A thin, glass, spherical shell with radius R2 and positive charge +Q2 that is evenly distributed. As seen in the, the distance between the centers is L.
A thin, glass, spherical shell with radius R2 and positive charge +Q2 that is evenly distributed. As seen in the, the distance between the centers is L. Coaxial cable magnetic field calculation
The outer conductor has a radius of 'b,' and its thickness is 'c,' which also happens to be the radius of the outer conductor. Assume that the outer conductor's thickness is "t" and its radius is "b." Therefore, we can state that c = b + t c=b+t.
Two conductors are concentrically arranged along the same axis to form a coaxial cable. In order to create an electrically shielded transmission circuit, one conducting wire is surrounded by a dielectric insulator, which is then surrounded by the other, outer conductor.
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