Gray circuit replication attempt comments
Magdude has the effect and Magdude confirmed that the effect I showed is the same effect he figured out. So, Mlurye and Ghst may be the only other ones that have ever shown it. 4 people and I may be missing someone.
I'm surprised that there aren't more attempts because it is the only thing that has showed promise as being able to power a coil and it is powering a coil in an unconventional way.
Anyone that questions if it is just a simple cap discharge hasn't done the experiments and should just do them to find out. I have done countless tests with just this concept of comparing it to a typical cap discharge and there are huge differences.
A regular cap (charged to same amount) and dumped into identical coil charges MUCH MUCH SLOWER and the magnetic field appears to be spread over more area around the coil. Maybe because it is slow enough to feel it.
The "effect" charges the coil exponentionally faster and the magnetic field is so sharp and abrupt that is appears to only have a useful punch over the area of the core - so therefore, opposing coils which are intended to be repelled or attracted should have really good size cores in my opinion and if using magnets for attraction or repulsion should have magnets the same size as the shape of the core. It is compressing all that magnetic strength into one small blip of time and the benefits of time compression (impulse energy) is obvious - the power density goes through the roof.
The difference is night and day and there is no question about it - it is anything but but a simple capacitor discharging into a coil.
Is this "effect" exactly what Gray had? Nobody can prove this yet. However, to date, it is the only unconventional coil charging method that matches all the apparent criteria that Gray used.
I'm not sure if anyone realizes it, yes Electrotek mentioned it once about changing the impedance in the coil, but when you take a cap and discharge it into an inductor in a few microseconds when it is should take a few hundred microseconds for the cap to discharge.... the resistance of the coil disappeared and the cap is discharging into a negative resistance zone that allows the capacitor to discharge without causing hot electron current from flowing in the opposite direction to give a magnetic field...it is a cold magnetic current that charges the coil with all benefits of amperage without the amps.
Originally posted by Electrotek
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I'm surprised that there aren't more attempts because it is the only thing that has showed promise as being able to power a coil and it is powering a coil in an unconventional way.
Anyone that questions if it is just a simple cap discharge hasn't done the experiments and should just do them to find out. I have done countless tests with just this concept of comparing it to a typical cap discharge and there are huge differences.
A regular cap (charged to same amount) and dumped into identical coil charges MUCH MUCH SLOWER and the magnetic field appears to be spread over more area around the coil. Maybe because it is slow enough to feel it.
The "effect" charges the coil exponentionally faster and the magnetic field is so sharp and abrupt that is appears to only have a useful punch over the area of the core - so therefore, opposing coils which are intended to be repelled or attracted should have really good size cores in my opinion and if using magnets for attraction or repulsion should have magnets the same size as the shape of the core. It is compressing all that magnetic strength into one small blip of time and the benefits of time compression (impulse energy) is obvious - the power density goes through the roof.
The difference is night and day and there is no question about it - it is anything but but a simple capacitor discharging into a coil.
Is this "effect" exactly what Gray had? Nobody can prove this yet. However, to date, it is the only unconventional coil charging method that matches all the apparent criteria that Gray used.
I'm not sure if anyone realizes it, yes Electrotek mentioned it once about changing the impedance in the coil, but when you take a cap and discharge it into an inductor in a few microseconds when it is should take a few hundred microseconds for the cap to discharge.... the resistance of the coil disappeared and the cap is discharging into a negative resistance zone that allows the capacitor to discharge without causing hot electron current from flowing in the opposite direction to give a magnetic field...it is a cold magnetic current that charges the coil with all benefits of amperage without the amps.
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