This spectrometer is being used in laser-induced breakdown spectroscopy (LIBS) system application lied of robot-guided laser ablation of biological tissues. The developed application provides an interactive graphical interface with a user-friendly dashboard to control and monitor the required parameters. This paper aims to develop an application for visualizing the Echellogram using MATLAB App Designer followed by simulation of the optical aberrations by Zemax OpticStudio to optimize the spectrometer parameters. The basic spectrograph design that we are going to consider can be seen below: The following components are used in this design: A 135mm f/2.8 telephoto lens (as the collimator) A 50mm SLR camera lens, f/2 or faster (as the focusing lens) A reflection grating, 30mm square, 600lpm (e.g. Therefore, the simulation of the Echellogram is required before building the spectrometer. However, they require a complicated optical set-up as compared to conventional one-dimensional-dispersion/diffraction spectrometers, e.g., Czerny-Turner. This paper aims to develop an application for visualizing the Echellogram using MATLAB App Designer followed by simulation of the optical aberrations by Zemax OpticStudio to optimize the spectrometer parameters. half a micron or wider), simultaneously, without having a mechanical moving part. Therefore, the simulation of the Echellogram is required before building the spectrometer. one Angstrom or higher) and wide range (ca. Machine Science, volume 93) AbstractĮchelle spectrometers offer high-resolution (ca. Products made with Zemax define our world.
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