Fusionchip's Bedini Feedback to Source!!!

[Groundloop]

Hi,

The circuit has run all night and the battery voltage has not gained, it is still 10,34 volt.

The neon bulb is still glowing dim, indicating that the circuit runs. My best estimate
is that this circuit uses very little current from the battery and that the high voltage
spikes do remove sulfate from the battery lead plates. I will let the circuit run for 10
more hours. Then I will test the circuit on a small 120mA 9 volt NiCad battery.

Groundloop.

[AbbaRue]

I'm a little puzzled.
What purpose is there for using multiple diodes in series?
All I can think of is the voltage drop they produce is needed for some purpose. 
Unless they are functioning as a diode detector picking up radio waves from the atmosphere.
I found that the more diodes you connect in series as a detector the higher the voltage you get to a maximum point.

[Groundloop]

@AbbaRue,

The purpose is to get a lower voltage on the transistor collector. Another purpose is to adjust the amount
of back feeding to battery vs sourcing from battery. If I connect the battery higher up on the diode chain
then I get higher voltage on the circuit but less charge back from the circuit. Chaining diodes is like using
a zener.

Groundloop.

[robbie47]

Deleted

[Groundloop]

@robbie47,

I saw your drawing before you deleted it. You probably realized that the battery must be in parallel with the coil
to get charged. In my emitter following circuit I have managed to get the polarity right so that the battery is in
parallel (not counting the diodes) with both the coil and the circuit. That way the sharp negative voltage pulse
in the coil can enter the minus terminal of the battery and charge the battery between the power (timing) pulses
to the transistor. So we get one power pulse, one charging pulse, one power pulse etc. It is NOT possible to
both charge and discharge a battery at the same time. It IS possible to first extract a power pulse and then
insert a charging pulse when they are separated in time. This is one goal with my circuit. The other goal was
to mix a DC component with a AC component inside the coil to convert apparent power to real power. We know
that in a LC circuit the voltage and current is 90 degrees out of faze. Thus the real power in null when the voltage
or the current is at maximum. What happens when a DC current is flowing out of faze with the AC voltage?

Groundloop.