(See related pages)
- Name the different types of transmission lines and list some specific applications of each.
- Explain the circumstances under which transmission lines can be used as tuned circuits and reactive components.
- Define characteristic impedance and calculate the characteristic impedance of a transmission line by using several different methods.
- Compute the length of a transmission line in wavelengths.
- Define standing wave ratio (SWR), explain its significance for transmission line design, and calculate SWR by using impedance values or the reflection coefficient.
- State the criterion for a perfectly matched line and describe conditions that produce an improperly matched line.
- Use the Smith chart to make transmission line calculations.
- Define stripline and microstrip and state where and how they are used.
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