Problem 1-- Plot the voltage and current as a function of time at the location z = 8 m, i.e. V(z = 8 m, t) and I(z = 8 m, t) instead of at the load. All parameters, namely the length of the line, the velocity of propagation, the delay time, and the characteristic impedance remain unchanged. The preliminary calculations submitted last week will be necessary for this assignment. Make sure that the steady state values for the voltage and current are indicated on each graph by dashed lines.
Problem 2-- Plot the voltage and current as a function of time at the location z = 75 cm, i.e. V(z = 75 cm, t) and I(z = 75 cm, t) instead of at the load and source ends. All parameters, namely the length of the line, the velocity of propagation, the delay time, and the characteristic impedance remain unchanged. The preliminary calculations submitted last week will be necessary for this assignment. Make sure that the steady state values for the voltage and current are indicated on each graph by dashed lines.
Problem 3-- Plot the voltage and current as a function of time at the location z = 7.5 m, i.e. V(z = 7.5 m, t) and I(z = 7.5 m, t). All parameters, namely the length of the line, the velocity of propagation, the delay time, and the characteristic impedance remain unchanged. The preliminary calculations submitted last week will be necessary for this assignment. Make sure that the steady state values for the voltage and current are indicated on each graph by dashed lines.
Sample Solution