Bedini SSG - self sustaining

[Groundloop]

@mscoffman,

Said:
"Finally, it would be nice to know what the voltages are on the batteries
after a one second “cool down” period disconnected completely from the
exciter, and whether they match the voltages on the batteries while they
are running the circuit. One could use an electrolytic capacitor to
keep the Fan circuit running while using reed relays to disconnect
battery chain completely (on both ends) from the Fan circuit for
measurement. This should stop the digit bobbling completely and allow
for one or two voltage measurements rather than a moving average
algorithm, also allowing for use of a less digit accurate meter. This may
be a necessity, if you want to use Groundloop's u'p based meter circuit."

Yes, that is why I'm building the new combined switch and relay board.

It will be easy to wire up a circuit for test with 6 independent relays. The
board is connected to a PC via serial communication and the host PC will
be able to control the measurements and the relays. A RS232 to USB dongle
can be used on computers that do not have the old serial port. The Maxim
analog to digital converter used is a very good converter. It has 12 bit
resolution. One other nice feature is the four differential inputs.
We can measure four different voltages without any defined ground.

Groundloop.

[plengo]

Updates:

I have been testing the HELL of the TS with 4, 3, 2 and 1 battery. Baby steps! There are so many variables that it is difficult to keep myself focused.

I am testing each concept from 4 to 1 "nodes" so that I can understand the dynamics. So far nothing special about the switching and how the batteries operate. They indeed discharge regularly when used in the Tesla 4 Switch project BUT I have found something extremely weird.

In one of my configs (which soon I will show schematics) I have one battery and 2 capacitors working as if they were other batteries. I also had an SSG connected so that things are going towards this projects principals. One thing has happend when I removed my SSG and replaced it with a cap and the whole system is switching at around 5khz but no flow of energy anywhere and the battery is charging for the last 3 days non stop.

There is no logical explanation (at least that I could find) for the particular behavior (you guys will see the schematics and you will see it makes no sence).

Soon more info to come (I am at work now).

Fausto.

[plengo]

I am so pissed. THis thing not only is craizy it is insane. It simply stopped working after 4 consecutive days of running the voltage on the battery up.

No reason whatsoever to either make the voltage go up and neither to stop all of a sudden.

I am sure not to be insane because I simply caught it on camera. I rebuild the thing and still no replication. I am so bummed!

Fausto.

[Groundloop]

Fausto,

Please post a drawing of your newest setup. Are you running the TS from a
separate power source? If you do, just remember that there IS a small power
transfer through the optocouplers. The reason for this is that the base inside
the optocoupler is a small "solar cell" receiving power from the internal led.
The power transfer IS small but it is there.

Groundloop.

[mscoffman]

I am so pissed. THis thing not only is craizy it is insane. It simply stopped working after 4 consecutive days of running the voltage on the battery up.

You know, the voltage on a battery can't go up forever...You must
be a Republican - just kidding.

Please post a schematic. It may be that a DC voltage on a capacitor
needs to mimic what was going on in in the other setup to unbalance
the circuit. I doubt if you even have an external control/sensor
circuit right? I suspect that the first free energy mechanism is
associated with charging the battery in a way to have it accept
external heat energy, which is possible in Chemical science. But
you are going to need to find out what that method actually is.

:MarkSCoffman