For the configuration shown in Fig 8 32 (P8 9), use transmission line equations (or the Smith chart) to calculate the input impedance at z d for 61541 r1 1, 61541 r2 9, 61541 r3 4, d 1 2 m, and f 50 MHz Also determine the fraction of the incident average power density reflected by the structure Ass...

Hence In medium 2 Zind 12 At z d B 20 E12 r 2 radm Bd 12m rad At z d the input impedance of a tr ...

For the configuration shown in Fig. 8-32 (P8.9), use transmission line equations (or the Smith chart) to

Question:

For the configuration shown in Fig. 8-32 (P8.9), use transmission line equations (or the Smith chart) to calculate the input impedance at z = - d for r1 = 1, r2 = 9, r3 = 4, d = 1:2 m, and f = 50 MHz. Also determine the fraction of the incident average power density reflected by the structure. Assume all media are lossless and nonmagnetic.