Originally posted by Matthew Jones
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I have been following the thread with high hopes for you guys since it started and I have been hesitant to make any input as I am not building this device, nor will I anytime soon. But the current project I am working on has some faint similarities and I decided that maybe it would be helpful to share some of what I am doing with ya'll. So pardon me if this is an intrusion.
The circuit I am working on is solid state and has to do with core saturation of an iron transformer. In the past I have read many times saturation is not a good position to be in when using a transformer or core if iron. In turn Inrush and surge currents cause problems from initial start up and create saturation.
But I have found in limited amount or in a pulse situation a significant flow of negative type energy emits itself on the output windings of the transformer. This energy is obviously negative as its growth through a bridge rectifier is in the ballpark of 5-6 times more voltage on the DC side of the bridge than the AC while maintaining the same value of current on either side.
The transformer has 2 winding slots in it. The top is where I drive it and the bottom where I extract the power.
On the top part of the spool I use bifiliar, 90 turns of 30 awg and 90 turns of 24 awg.
The bottom part of the spool is quadfiliar 120 turn of 30 awg. Each winding is rectified at the end.
The driving circuit for the top part of the spool is a simple oscillator. The schematic is from Slayer0007 I do not use the C winding. I also do not use the 1n4005 that outputs the BEMF. I just ride the spikes out.
The 4 winding on the second spool all lead to a rectifier that consist of MUR4100e's. They dump into a bank of super caps.
Now this why I wanted to post an example of what I am doing and try to show the relationship between what I have and what you are trying to do.
Most of you have missed the fact, eloquently stated by Dr Stifler, "For anything to be overunity, you must change the state of energy at least once". Most people relate that Electrical to Mechanical or vice versa. But you can change the state of your electricity as well and this becomes possible if the conversion doesn't cost to much. Forward time energy and reverse time energy are very real entities and allow one to follow the above rule with a near ease.
So if you were to wind your coils so that drive coil closest to the rotor was driven with the positive energy from the say the battery and then wind a secondary coil away from the rotor for collection purposes through bridge. All the while not collecting or protecting the transistor from the spike, you would harvest a significant voltage that can then be crunch down in to a super cap to regauge the power.
Then you also can grab power from the separate gen coil and dump it into a capacitor. Then serialize the 2 capacitors to fire back through the drive coil.
This may sound like complex operation but I picture it being pretty easy as everything needed is isolated to itself until you fire.
Collect It Schematic.
Look it over and give it try. I may have missed something posted along the way and this might have already been done. It may or may not work I don't know I just figure since no one has talked about the conversion to negative and actually looked at using it I might as well post my 2 cents.
I'll be outa town till Friday so if I do not post till then you understand why.
Best of luck to all of you.
Matt
The circuit I am working on is solid state and has to do with core saturation of an iron transformer. In the past I have read many times saturation is not a good position to be in when using a transformer or core if iron. In turn Inrush and surge currents cause problems from initial start up and create saturation.
But I have found in limited amount or in a pulse situation a significant flow of negative type energy emits itself on the output windings of the transformer. This energy is obviously negative as its growth through a bridge rectifier is in the ballpark of 5-6 times more voltage on the DC side of the bridge than the AC while maintaining the same value of current on either side.
The transformer has 2 winding slots in it. The top is where I drive it and the bottom where I extract the power.
On the top part of the spool I use bifiliar, 90 turns of 30 awg and 90 turns of 24 awg.
The bottom part of the spool is quadfiliar 120 turn of 30 awg. Each winding is rectified at the end.
The driving circuit for the top part of the spool is a simple oscillator. The schematic is from Slayer0007 I do not use the C winding. I also do not use the 1n4005 that outputs the BEMF. I just ride the spikes out.
The 4 winding on the second spool all lead to a rectifier that consist of MUR4100e's. They dump into a bank of super caps.
Now this why I wanted to post an example of what I am doing and try to show the relationship between what I have and what you are trying to do.
Most of you have missed the fact, eloquently stated by Dr Stifler, "For anything to be overunity, you must change the state of energy at least once". Most people relate that Electrical to Mechanical or vice versa. But you can change the state of your electricity as well and this becomes possible if the conversion doesn't cost to much. Forward time energy and reverse time energy are very real entities and allow one to follow the above rule with a near ease.
So if you were to wind your coils so that drive coil closest to the rotor was driven with the positive energy from the say the battery and then wind a secondary coil away from the rotor for collection purposes through bridge. All the while not collecting or protecting the transistor from the spike, you would harvest a significant voltage that can then be crunch down in to a super cap to regauge the power.
Then you also can grab power from the separate gen coil and dump it into a capacitor. Then serialize the 2 capacitors to fire back through the drive coil.
This may sound like complex operation but I picture it being pretty easy as everything needed is isolated to itself until you fire.
Collect It Schematic.
Look it over and give it try. I may have missed something posted along the way and this might have already been done. It may or may not work I don't know I just figure since no one has talked about the conversion to negative and actually looked at using it I might as well post my 2 cents.
I'll be outa town till Friday so if I do not post till then you understand why.
Best of luck to all of you.
Matt
I am still digesting the information . I think I get it.
thanks.
hope to see more of your work when soon.

)

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