Q4) A transmission line is 2 m long and operates at w = 106 rad/s and has = 1 rad/m, a = 4 dB/m, & Z, = 60 + j40 N. The line is connected to %3D 1520°V, Z, = 40 N and connected to a load of 20 + j30 N, calculate 4.1The input impedance. 4.2The sending end current. 4.3 The current at the middle of the line
Q4) A transmission line is 2 m long and operates at w = 106 rad/s and has = 1 rad/m, a = 4 dB/m, & Z, = 60 + j40 N. The line is connected to %3D 1520°V, Z, = 40 N and connected to a load of 20 + j30 N, calculate 4.1The input impedance. 4.2The sending end current. 4.3 The current at the middle of the line
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![Q4) A transmission line is 2 m long and operates at w = 106 rad/s and has
B = 1 rad/m, a = 4 dB/m, & Z.
= 60 + j40 N. The line is connected to
1520°V, Zg
= 40 N and connected to a load of 20 + j30 N, calculate
4.1The input impedance.
4.2The sending end current.
4.3 The current at the middle of the line](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb5a35964-3fdc-4f92-93c2-fc186955d3b7%2F5ef259f4-395d-4eff-a4e5-d610b23be244%2Fuvj2vvs_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q4) A transmission line is 2 m long and operates at w = 106 rad/s and has
B = 1 rad/m, a = 4 dB/m, & Z.
= 60 + j40 N. The line is connected to
1520°V, Zg
= 40 N and connected to a load of 20 + j30 N, calculate
4.1The input impedance.
4.2The sending end current.
4.3 The current at the middle of the line
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