A certain lossless transmission line is terminated in a normalized load impedance of ZL,n = 0.5 j2 ohms. Use a Smith Chart to determine the answers to the following questions. Mark the position of the load impedance on the chart and label it ZL.
What is the distance in wavelengths from the load to the first minimum in the standing wave pattern for this load? (Mark the position of the minimum on the chart and label it with the letter )
If the line has a characteristic impedance of 50 ohms, what is the impedance of the line at the each maximum of the standing wave pattern? (Mark the position corresponding to a minimum with the letter )
What is the value of the voltage reflection coefficient at a distance of .2 from the load? (Mark this position on the chart and label it with the letter )
What is the standing wave ratio found on the line? (Label the measurement point)
What is the value of the normalized susceptance that must be added in parallel to the line at a point as close as possible to the load to match the load to the characteristic impedance of the line?