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[nievesoliveras]

@all

The correct orientation of the mentioned LED in series is like so.

Jesus

[gyulasun]

Hello Jesus,

One observation on your above schematics:  if you could use more LEDs in series with the one you showed, then the output voltage could be maintained at a higher level so the rotor would not slow down as much as it does now with the one LED.
The explanation is that with the LED you actually make a direct feedback from the 12V output of the LT1073 to its own 1.5V source via a rectifier bridge diode (the one at the 1 o'clock position) and the LED. The forward voltage of one LED is 1.5 to 2 or higher, depending on their color, so in case of one LED it is a huge load for your LT circuit.

By using 3 or 4 LEDs in series, you could make this load much lighter, hence there could remain 10-11V at least for the Bedini circuit to push the rotor as usual. 
(I still cannot say you get overunity with this but a better operation...)

rgds,  Gyula

[nievesoliveras]

Hello Jesus,

One observation on your above schematics:  if you could use more LEDs in series with the one you showed, then the output voltage could be maintained at a higher level so the rotor would not slow down as much as it does now with the one LED.
The explanation is that with the LED you actually make a direct feedback from the 12V output of the LT1073 to its own 1.5V source via a rectifier bridge diode (the one at the 1 o'clock position) and the LED. The forward voltage of one LED is 1.5 to 2 or higher, depending on their color, so in case of one LED it is a huge load for your LT circuit.

By using 3 or 4 LEDs in series, you could make this load much lighter, hence there could remain 10-11V at least for the Bedini circuit to push the rotor as usual. 
(I still cannot say you get overunity with this but a better operation...)

rgds,  Gyula

Thank you @gyulasun!
I will try that after I make some changes to the schematic and post it to see if that is what you recommend.

Jesus

[nievesoliveras]

@gyulasun

I made the changes and made the tests. When I added three LEDs the motor kept its slowness. I then added a 2200uf cap and the motor accelerated a little bit. But it continues to be slow.
The charge does not improve. Maybe I am doing something wrong. A photo and a schematic is included. The battery is disconnected.
I had to put a contrast wall behind the LEDs in order to see them. That paper does nothing to help the circuit.

Jesus

[nievesoliveras]

By the way. I was making a test with the first circuit without any LED and I connected the coil output wire to the 1.5v battery and it did not stop the motor. I was so glad. Then because the motor had no speed I added the 2200uf cap and the motor sped up. It was marvelous. I was so happy.
Suddenly I notice that the coil output wire was connected one hole before the right connection hole, hence it was so fast and unstopable. Big desilusion.
A photo is included.

Jesus