[[abstract]]A photonic crystal based narrow-band reflection filter is presented to show the idea of wavelength selection. Such a narrowband reflection filter is formed by placing a point defect near a linear array defect. It is shown that the reflection filter can be tailored to reflect any wavelength of interest by simply modifying the diameters of the surrounding dielectric rods of the point defect. In this paper the wavelength dependence on such diameters is computed by using a fullwave algorithm. Then an optical add/drop multiplexer using such reflection filters is demonstrated, and proves to be suitable for being an optical component for dense wavelength division multiplexed system.[[fileno]]2030111010019[[department]]電機工程學
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A one-dimensional photonic crystal (1DPhC) with a defect layer is utilized as an optical filter in a...
A highly selective filter is designed, working at 1.55 µµm and having a 3-dB bandwidth narrower than...
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We present a numerical study of optical properties of an octagonal quasi-periodic lattice of dielec...
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We propose a novel silicon photonics add-drop filter exploiting Bragg gratings to implement a mirror...
A micro/nanofabrication feasible compact photonic crystal (PC) ring-resonator-based channel drop fil...
A space-variant photonic crystal filter is designed and optimized that may be placed over a detector...
We propose and experimentally demonstrate a demultiplexer with point-defect resonators and a reflect...
A highly selective filter is designed, working at 1.55 μm and having a 3-dB bandwidth narrower than ...
A space-variant photonic crystal filter is designed and optimized that may be placed over a detector...
In this paper we proposed a novel narrowband optical filter for wavelength division multiplexing app...
A precise and effective technique for the design of bandpass resonant filters realized in a one-miss...
In this work, we designed a narrow-band filter based on a one-dimensional photonic crystal heterostr...
A one-dimensional photonic crystal (1DPhC) with a defect layer is utilized as an optical filter in a...
A highly selective filter is designed, working at 1.55 µµm and having a 3-dB bandwidth narrower than...
Abstract — In This paper a wavelength division demultiplexer has been proposed based on hexagonal la...
We present a numerical study of optical properties of an octagonal quasi-periodic lattice of dielec...
International audienceWe propose an add-drop filter consisting of two adjacent waveguides carved int...
We propose a novel silicon photonics add-drop filter exploiting Bragg gratings to implement a mirror...
A micro/nanofabrication feasible compact photonic crystal (PC) ring-resonator-based channel drop fil...
A space-variant photonic crystal filter is designed and optimized that may be placed over a detector...
We propose and experimentally demonstrate a demultiplexer with point-defect resonators and a reflect...
A highly selective filter is designed, working at 1.55 μm and having a 3-dB bandwidth narrower than ...
A space-variant photonic crystal filter is designed and optimized that may be placed over a detector...
In this paper we proposed a novel narrowband optical filter for wavelength division multiplexing app...
A precise and effective technique for the design of bandpass resonant filters realized in a one-miss...
In this work, we designed a narrow-band filter based on a one-dimensional photonic crystal heterostr...
A one-dimensional photonic crystal (1DPhC) with a defect layer is utilized as an optical filter in a...