Zero and Q device

[vasik041]

I can not see them anywhere.
Now you claiming something what cant be seen.
Now, you are im my position with that claim.

Well, you have to learn...listen to people and use google 

[wistiti]

I Have replicated the zero device and achieve the same results as yours.

Thank you for sharing your work! It is appreciate. 

[v8karlo]

Well, you have to learn...listen to people and use google 

I am listening. Thats why I am here.


But for now, you didnt said anything smart.


You looked at scheme and concluded it can not work.


That is not smart.


I use google a lot like everyone else.


But I didnt found working device scheme just like you didnt. Whats the difference then between us.


Oh, I forgot! You are better and smarter then me. You have your secret device and projects.



I will listen to you when you will have something smart to say.

[v8karlo]

I Have replicated the zero device and achieve the same results as yours.

Thank you for sharing your work! It is appreciate. 

Thank you!


Now nobody can tell you that you can not do it.


It is not my device, it is your device!
And it is first, the zero.

[SeaMonkey]

A rather interesting concept.  The Feedback to Source is developed
in the Full Wave Voltage Doubler circuit.  The capacitors charge on
alternate half cycles of AC input.

The additive DC voltage developed across the series capacitors in the
Full Wave Voltage Doubler is then fed back to the DC source as pulses
of current, provided the voltage across the capacitors is sufficiently high.

A regenerative circuit which bears some similarity, in concept, to the
3BGS circuit at the other forum.  Lead-Acid batteries respond very
favorably to pulsed charging current.