Bedini SSG puts out 800 volts using auxilary inductors!

[supermuble]

I just recently built a Bedini motor for the first time. I am posting this message to make friends  so I can learn and get feedback on the things I've learned . Yesterday I accidentally stumbled across a new way to boost the performance of the Bedini Simplified School girl (SSG). Go easy on me, I am not an expert, and I could be confused! 

I used the SSG circuit with the bare essentials and nothing else. I used a piece of wood with 16 magnets. 24 gauge/27 gauge power and trigger on a spool with about 450 turns.

I found that by placing an inductor with an "air" core (no iron, etc) with 90 feet of 26 gauge wire on a 3/4" spool in between my charging battery and my primary battery, my voltage spikes are doubled. I found that by using a Bifilar coil and by running the negative of the primary battery through one of the inductor wires, I increase voltage yet again by 200 volts per spike. By using a 2nd inductor wired in series with the first, I can get another 200 volts. Anyway, I am currently running with 700 volt spikes with all the wires hooked up to the batteries (closed circuit). If I remove the additional inductors I see only a 5 or 10 volt spike on the oscilloscope. I have also verified power by simply grabbing onto the wires. As it sits, I cannot grab the wires, they are painful. With the original configuration, I was able to get a very mild shock and could even wet my hands and only a receive a mildly stinging shock. But now, the voltage is high enough between terminals that it hurts to touch it! Since I have no capacitors, I'm not overly concerned about getting electrocuted! 

I included some screen shots of the oscilloscope with the motor running and with the charge wires hooked up to the batteries. Notice I am at about 700 - 800 volts in spikes. It got me wondering just what the limit is for the voltage multiplication. By adding more bifilar inductors I should be able to double the voltage with each additional inductor coil (added on the negative side) of the primary battery. Note that if you want to try this, just make sure to get the polarity right, otherwise it appears to cause a severely restrictive resonance that drains power. The negative of the primary battery and the negative of the charge battery both go into the same side of the bifilar inductor as shown in the picture. I've noticed no difference between going from the south or the north pole on the inductor. I have found reduced power output by using an iron core.

I am running 20 ohms of resistance on the transistor and I do not have an adjustable pot. If I run 40 ohms, it is not enough to keep the wheel moving. 

In the last two hours I went from 21.49 volts total to 23.00 volts total (measured in series between 2 12 volt batteries). The charging battery went from 9.67, over to 11:42 volts in a 2 hour period, while the primary battery went from 11.83 to 11.59. I have NEVER seen my batteries do this until I added the two inductors between the charge and primary battery. It appears that I have increased the efficiency of my original SSG by a large margin. Surprisingly, the 2nd charge battery has been getting better and better, even though it is filled up with 80% or more pure tap water, the battery was so dry you couldn't even see liquid inside of it.  It goes dead much faster than the primary battery, but even still, I can swap both batteries and maintain a constant increase in voltage! It seems to be responding better and better and now it is taking a pretty good charge.

So have I found a new way to improve the SSG or am I just wasting time?

[nievesoliveras]

Hi!

That is like this photo shows. Maybe a little different. Its called the Everett variant.
This guy used the bare coils.
Do you have the connection schematic of yours?

Jesus

[HeairBear]

Very cool and very interesting. My buddy did something similar to this using one of my ignition coils. He finds all sorts of strange results. My guess is the extra coil is adding to the turns of the secondary or output side of the circuit. In short, turning your 1:1 coil into a 1:3 step-up transformer type deal. Have you seen IMHOTEP's Radiant oscillator thingy? I think that might work on this same principle. I'm not 100% sure about that though.

Great work!

[nievesoliveras]

Hi!

That is not my work.
I found it long time ago on the bedini group at yahoo.

Jesus

[nievesoliveras]

Hi!

My question is how do I connect the coils to the rest of the circuit?

Jesus