6 Pre-Lab - 1 Figure 5 represents a Transmission line. In practice a number of such similar sections are cascaded together to analyze a transmission line and the component values for each section are very small. For simplicity consider the section shown here to completely represent a transmission line Transmission Line L1 10mH Load R1 47ohms L2 V1 C1 2.2nF R2 C2 220nF 1mH 330ohm R3 330ohms Fiqure 5. Transmission line circuit for simulation As is clear form the figure 5, in addition to resistive components, a transmission line has reactive components associated with it. These reactive components (Inductances and capacitances) exhibit different behavior at different operating frequencies and this affects the power delivered to the oa Recollect the Maximum power transfer theorem, that states maximum power 6 Pre-Lab - 1 Figure 5 represents a Transmission line. In practice a number of such similar sections are cascaded together to analyze a transmission line and the component values for each section are very small. For simplicity consider the section shown here to completely represent a transmission line Transmission Line L1 10mH Load R1 47ohms L2 V1 C1 2.2nF R2 C2 220nF 1mH 330ohm R3 330ohms Fiqure 5. Transmission line circuit for simulation As is clear form the figure 5, in addition to resistive components, a transmission line has reactive components associated with it. These reactive components (Inductances and capacitances) exhibit different behavior at different operating frequencies and this affects the power delivered to the oa Recollect the Maximum power transfer theorem, that states maximum power