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username001
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I am curious what happens if you draw DC power to a load, but as it approaches the load you chop the load connection say with a SSR or switch.
The power will be traveling near the speed of light, following the wire toward the load. When the load is chopped by a switch just before the pulse reaches it, will the power just keep traveling forward, according to Newton's Law of momentum (third law?). Or what comes of it?
I am trying to understand EM in various configurations. I think DC EM may be described as scalar electricity in motion, so cannot be detected by normal means (when measured on it's own). I am attempting to detect it as pulses by various effects on systems. I won't go into it anymore than that for brevity, but thought I'd add some context.
Please let me know if you know the answer. Thanks
The power will be traveling near the speed of light, following the wire toward the load. When the load is chopped by a switch just before the pulse reaches it, will the power just keep traveling forward, according to Newton's Law of momentum (third law?). Or what comes of it?
I am trying to understand EM in various configurations. I think DC EM may be described as scalar electricity in motion, so cannot be detected by normal means (when measured on it's own). I am attempting to detect it as pulses by various effects on systems. I won't go into it anymore than that for brevity, but thought I'd add some context.
Please let me know if you know the answer. Thanks