Fusionchip's Bedini Feedback to Source!!!

[plengo]

I also used brand new SLA that I just purchased at RadioShack on sarturday ($34.99 each ouch!!). They had resting voltages at 12.65v both. So I assume they were indeed new and never used.

I ALSO understand, based on my over 200 load tests that I did on the past over an SSG, that SLAs are horrible for converting the radiant energy into negative energy (as Bedini explains). Flooded cells are much better and react better with this kind of energy but again testing against my 100amp/hour battery would take me literaly weeks before seeing the effect of 15ma draw of power from this circuit.

I will try again, off course, the schematic presented by gadgetmall (thank you for the schematics and keeping us informed). I will test against my new SLAs, my old SLAs (very bad damaged batteries) and my flooded lead acid ones.

Ah also, I fell to mention my 48v fan has a 150 ohms resitance on the two windings together and another 150 ohms on the other two windings together which makes me believe that each widing or pole is really 75 ohms.

Fausto.

[plengo]

@plengo
   thank you for attempting to replicate . i have not tried it on a very high amp battery yet . Here is the schematic you requested with the additions . i forgot to put the value of the osc cap . its 1mfd 200v NON-pol cap ..  the other thing is the little glass diode on the  base /collector . i don't know the value . it might even be a zener . i just grab what i got check the transistor for pins where npn or pnp  and go with it . i do know that my fan unit will blow a 100 volt cap on the secondary so be careful . it put out over 250 volts without a neon . i didn't want to blow the windings so i use a neon

@ gadgetmall

are you sure the diode on the base of the transistor is connected correctly? would it be the other way around? the way I see it sounds like it is shorting the battery via the trigger coil.

[Edit] not really shorting the battery (sorry about that) but it is different of the regular SSG.

Fausto.

[Hoppy]

Hoppy . Being you see some of the effects and you wound your own coil and you know the Ma'draw of your circuit could you not wind another secondary over that and come up with the extra milli amps . I think so .This circuit should not work at all but as you all see it does Feedback .thank you .
Albert

gadgetmall

I did try another coil but the loading stopped oscillation.

I have tried again with your latest circuit showing the rather strange 'reversed' diode on the transistor base and it does oscillate under certain conditions but still no battery charging is evident. I've also tried it the conventional way round and it still does not charge. If you are really are charging a battery to a decent voltage then you really do have something special here. How long does it take to add 0.1V to the battery voltage from just after you dump the cap and can you take your battery right up to fully charged above 14V? Also, what frequency is your circuit oscillating at after cap dump?

Hoppy

[hoptoad]

are you sure the diode on the base of the transistor is connected correctly? would it be the other way around?

Yeh, it seems to be shown incorrectly. I would think that the transistor would not turn on with the diode shown in that polarity direction and connected across the base to ground. It would act as a shunt across the base, unless the diode is silicon with a 0.6v turn on and the transistor base to emitter junction is germanium with a 0.2 to 0.4 volt turn on.

Cheers

[plengo]

@hoptoad,

hey, good do see you hoptoad. Excellent stuff of yours about the Adam's motor that you sent. I really liked your explanation about "why" it works as it works.

Fausto.