Bedini SSG - self sustaining

[mscoffman]

ps: having the desktop lamp on or off changes the final voltage reading of ALL my meters while the device is running. The lamp is a fluorescent 30watts lamp.

Yes, If you have a circuit and let the two conductors (current flowing in each
direction) separate by a considerable distance. Then it just like have a magnetic
solenoid with one big single turn. Long fluorescent tube lamps, with one tube,
do exactly the same thing. It separates the conductors by a considerable distance.
There are also two ways to wire a dual switch utility circuit, where you can control
one light socket from two locations, and the simplest incorrect wiring forms one of
those forms big magnetic loops around a room. There is also capacitive coupling where the circuits separate.

And guess what? The bedini circuit with a free standing magnetic coil
will happily tap into those type of circuits and extract some magnetic energy from
operating utility circuits...I call this the Bedini cheat mode, It also allows Bedini
motors to tie together and share energy. This helps overunity, by giving
it a base, but needs to watched-out for during experiments. This is why
no sale-able product will have open magnetic circuits, unless it somehow
intends to communicate with other devices.

:S:MarkSCoffman

[plengo]

Updates:

I have excellent news (or may be not). I have found finally after many configurations and trials what I think is the minimum "Cell" configuration where no energy is lost (except for the switching) and two SLA charges plus a cap.

I call it a cell simply because is my smallest configuration where I could charge anything simply by switching potentials while maintaining the similiarities with Tesla Switch project and this project.

My switching runs at around 800 or 10khz frequency. Both seams to behave the same. Other frequencies in the highs or lows seams to totally kill the effect. Both batteries charge at a rate of 100 of a volt per 15 minutes or so. The batteries are small 7 amp/h SLAs.

The cap is a pack of 4 10Uf in parallel or a 2200 uf cap. There seams to be no difference really for the size of the cap and the amount of charging that I could notice. Further testing must be made here.

The caps are charging at the rate of 100 of a volt per second and it slows down when it reaches 1.2 volts but still charging.

It could be what Groundloop mention about the bleeding from the optos to the transistor BUT changing the speed of the switching to very high or low frequencies seams to not help while logically I would think that faster frequencies would bleed more and charge the batteries faster but it does not happen. It has to be a specific range of frequencies (like a top of a Gaussian bell curve, two tops actually one for the 800 hz and another for the 10 khz) where the charging is the best.

So basically both batteries and the cap are charging by simply switching potentials.

The switching order is shown on the picture. The switch are NEVER switched in a way where the circuit is closed loop. It is always in a way to keep it open. So, SW1 and SW4 is ON while SW3 and SW2 is OFF and then I invert that.

I wish someone could replicate this.

Fausto.

[Magluvin]

Just made a new vid of something I had been meaning to try.
http://www.youtube.com/watch?v=1k_bz4nZaD4

It is a whipmag style rotor with like poles facing each other, creating N and S bubbles between the mags and running it with a reed/coil.

Nothing great but its different.

Magluvin

[mscoffman]

Updates:

It could be what Groundloop mention about the bleeding from the optos to the transistor BUT changing the speed of the switching to very high or low frequencies seams to not help while logically I would think that faster frequencies would bleed more and charge the batteries faster but it does not happen. It has to be a specific range of frequencies (like a top of a Gaussian bell curve, two tops actually one for the 800 hz and another for the 10 khz) where the charging is the best.

Fausto.

It seems to me that DC voltage from the opto-isolator would be equivalent
to a capacitance from the input to output of the opto, which is specified
in the spec sheet effectively as being a very small capacitance. DC voltage
would seem to me to wipe out any small capacitance.


:S:MarkSCoffman

[Magluvin]

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

Just a short vid explaining my reed polarizing method for using alternating poles on my rotor. I know that most bedini motors dont use reeds, but I though this may be of interest.

Mags