The purpose of this thread is to share/reshare comments made by Erfinder in the attempt to understand and achieve "the effect" that he has found and been able to continue to replicate. To some who feel it a waste of time; do not spend your time here. To those interested in commenting for the benefit of the group; feel free to comment, including you Erfinder. I do not spend lots of time on the computer, and I have lots of other things/obligations going on in my life so I expect this to be a slow moving drawn out conversation with myself... I am perfectly fine with that. But someone may benefit down the road if anything is achieved. So with that I begin.
"The Effect"
"Shutting it down results in the device (back popping) the power supply with no additional circuitry, the supply cap is charged up to twice the starting voltage. The cap is 400v 4700uF."
back charging the supply capacitor by sending joules back to the supply, out of phase with, and independent from the applied joules.
This effect has absolutely nothing to do with radiant
The trigger
it is mandatory that one not use an inductively triggered circuit,
I never got this effect with the SG
the transformer action between the trigger and the power windings suppresses this effect.
The SSG is a 1:1 transformer
the trigger coil is an output winding when the power winding is off
the trigger will copy the power that was flowing in the power winding!
the pickup coil is literally "MAKING A COPY" of the power supply.
erfinder, can you display or describe your hall switching setup?
"It's a 555 setup for monostable, triggered by a hall sensor. Nothing special."
The effect cannot be accomplished using an inductively triggered circuit. I have not be able to do it anyway. Maybe someone else can. I use a hall triggered circuit. The effect is only possible when you connect your coils correct. If you don't connect them correctly, you get exactly what everyone gets right now when they disconnect their devices from the power supply, nothing.
Thank you for what you have shared Erfinder, I do not feel misled, nor have I put much effort into this project.....yet. Aln
"The Effect"
"Shutting it down results in the device (back popping) the power supply with no additional circuitry, the supply cap is charged up to twice the starting voltage. The cap is 400v 4700uF."
back charging the supply capacitor by sending joules back to the supply, out of phase with, and independent from the applied joules.
This effect has absolutely nothing to do with radiant
The trigger
it is mandatory that one not use an inductively triggered circuit,
I never got this effect with the SG
the transformer action between the trigger and the power windings suppresses this effect.
The SSG is a 1:1 transformer
the trigger coil is an output winding when the power winding is off
the trigger will copy the power that was flowing in the power winding!
the pickup coil is literally "MAKING A COPY" of the power supply.
erfinder, can you display or describe your hall switching setup?
"It's a 555 setup for monostable, triggered by a hall sensor. Nothing special."
The effect cannot be accomplished using an inductively triggered circuit. I have not be able to do it anyway. Maybe someone else can. I use a hall triggered circuit. The effect is only possible when you connect your coils correct. If you don't connect them correctly, you get exactly what everyone gets right now when they disconnect their devices from the power supply, nothing.
Thank you for what you have shared Erfinder, I do not feel misled, nor have I put much effort into this project.....yet. Aln
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