I have seen your schematic. It does not clarify if the DC source has any connection to ground or at least capacitive coupling. If not (source ideally floating) the circuit won't source current respectively charge or power to the connected line.
You keep referring to 'Power'.
Power = applied voltage multiplied by the current flowing.
We can see you swap polarity of the voltage with the switches but where does the current flow?
Vanything * Inothing = 0 power.
Brian.
Hi,
And a current does not necessarily mean a lot of energy transport.
Let's say AC current through a capacitor. It will surely cause voltage.
With a low value series resistor you may see a voltage drop caused by the current. You may measure the voltage drop.
But there is no averaged energy, although there is voltage and there is current. The only thing that really consumes energy is the current measurement resistor.
Klaus
So the source is not floating. Neither is the transmision line, see post #5.There is no connection with ground but the negative terminal ( zero) of the source.
So the source is not floating. Neither is the transmision line, see post #5.
Coiling up a long (1 m, 1 km, whatsoever) single wire "transmission line" will cancel it's transmission characteristic because you remove the ground reference. You can do this with a coaxial (two conductor) line, but not with a single wire.
Further auestioning...talk to nikolateslainventorsclub.com--- Updated ---
What is a high tension power line...it is a transmission line...coaxial lines were invented much later when rf became commodity..
When coiled as said in the previous quote,the wave might slow down because of inductive coupling between windings..
I will stop discussing further because this is becoming crackpotting...
I understand that you miss the physical theory to analyze the behavior of the single wire line. That's no problem as such. The problem is resistance to advice.
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