Solid state Bedini charger from John Peters

[hartiberlin]

Hi All,
here is a picture and a circuit diagram from John Peters,
who has designed a solid state Bedini Charger.
He says:


"In this solidstate circuit the radiant energy apears when charging the first capacitor bank, and after the big capacitor discharge to the battery, with the right timing pulses. That circuit consume miliAmps, the first blue capacitors are charged with only one wire from the transformer secondary and two diodes. No current from the secondary."

[iknewit]

You wouldn't by any chance have a parts list with values for the schematic shown, would you?

[Thedane]

Just a word of precaution:

You've (also) basically made a quite broadband transmitter, and when you run it then you'll be "polluding" the radio bands, amongst other.
When run with square waves you'll have harmonic over-tones, and if you're unlucky you'll interfer crutial frequency bands - and you'll get a visit from the "MIB" 

There's a reason why all electronic equipment has to comply with CE or FCC regulations 
I can tell you that some of the CE requirements are VERY tight, and even a small electronic system with a 20 MHz microcontroller with address/data busses routed around on a motherboard (4 layer pcb - one ground plane)can cause the test to fail.

This seems to be something that most people here don't think about 

[jackmandeville]

Hi All,
here is a picture and a circuit diagram from John Peters,
who has designed a solid state Bedini Charger.
He says:


"In this solidstate circuit the radiant energy apears when charging the first capacitor bank, and after the big capacitor discharge to the battery, with the right timing pulses. That circuit consume miliAmps, the first blue capacitors are charged with only one wire from the transformer secondary and two diodes. No current from the secondary."

[Koen1]

Now I like the idea of doing away with all the moving parts here...
as far as I've been able to figure from Bedini's patents and other papers, he uses the motors mainly to generate a high voltage...
But if it all works like Bearden and Bedini describe it, you don't really need the moving motor part at all,
because you should be able to achieve the desired radiant energy charge effect in any system pulsing hV in the right form...
However, 95% of all Bedini tech seems to focus on rotating motors or different types...
A personal preference of Bedini's, perhaps?

In any case, I do have a question.

All of the devices that use Bedini's "radiant energy" charge pulse, seem to use a battery.
Whatever the exact source of the hV charge, be it truly "radiant energy" or "back emf",
if the fact is that a hV charge is briefly generated which can be used by cunning switching,
then why does every embodiment need to charge a battery?
It should be possible to use that charge to feed a capacitor bank, and use the capacitor bank to produce a continuous output... shouldn't it?
So why not turn it into a system that doesn't charge batteries, but rather produces direct output?
I'd rather have a device ito which I can plug my extension cord, than one that can charge my batteries...

Does anyone know of such a Bedini type device that does produce the OU that Bedinis motor/battery chargers use,
but which is not yet another battery charger?