Fusionchip's Bedini Feedback to Source!!!

[plengo]

First video in the series of about 30 or more.

I can only thank you gadgetmall, without your willingness to share your invention I would not be able to replicate it.

http://www.youtube.com/watch?v=dUxmCdi7kms

Fausto.

[plengo]

O My Side is hurting from Laughing so hard Fausto . I have to say this . ok i see your cardboard mount . are you running the magnet up in the picture or flopped over ? Mine of course is flopped over  . I got one more tidbit  that i can think of . there is a spring and a washer in the front part of the fan . well mine anit there . this makes the fan much deeper and therefor more coverage in the stator area .. I remembered  this because I'm in to the second one and i tossed it too . Mine is running Continuous for a week now . Quacking along . are you using two pots ? and also Mine is running two batts also plus i have a Jt hooked up to the 6 volt with a Vdivider . . I'm trying to keep up with you guys and see if it makes a difference . It Doesn't . It runs with only a little change in speed as the battery takes a hit and recovers . Seems to speed up and slow down .Battery's are very high .. i will measure .. 14.38 on the wet cell 6.65 on the sla 6 volt .. i cant remember exactly but the wetcell was below 13 and the sla was 5 or so . Sorry . i forgot to track it . i got so many other projects Happening and My girl is sick and now i am too . Keep up the good work . I recall that this Might work Better and it might have something to do with the electrons in the air and ionosphere and the moon Phase .. Hey just as good a explanation as energy from the vacuum . i do feel it is has a life of its own .. It does Strange things Hardly no one in their life time gets to see and experience . I really Love Mine and when summer hits I'm working on the BIG one . One more thing If you notice in My Video all the connections are Short and on the cap itself .No wire on the transistor cap diode . very compact . only wires are going to the pots and the osc cap and switch . these wont affect the Main circuit  Also My cap and circuit it Directly over (or under) the magnet rotor . It just Misses it By a Wire thickness . I have to sometimes put the wire and transistor down with a pencil if i remove the case . well . Good going guys . Cant wait for the Video Fausto and thank you For sticking with this . You will be very happy when the Circuit is Solid . EDIT**** I made the Comment about the moon before hartiberlin posted the info . so there is something to thats. Very Interesting .

Al

Thank you gadgetmall for all this tips. I am running my fan tip over but I already tried so many positions and options that I lost track. I am publishing all my log videos with all the bad stuff and the good stuff and this only because I am totally convinced this really works and I have witness it myself but it is not perfect yet. There are lots of weird stuff happening.

BTW, in the beginning I mention about you without even knowing who you are so please allow the progress of the videos to see that I really respect you and your work. I can only thank you very deeply for your outstanding desire to share such a "craizy" design and keep it honest and open. Really thank you Albert.

Fausto.

[Pirate88179]

Fausto:

Great job on the replications of Al's device.  You are sticking with it and that is a good thing. More good things will be coming I am sure.

Bill

[Groundloop]

Hi,

I did not have a 48 volt fan so I built this motor charger instead. I use two air core coils positioned 180 degrees
around a central rotor with two Neo magnets. The coils is 48 Ohm each. The NTE109 is Germanium diodes.
The motor runs very well with little usage from the battery. If I tune the potmeter too low the rotor slows down
while the battery voltage goes up, but the rotor stop after a while. I can't find any tuning spots where the rotor
keeps running while the battery voltage goes up. (So far.)

Groundloop.

[gyulasun]

Hi Groundloop,

You have a very interesting schematic, congratulations.   Regarding the charging part, a possible improvement would seem to be to bridge the potmeter's wiper with a capacitor to the common point of the potmeter and the NTE109 diode.  This way you could minimize the AC voltage drop across the potmeter part that is in series from the charging AC coil current point of view, ok? 
(I mean the potmeter left side ending that is common with the diode and you simply shunt it with a capacitor to the wiper of the potmeter, starting to test from about 100pF and up to the nanoFarad and maybe to a few microFarad.) 

Regards,  Gyula