Any method to avoid NST shut down?
Hello to all,
thanks for hard work and good information posted in this thread.
I was able to replicate Don's basic design using NST( 37Khz at 6kV) the only problem I have is that I am at a limit with spark gap. If gap is bigger a bit I get very useful output, but the problem is after a 15-30 minutes run the NST would shut down.
Now running it at a limited spark gap power and getting about 200W, if I try to get more adjusting spark gap distance it just shuts down.
Any ideas of how to fool the NST? I tried wih grounding and without grounding it my result are same.
Anybody having same experiences?
Thanks for sharing.
Hello to all,
thanks for hard work and good information posted in this thread.
I was able to replicate Don's basic design using NST( 37Khz at 6kV) the only problem I have is that I am at a limit with spark gap. If gap is bigger a bit I get very useful output, but the problem is after a 15-30 minutes run the NST would shut down.
Now running it at a limited spark gap power and getting about 200W, if I try to get more adjusting spark gap distance it just shuts down.
Any ideas of how to fool the NST? I tried wih grounding and without grounding it my result are same.
Anybody having same experiences?
Thanks for sharing.
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