@witsend,
i think either her daily server restart and backup the database did failure,
or someone did spam the Url, that it did exceed the Bandwidth from the Server, where the Page is hosted.
In this case, the Hosting Service just dont give more access to the Site.
overunity.de is still up, but, i dont expect any news from *.com, mostly its only a bad Impression, what you can get there.
This video i did see was in German, so i dont think, it will help you more,
when i give the Link.
I did look right now for similar Pages about him, but the most is German,
or he dont describe it there as he did at the Video.
Not sure, what i can give you now more.
All i did was, to put his name into Google, maybe constantin meyl helps too,
and most what comes out is in German.
The Model he describe is this from Tom Bearden, or rebuild from Jnaudin and the Magnacoaster
http://www.energeticforum.com/renewa...coaster-2.html
YouTube - Dragon's Den - Vorktex MagnaCoaster Power Generation
About the Shunt, usual, at a Circuit, all sums should be Zero, thats why they put a lot of Resistors in.
But a Resistor only suppress mainly current, not Voltage,
therefor where you end up, is in a average Amount of Watts,
total power output, and they smooth it out into Capacitors, that you get low Voltage,
and this is for me more a screwed way to balance a Circuit.
But so far, you did answer it well, sounds like, it is mainly to do the measurements over it,
and even because you said, they did place it anywhere at the Circuit.
The Shunt actually dont has a lot of Resistance, i thought, maybe it has to do
with kind of Resonance, but i can be very wrong with it, even, when it is a small 'Load' in the Circuit.
But i think i still stay at it, its just the 'Fool Proof', for the one,
what dont wanna burn her Fingers, when they do need to touch the Resistor
The Shunt actually drops a few Percents from the Voltage, what do run over,
and you can back calculate, how much Voltage runs inside.
But therefor you would need to have accurate Readings too, what i doubt,
you can have, when you will measure Spikes.
This Formula is still not done yet because Spikes dont exist 'in a well made Circuit'.
Boguslaw, the Circuit can be done with a 12 V only too, but 24 Voltage gives more Heat at the Resistor, but its not really a need.
The main part is more, to drive the Circuit with a low Cycle, get the Spikes back,
and do that with a higher Frequency, in best case when the Transistor starts to oscillate. Simple said.
i think either her daily server restart and backup the database did failure,
or someone did spam the Url, that it did exceed the Bandwidth from the Server, where the Page is hosted.
In this case, the Hosting Service just dont give more access to the Site.
overunity.de is still up, but, i dont expect any news from *.com, mostly its only a bad Impression, what you can get there.
This video i did see was in German, so i dont think, it will help you more,
when i give the Link.
I did look right now for similar Pages about him, but the most is German,
or he dont describe it there as he did at the Video.
Not sure, what i can give you now more.
All i did was, to put his name into Google, maybe constantin meyl helps too,
and most what comes out is in German.
The Model he describe is this from Tom Bearden, or rebuild from Jnaudin and the Magnacoaster
http://www.energeticforum.com/renewa...coaster-2.html
YouTube - Dragon's Den - Vorktex MagnaCoaster Power Generation
About the Shunt, usual, at a Circuit, all sums should be Zero, thats why they put a lot of Resistors in.
But a Resistor only suppress mainly current, not Voltage,
therefor where you end up, is in a average Amount of Watts,
total power output, and they smooth it out into Capacitors, that you get low Voltage,
and this is for me more a screwed way to balance a Circuit.
But so far, you did answer it well, sounds like, it is mainly to do the measurements over it,
and even because you said, they did place it anywhere at the Circuit.
The Shunt actually dont has a lot of Resistance, i thought, maybe it has to do
with kind of Resonance, but i can be very wrong with it, even, when it is a small 'Load' in the Circuit.
But i think i still stay at it, its just the 'Fool Proof', for the one,
what dont wanna burn her Fingers, when they do need to touch the Resistor
The Shunt actually drops a few Percents from the Voltage, what do run over,
and you can back calculate, how much Voltage runs inside.
But therefor you would need to have accurate Readings too, what i doubt,
you can have, when you will measure Spikes.
This Formula is still not done yet because Spikes dont exist 'in a well made Circuit'.
Boguslaw, the Circuit can be done with a 12 V only too, but 24 Voltage gives more Heat at the Resistor, but its not really a need.
The main part is more, to drive the Circuit with a low Cycle, get the Spikes back,
and do that with a higher Frequency, in best case when the Transistor starts to oscillate. Simple said.
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