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The effect of structural parameters on resonance frequency and drop efficiency is investigated.
The MCDF we designed can easily separate the light with five different wavelengths simultaneously with high drop efficiency.
Hence a PC-CDF with ideal drop efficiency, large free spectral range (FSR) and acceptable quality factor will be proposed.
In our designed CDFs, close to 100% drop efficiency has been achieved at their center normalized frequencies, respectively.
We show that using a systematic design method a high drop efficiency multi-channel-drop filters (CDF) can be achieved with a distinct crosstalk.
The fabricated filters attained a drop efficiency above 95% at around a wavelength of 1.6 μm and a dropping bandwidth of 1.5 nm.
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Backward dropping efficiency of 96% and forward dropping efficiency up to 98% can be achieved in third communication window.
Quality factor (Q) and dropping efficiency of single ring are 842 and 100%, respectively.
Dropping efficiency and Q factor of single improved ring are 100% and 842, respectively.
Using 2D finite difference time domain (FDTD) method, coupling efficiency and dropping efficiency of ADF are investigated.
The simulation shows, close to, 100% dropping efficiency and suitable quality factor at 1644.7 nm wavelength achieved for this filter.
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