Resonant cavity-enhanced detectors embedded in photonic crystals
Date
1996
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Abstract
Summary form only given. We demonstrate the resonant-cavity-enhanced effect by placing microwave detectors in a layer-by-layer photonic crystal. We used the output of a network analyzer as the microwave source, and fed the output to a horn antenna to obtain EM waves. The crystal was then replaced in the beam-path of the EM wave, and the electric field inside the cavity was measured by a probe that consisted of a monopole antenna. The output of the antenna was measured by use of two different techniques: network analyzer and microwave detector within the cavity. The first cavity structure was similar to a one-dimensional Fabry-Perot resonator made of two mirrors separated by a distance.
Source Title
Proceedings of the Quantum Electronics and Laser Science Conference, QELS 1996
Publisher
IEEE
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Keywords
Antennas, Cavity resonators, Crystal structure, Crystals, Electric field measurement, Electric network analyzers, Electromagnetic waves, Microwave devices, Mirrors, Horn antenna, Microwave detectors, Monopole antenna, Photonic crystals, Power enhancement factor, Resonant cavity enhanced detectors, Photodetectors
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Language
English