Karmyogi01's latest activity
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Karmyogi01 replied to the thread I Paradox of Superconductivity.Thanks for making my point! Yes, “hours” is not forever! However, the analysis says times required are likely to be much longer than... -
Karmyogi01 replied to the thread I Paradox of Superconductivity.That's not what I said. Please read the whole post. Your first paragraph states the obvious!
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Karmyogi01 replied to the thread I Paradox of Superconductivity.Thanks Dale for the info. So, this resistance would be a factor in the ramp up of voltage to V. If the ramp up is done very slowly, then...
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Karmyogi01 replied to the thread I Paradox of Superconductivity.As stated above, I mentioned "ideal source" for the sake of clarity only and mentioned already that we do not necessarily have to assume...
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Karmyogi01 replied to the thread I Paradox of Superconductivity.The radiation resistance is supposed to be very small and does not change the logic in a fundamental way. The time constant (TC) does...
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The time constant will depend on the radiation resistance of the superconductor. Superconductors have no resistance at DC, but at high...
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Karmyogi01 replied to the thread I Paradox of Superconductivity.Good insight indeed! However, here we do not have the high frequency situation.
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Karmyogi01 replied to the thread I Paradox of Superconductivity.For a series circuit the power supply is connected in series.
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Karmyogi01 replied to the thread I Paradox of Superconductivity.I am assuming an ideal power source with zero impedance for clarity. However, the fundamental logic will not change even if it were not...
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Karmyogi01 replied to the thread I Paradox of Superconductivity.There is no resistor in series. All components are superconductive. R is vanishingly small
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For a series R-L circuit that uses superconductive components, how long would it take for current to build up after the power is turned on?
