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Derive the scattering parameters for each of the following networks by using the parameter def- initions. Network 1 is a length l of a lossless transmission line of impedance 2Zo. Use B as the propagating constant on the line section. Assume external connections of characteristic impedance Zo for both networks. Verify the networks are reciprocal.

Derive the scattering parameters for each of the following networks by using the parameter def- initions. Network 1 is a length l of a lossless transmission line of impedance 2Zo. Use B as the propagating constant on the line section. Assume external connections of characteristic impedance Zo for both networks. Verify the networks are reciprocal.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Derive the scattering parameters for each of the following networks by using the parameter def- initions. Network 1 is a length l of a lossless transmission line of impedance 2Z0. Use B as the propagating constant on the line section. Assume external connections of characteristic impedance Zo for both networks. Verify the networks are reciprocal. Port Port Port Port 1 2 Zo Y 2 1
Transcribed Image Text:Derive the scattering parameters for each of the following networks by using the parameter def- initions. Network 1 is a length l of a lossless transmission line of impedance 2Z0. Use B as the propagating constant on the line section. Assume external connections of characteristic impedance Zo for both networks. Verify the networks are reciprocal. Port Port Port Port 1 2 Zo Y 2 1
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