Bedini SSG - self sustaining

[plengo]

During this christimas time I have been working as hard as one can. Now I am playing with the Bob Boyce's toroid coil/core and Bedini stuff, as the usual.

Since I have tested the hell of pulsating batteries and indeed they charge in weird ways using almost not current at all I decided to play with the "radiant energy" of Bob boyces since he claims that his toroid will do it.

So, I built one of his coils/core as demonstrated at this place (http://www.panacea-bocaf.org/bobboyce.htm) and decided to play with the idea of using instead of Bob's controller use Bedini's SSG as the pulsating mechanism.

It took me 3 weeks to build the coil and even more for the parts. They are expensive and the task is intensively boring but if you like meticulous work this is great, such as I do.

Following some pictures of my coil building process and of my new board with 3 Bedini's SSG being used by my running system.

My first findings are simply amazing, but I have said that before and only after testing and measuring one will know for sure, so I am in the process of finding the best tunning and performing the even more boring and long test of charge and load via my thrusty "Power Analyzer Pro" (from Medusa - http://www.medusaproducts.com/Power-Analyzers/pa-60100R.htm) and my load tester CBA II (http://www.westmountainradio.com/CBA.htm).

Fausto.

[plengo]

more picures

[Magluvin]

Very sweet Plen!  Wondered where you were. Cant wait to see it in action. Hope you had a good holiday.
I have been messing a bit with the coils. I have 1 self oscillating using a big reed and a magnet to trigger the reed and the coil cancels it to oscillate. Then I take the back emf from the coil through 2 caps from each leg of the coil then to a bridge rectifier then store into caps. The power stored in the latter caps is able to run the motor with its own big coil/reed very well. Using the 2 caps to restrict the dc from the oscillator works very well at extracting the bemf from the oscillator coil, keeping the reed safe also. The oscillators bat. is at 5v and the caps on the motor end hold a good 10v while running the motor. Have more playing to do.
Good to see ya back. =]

Mags

[plengo]

So much fun with this stuff. Some pictures of my TPU (I wish), Tri-Bedini, micro-controller setup.

So basically I have a 3 bedini SSG being allowed to pulse at 120 degree apart by the control of the micro-controller board. I turn on and off 3 switches that turns on and off each SSG in sequence. Each SSG is connected to one of the 120 degrees apart primaries and all 3 SSGs are sharing the same secondary (white wire).

The pulses on the scope is showing each pulse at almost (I wish again) equidistant pulses. The div scale is in the .05 volts/div/vert because once the 95 amp/hour charging battery is connect it will suck up all the pulses. Since this is a regular SSG we all know that the pulses should be a H curve but since they are running in resonance mode they are more like an H with a half triangle at the bottom of the signal.

The driving voltage is around 12.40 and running at 100 ma (by choice). Charging battery is charging substantially fast but time will tell on the load.

This is the final design I had in mind when I started the toroid construction.

Fausto.

ps: Scope shot 7 is now a change on the program where all the pulses are finally 120 degrees apart and equally distanced. Current increased to 150ma and bettery is charging even faster.

[plengo]

Very sweet Plen!  Wondered where you were. Cant wait to see it in action. Hope you had a good holiday.
I have been messing a bit with the coils. I have 1 self oscillating using a big reed and a magnet to trigger the reed and the coil cancels it to oscillate. Then I take the back emf from the coil through 2 caps from each leg of the coil then to a bridge rectifier then store into caps. The power stored in the latter caps is able to run the motor with its own big coil/reed very well. Using the 2 caps to restrict the dc from the oscillator works very well at extracting the bemf from the oscillator coil, keeping the reed safe also. The oscillators bat. is at 5v and the caps on the motor end hold a good 10v while running the motor. Have more playing to do.
Good to see ya back. =]

Mags

Good work Magluvin. Do you have a new video to share?

Fausto.