This is probably going to be the most important Stan Meyer thread you'll ever read, cut and paste it to other websites as much as you can just in case this gets shut down.
Look at the schematic and Meyer's Unipolar magnetic field coupling. Look at the direction of the field created by it, its perpendicular to the flux direction. Forget how Meyer describes his resonant charging chokes, they are electromagnets to shut down back EMF and are marked as such on the schematic except in name.
http://en.wikipedia.org/wiki/File:Simple_electromagnet2.gif
[attachment=4918]
Firstly, we now know that Meyer is using magnets to influence flux paths but the type of magnet and the way you manipulate it is very important.
His VIC is now much more simple to understand, A primary with an input of pulsed DC, a secondary and two electromagnets separated by the load. Nothing more, nothing less. The diode simply makes sure the electromagnets are polarized in the right direction to stop the back EMF. ITS THAT SIMPLE.
The frequency of the pulsed and gated DC and the voltage are only to time the actions of the electromagnets with the rest of the circuitry.
Forget the wording in which Stan Meyer describes his schematics, its all BS so he can register patents and lock down the designs, he couldn't patent electromagnets, he couldn't patent basic transformers either so he just makes silly names up for them all.
The electromagnets may well have resonance but they are still electromagnets.
Jesus you could even use your own electromagnets with their own power supply to remove back EMF in ANY transformer circuit and time them to the pulsed DC.
Go play.
Oh and by the way, you will probably have problems with core saturation with the electromagnets so here's some advice: Use efficient core materials and provide a way of restricting the saturation such as a gating system on your pulse width;)
I wonder how many people have been building this schematic and saturating the core so it doesn't work? Everybody is my guess.
Look at the schematic and Meyer's Unipolar magnetic field coupling. Look at the direction of the field created by it, its perpendicular to the flux direction. Forget how Meyer describes his resonant charging chokes, they are electromagnets to shut down back EMF and are marked as such on the schematic except in name.
http://en.wikipedia.org/wiki/File:Simple_electromagnet2.gif
[attachment=4918]
Firstly, we now know that Meyer is using magnets to influence flux paths but the type of magnet and the way you manipulate it is very important.
His VIC is now much more simple to understand, A primary with an input of pulsed DC, a secondary and two electromagnets separated by the load. Nothing more, nothing less. The diode simply makes sure the electromagnets are polarized in the right direction to stop the back EMF. ITS THAT SIMPLE.
The frequency of the pulsed and gated DC and the voltage are only to time the actions of the electromagnets with the rest of the circuitry.
Forget the wording in which Stan Meyer describes his schematics, its all BS so he can register patents and lock down the designs, he couldn't patent electromagnets, he couldn't patent basic transformers either so he just makes silly names up for them all.
The electromagnets may well have resonance but they are still electromagnets.
Jesus you could even use your own electromagnets with their own power supply to remove back EMF in ANY transformer circuit and time them to the pulsed DC.
Go play.
Oh and by the way, you will probably have problems with core saturation with the electromagnets so here's some advice: Use efficient core materials and provide a way of restricting the saturation such as a gating system on your pulse width;)
I wonder how many people have been building this schematic and saturating the core so it doesn't work? Everybody is my guess.