Feedback To Source

[Mk1]

The 555 would not be affected by changes to voltage , When you send more voltage the timing of the core is killed By the change in freq.The resistor and transistor would go,but you need to power the 555.
A 1.5 volt zener diode would be nice , they just don't make them.Any type of system will make you loose some juice.

My dollar , 2 cent is not enough anymore.

Mark

[nievesoliveras]

The 555 would not be affected by changes to voltage , When you send more voltage the timing of the core is killed By the change in freq.The resistor and transistor would go,but you need to power the 555.
A 1.5 volt zener diode would be nice , they just don't make them.Any type of system will make you loose some juice.

My dollar , 2 cent is not enough anymore.

Mark

Thank you. Your comments are very valuable here.
The problem I had with the 555 circuit specifically rhe one shown here: http://www.overunity.com/index.php?topic=6362.msg149570#msg149570 was that it took all the voltage produced and there was not any more left for recharge the battery. I say this because even thoug there is high voltage present, it is almost nothing with a load present, the 555 on this case.

Jesus

[nievesoliveras]

@all

As promised here are the results of yesterday tests.

I took the transistor out from the toroid transformer, put a 104 capacitor at the transformer's planned output and connected it to the 1.5v battery positive. The voltage raised from 1.28v to 1.31v and stayed there for several minutes. After a while it drop down to 1.30v and stayed there.
The rubber band around the rotor got broken suddenly and the motor stopped. I got rid of it and the motor is still running at 1.30v.
After a while it drop to 1.29v. So it is not charging, it is just spending the voltage more slowly. I added a white LED as a charging diode and the situation stayed the same.
I changed the LED for a 4148 diode and the voltage increased to 1.34v, but then it began to drop down as before. It went down to 1.32v after a while.
So this test is not charging. At least the motor does not stop when the connection is made.

The toroid transformer worked without transistor because the voltage and current comming from the pulse motor coil is pulsed by the pulse motor transistor. Also on this way it acts as an inductor coil.

[nievesoliveras]

@all

I tried this other configuration of the JtTransformer.
It does not work with only 7 turns as a pickup coil.
It does not give any voltage at the 7 turns output coil.

Jesus

[nievesoliveras]

@all

I was going to try this other configuration of the JtTransformer.
Remember, the goal is to feedback to 1.5v battery.
The original idea is here:
http://www.overunity.com/index.php?topic=6362.msg149796#msg149796

But according to the other tests I have made, no matter what toroid or transformer is connected on the output coil, it does not work properly.

I will begin to plan the other ideas given by the members of the forum. I will make some graphics first to know in what direction I am moving. It suppose to be in the direction of the feedback to the source.