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The screen on the left part of the module shows a conductor block represented in a 3-D coordinate plane. The length is l while height is h, and skin depth is delta sub s. The electric field is represented, E sub 0 while the magnetic field at right angles is H sub 0. The current density, J sub x along the z-direction is shown to reduce gradually.

The middle screen shows two graphs for E sub x of t and J sub x of (z, t). Both the graphs show curves that start on the vertical axis and move downwards in a slope, running parallel to and merging with the horizontal axis. The graphs mark delta sub s value of 0.1592 lambda or 5.03292 micrometers.

The panel on the right shows the parameters as follows:

Input:

Frequency, f equals 1.0 E 9 hertz

Conductivity, sigma equals 1.0 E 7 S per m

Relative permittivity, epsilon sub t equals 1.0

Relative permeability, micro sub t equals 1.0

E-field amplitude (z equals 0), E sub 0 equals 1.0 V per m

E-field phase (z equals 0), phi equals 0.0 rad

Length of the sample (x), l equals 1.0 m

Height displayed (z), h equals 1.0 lambda

Width of the sample (y), w equals 1.0 m

Output (impedance properties):

Surface impedance, Z sub s equals R sub S plus j times X sub S equals R sub S plus j omega L sub S, equals 0.0198869 plus j 0.019869 ohms

Surface inductance, L sub S equals 3.16 times 10 raised to negative 12 H

Total impedance, Z equals Z sub S times l over w, Z equals 0.019869 plus j 0.019869 ohms

Total current in sample, I-tilde sub tot equals 35.588127, angle equals negative 0.7854 rad A,

Voltage across sample, V-tilde sub tot equals 1.0, angle equals 0.0 rad V