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The magnitude and phase of these waves can be expressed as S-parameters (scattering parameters), Z-parameters (impedance parameters), Y-parameters (admittance parameters), or reflection coefficient. In addition to measuring the magnitude of the incident and reflected wave, the phase difference between the two waves can also be measured. Unlike a DC measurement where only one voltage can be extracted from a given point on a line, microwave measurements can isolate a forward-moving voltage wave from a backward-moving wave using directional couplers. Reflection coefficient is the ratio of a reflected voltage wave divided by an incident wave. This chart is fundamentally admittance and/or impedance scales overlaid on a polar plot of voltage reflection coefficient Γ versus frequency. Smith developed a chart that is still a key tool in microwave work and is heavily used in this book.
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