Fusionchip's Bedini Feedback to Source!!!

[plengo]

I've now made a couple of changes to my setup. One is changing the feedback diode from an IN4007 to an old 'top hat' type heavy duty diode more like the SK diode. I checked out the spec on the SK diode and matched up as well as I could. The other change is to fit an old germanium type diode between the transistor base and emitter. This has enabled me to reduce the speed of the fan considerably without it cutting out. I'm now running under 200 RPM which I could not do easily before this mod. The net result of these changes is that I've managed to hold voltage for 8 hours running at about 15mA. It will need a lot longer running like this before I can start getting excited but it is a good improvement on my previous setup.

After this current run I'm thinking about tidying up my wiring by removing the croc clips and re-wiring using heavy duty ultra low resistance Hi-Fi type oudspeaker wire. If the radiant is working its magic on the battery, this according to John Bedini's / Tom Beardon's theory should enhance the transfer of radiant energy to the battery. I hope my next post can start with 'Eureka' but I'm not holding my breath!

Hoppy

How big is your battery in amp/hours?

I also use a 1uf cap in series with the resistor and the base of the transitor. This will allow you to cut that current in half but you will have to change drastically the resistance value. It will also have a more pronounced radiant self-oscilation mode.

Are you using magnets on the fan? can you post a picture of your setup?

Fausto.

[Hoppy]

How big is your battery in amp/hours?

I also use a 1uf cap in series with the resistor and the base of the transitor. This will allow you to cut that current in half but you will have to change drastically the resistance value. It will also have a more pronounced radiant self-oscilation mode.

Are you using magnets on the fan? can you post a picture of your setup?

Fausto.

The battery I'm using for this test run is 48A/hr car battery but with one bad cell so it acts as a much smaller battery. I'm still trying to find a small wet cell battery.

I have a magnet covering about a quarter of the fan as in your picture. I will post a photo tomorrow.

Hoppy

[plengo]

so tonight I am having a "eureka" again. Do you know what? I think this baby runs better in the night. I let it run the whole day and all it did is eat energy, but now in the night it creates energy, just like plants!!!

I am very glad I am making many videos to show that, but I don't want to publish in youtube yet, until I really have something that is replicable.  (sorry for my bad English). This thing simply runs better at night.

I will, this time, let it run without any interference from me the whole night and if necessary the whole next day. If it stops in the morning I will let it down. SO in the night I can turn it on again. I will record on video the whole ordeal.

Can someone please interject here and come up with possible theories to explain this and may be even forecast possible experiments and solutions?

@gadgetmall

Are you sure you are running this things during the day??

Fausto.

[plengo]

The battery I'm using for this test run is 48A/hr car battery but with one bad cell so it acts as a much smaller battery. I'm still trying to find a small wet cell battery.

I have a magnet covering about a quarter of the fan as in your picture. I will post a photo tomorrow.

Hoppy

Hoppy, dont you think that 1w/hour (more or less) is enough to show a voltage drop on a 48 amp/hour battery? Just asking here, no pun. Did you run this during the day or night? can you make a video or record the sound of your fan, please?

Fausto.

[plengo]

I am not craizy.

Ok, it is now  about 10pm and the voltage already went up about .01v on all three meters and two batteries. This thing definitely runs better at the night.

I have recorded another video showing the whole progress from ugly, to bad, to ok, to nice, to beautifull, to success (if one can call this success).

Fausto.