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5: Introduction to Transmission Lines

Last updated

Nov 6, 2022
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- 4.11: Yield
- 5.1: Introduction to Transmission Lines - Distributed Parameters

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5.1: Introduction to Transmission Lines - Distributed Parameters
This module examines how signals behave as they travel along transmission lines. It also introduces distributed parameters.
5.2: Telegrapher's Equations
This module introduces and derives the telegrapher's equations, which describe how electrical signals behave as they move along transmission lines.
5.3: Transmission Line Equation
This module continues the derivation of transmission line equations. It also introduces characteristic impedance.
5.4: Transmission Line Examples
This module examines a stripline, one example of a transmission line.
5.5: Exciting a Line
This module looks at what happens when we excite a transmission line. The module examines this concept in the context of a cable TV co-axial transmission line.
5.6: Terminated Lines
This module looks at terminated transmission lines.
5.7: Bounce Diagrams
Transmission line engineers came up with bounce diagrams to keep track of all the waves bouncing back and forth on the line.
5.8: Cascaded Lines
Using bounce diagrams to handle more complicated cascaded line problems.

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