Calculation of the length of a short circuited piece of transmission line to provide a required capacitive or inductive reactance.īefore plotting on a Smith Chart we need to study a few terms such as transmission line, characteristic impedance, standing wave, etc.
Impedance calculations on any transmission line, on any load.Admittance calculations on any transmission line, on any load.The important applications of a Smith Chart are as follows: The complete circle of the Smith Chart represents a half wavelength along the straight line. The horizontal axis represents the normalized resistance and the normalized line reactance is shown on the outer edge of the circles. The figure to the right shows the Smith Chart. One is the set of complete circles whose centers lie on the straight line and the other one is the set of two arc circles which lie on the either sides of the straight line. It consists of two sets of circles for plotting various parameters of mismatched transmission lines. The Smith Chart is the most used tool for microwave engineers to visualize complex-valued quantities and calculate the mapping between them.
It is the circular plot of the characteristics of microwave components. The Smith Chart is the graphical representation of a complex mathematical equation.
