Zhao Guo-qian
Abstract
Applying some knowledge of signal and system to the Fabry-Perot (FP) filter analysis and design, a new method is proposed which eliminates the complex matrix calculation. Furthermore, as being associated with the whole system and characterized by a transfer function, FP cavity filter is easy to be comprehended and to be optimized.
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Applying some knowledge of signal and system to the Fabry-Perot (FP) filter analysis and design, a new method is proposed which eliminates the complex matrix calculation. Furthermore, as being associated with the whole system and characterized by a transfer function, FP cavity filter is easy to be comprehended and to be optimized.
Key concepts: Fabry–Pérot interferometer, Filter (signal processing), Transfer function, Computer science, Filter design, SIGNAL (programming language), Transfer-matrix method (optics), Matrix (chemical analysis)