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Originally posted by med.3012
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Hello Bob ,
yes valuable info can be found there but there's also a minor mistake like :
We see this everyday when the electric power company uses their high voltage – high frequency system in transmitting energy into their distribution system. Typically they use from the source, 100,000 to 500,000 cycles per second
power company use high voltage ( but low frequency ) to minimize the loss since the current goes to low value.
another point is the use of spark gap he said : A: spark gaps and lightening arrestors, spark plugs included when I use them are not used as a or frequency or device timing. I use them for spike, overload and lightning protection. I use high quality capacitors, resistors and inductors.
but in the following video he talk about the possibility to use any SG as switching mechanism :
https://youtu.be/tASY07r9AD0?t=2291
the two statement make it unclear how he used the spark gap
yes valuable info can be found there but there's also a minor mistake like :
We see this everyday when the electric power company uses their high voltage – high frequency system in transmitting energy into their distribution system. Typically they use from the source, 100,000 to 500,000 cycles per second
power company use high voltage ( but low frequency ) to minimize the loss since the current goes to low value.
another point is the use of spark gap he said : A: spark gaps and lightening arrestors, spark plugs included when I use them are not used as a or frequency or device timing. I use them for spike, overload and lightning protection. I use high quality capacitors, resistors and inductors.
but in the following video he talk about the possibility to use any SG as switching mechanism :
https://youtu.be/tASY07r9AD0?t=2291
the two statement make it unclear how he used the spark gap
Yes, that was my impression about the power companies as well, that their frequency did not have to be as high as Smith states.
As far as spark gap, I have seen gas discharge tubes and lightning arrestors used in different setups, as well as tungsten or SS electrodes. It is my understanding that the spark gap in effect renders a setup an open system.
One of the things I've been trying to wrap my head around is the idea that magnetism is key to the approach you are taking in this thread. I am reminded of the famous Borderlands Eric Dollard video from the early 1980s (I think) showing how resonance separates dielectricity (voltage) from magnetism. https://youtu.be/LwFWx5RkwDE?t=1384
You have made it clear that resonance brings about big effects that should only be experimented with by properly prepared persons. It would seem that this is crucial to arriving at the desired output effect.
I need to go back and read some of the earlier posts to reconsider what I read with less understanding.
Bob
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