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The screen on the top shows a two-wire transmission line where length d equals 0.61781 lambda, or 500.0 millimeters. Other parameters mentioned are as follows: Z of d equals 11.85 minus j 5.089 ohms; Z sub L equals 25.0 minus j 50.0 ohms; Z sub 0 equals 50.0 ohms; epsilon sub r equals 1.0.

The screen on the bottom left shows two graphs. One graph plots real part of Z of d, consisting of continuous half-sinusoidal waves with a sharp peak marked at 213.277 ohms. The other graph plots imaginary part of Z of d, consisting of wave-patterns moving between negative 100.778 and 100.778. The curve moves in a downward slope from the x-axis to a negative peak then rises in a vertical line to a positive peak, then slides down in a downward slope to a negative peak, and so on.

The output parameters are displayed at the bottom right part of the screen as follows:

Cursor:

d equals 0.618 lambda equals 185.343 millimeters

Impedance:

Z of d equals 11.85 minus j 5.089 equals 12.897, angle negative 0.4056 rad

Admittance (S):

Y of d equals 0.071 plus j 0.031 equals 0.078, angle 0.4056 rad

Reflection Coefficient:

Gamma sub d equals negative 0.605 minus j 0.132 equals 0.62, angle negative 2.927 rad equals 0.62, angle negative 167.698 degrees

Voltage standing wave ratio:

SWR equals 4.266

Location of first voltage maximum and minimum:

d max equals 0.385 lambda equals 115.469 millimeters

d min equals 0.135 lambda equals 40.469 millimeters

Wavelength:

Lambda equals 300 millimeters