= 6. A transmission line with Zo = 50 [2] is terminated with a load 2 = 25 – 335 (2]. Use an open-circuit stub (also wit
Posted: Sun May 15, 2022 7:25 pm
Please use a Smith Chart for part a!
= 6. A transmission line with Zo = 50 [2] is terminated with a load 2 = 25 – 335 (2]. Use an open-circuit stub (also with 20 = 50 [2]) to build a matched network. (a) (2 points) On the front side of the Smith Chart on the next page, draw the circle of constant |T| for this load. Put the label A to indicate the normalized load impedance z and the label B to indicate the normalized load admittance yl.
(b) (2 points) What is the normalized load admittance yl? (c) (2 points) What is the magnitude of the reflection coefficient at the load |C_|? (d) (3 points) What is the shortest distance, dstub, in terms of , that the stub can be placed from the load? (e) (2 points) What is the shortest length, 15, in terms of X, that the stub can be for an impedance match?
= 6. A transmission line with Zo = 50 [2] is terminated with a load 2 = 25 – 335 (2]. Use an open-circuit stub (also with 20 = 50 [2]) to build a matched network. (a) (2 points) On the front side of the Smith Chart on the next page, draw the circle of constant |T| for this load. Put the label A to indicate the normalized load impedance z and the label B to indicate the normalized load admittance yl.
(b) (2 points) What is the normalized load admittance yl? (c) (2 points) What is the magnitude of the reflection coefficient at the load |C_|? (d) (3 points) What is the shortest distance, dstub, in terms of , that the stub can be placed from the load? (e) (2 points) What is the shortest length, 15, in terms of X, that the stub can be for an impedance match?