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German Vargas edited section_Theory_In_this_section__.tex
almost 9 years ago
Commit id: 61476ca42a65fc9055b00a953b6f6ee2eb327d45
deletions | additions
diff --git a/section_Theory_In_this_section__.tex b/section_Theory_In_this_section__.tex
index b23578b..99d835d 100644
--- a/section_Theory_In_this_section__.tex
+++ b/section_Theory_In_this_section__.tex
...
\section{Theory}
In this section a brief theoretical explanation of the operation of
a Mach-Zehnder
interferometers interferometer is given in terms of their gain spectrum response.
\subsection{Mach-Zehnder Interferometer basic operation}
...
$I_{0}=\frac{I_{i}}{4}\left|\exp\left(-j\beta_{1}L_{1}-\frac{\alpha_{1}}{2}L_{1}\right)+\exp\left(-j\beta_{2}L_{2}-\frac{\alpha_{2}}{2}L_{2}\right)\right|^{2}$
\end{center}
Assuming no
propation propagation loss along the waveguides, one can simplify the output intensity as:
\begin{center}
$I_{0}=\frac{I_{i}}{2}\left\{ 1+\cos\left(\beta_{1}L_{1}-\beta_{2}L_{2}\right)\right\} $
...