For the following transmission line of length d = 3 m, with Zs = 50 N, Z, = 50 N, Z, = 7 – 18j N, and ß = 2.5 rad/m, x = -d x = 0 Zs 120 Zo, B 8) Find I(x = -d) and V(x = -d). h) Find the power...


For the following transmission line of length d = 3 m, with Zs = 50 N, Z, = 50 N,<br>Z, = 7 – 18j N, and ß = 2.5 rad/m,<br>x = -d<br>x = 0<br>Zs<br>120<br>Zo, B<br>8) Find I(x = -d) and V(x = -d).<br>h) Find the power delivered to the load.<br>i) Use V (x = -d) and the reflection coefficient to find V, at the load.<br>j) Write the expression for total voltage wave at any point on the transmission line, V (x).<br>

Extracted text: For the following transmission line of length d = 3 m, with Zs = 50 N, Z, = 50 N, Z, = 7 – 18j N, and ß = 2.5 rad/m, x = -d x = 0 Zs 120 Zo, B 8) Find I(x = -d) and V(x = -d). h) Find the power delivered to the load. i) Use V (x = -d) and the reflection coefficient to find V, at the load. j) Write the expression for total voltage wave at any point on the transmission line, V (x).

Jun 11, 2022
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