An iterative formula for the reflection coefficient of multi-layer thin film and its application in the design of optical all pass filter

An iterative formula for the reflection coefficient of multi-layer thin film and its application in the design of optical all pass filter

In this paper, an iterative formula for the reflection coefficient of the multi-layer thin film is deduced and the design of multi-layer thin film gires-tournois interferometer optical all pass filter (GTI-OAPF) is discussed. The group delay *tm ranges from 0.06 to 460 ps and the bandwidth *D*w rang...

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Veröffentlicht in:Chinese Journal of Lasers 2002-04, Vol.B11 (2), p.144-148
Hauptverfasser: Meng, Y, Tan, W, Huang, Zh
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description In this paper, an iterative formula for the reflection coefficient of the multi-layer thin film is deduced and the design of multi-layer thin film gires-tournois interferometer optical all pass filter (GTI-OAPF) is discussed. The group delay *tm ranges from 0.06 to 460 ps and the bandwidth *D*w ranges from 0.068 to 0.0000079 (1015 rad/s). By changing the incident angle *c0, the multi-channel dispersion compensation may be achieved.
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title An iterative formula for the reflection coefficient of multi-layer thin film and its application in the design of optical all pass filter
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