A B and C from the circuit.

Jesus

[penno64]

Hi Jesus,

Thanks for that.

But, I am still confused.

Are we driving these coils OR are we receiving power from them to charge the run battery ?

If we are driving them - what about the diodes. Will these not block the drive power?

If receiving - what drives the alternator ?

Kind Regards, Penno