That's not my point.
In layman's terms: a superconductor is a conductor whose resistance and magnetic field have been "removed".
If we wind a coil for TX from such a "wire" and start TX; a magnetic field will be formed that will disrupt the characteristics of such a superconductor.
In layman's terms: a superconductor is a conductor whose resistance and magnetic field have been "removed".
If we wind a coil for TX from such a "wire" and start TX; a magnetic field will be formed that will disrupt the characteristics of such a superconductor.
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