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Added bibliography and citations.

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jupfi 2024-05-14 15:37:19 +02:00
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source/tutorials/docs/TuningAndMatching.md
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@ -9,7 +9,7 @@ At high frequencies the impedance of the coil has to be matched to the character
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|Figure: Example of a parallel resonator topology. The coaxial cable and output of the spectrometer are matched to a purely resistive impedance {math}`Z_0` of {math}`50\Omega`. The Matching Network matches the impedance of the coil to {math}`50\Omega` to minimize reflections.|
The reflection coefficient {math}`\Gamma` describes what portion of the forwarded signal is reflected. It can be calculated from the impedance of the probe coil {math}`Z_{coil}` and the characteristic impedance of the cable {math}`Z_0`.
The reflection coefficient {math}`\Gamma` describes what portion of the forwarded signal is reflected. It can be calculated from the impedance of the probe coil {math}`Z_{coil}` and the characteristic impedance of the cable {math}`Z_0` {cite:p}`Jouda2020`.
```{math}
\Gamma = \frac{Z_{coil} - Z_0}{Z_{coil} + Z_0}