Electrode Design of Velocity Matched Photodetector With Cascaded Resonant Structure Operating At Millimeter-Wave Range

机译：级联谐振结构的速度匹配光电探测器在毫米波范围内的电极设计

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This paper presents an electrode design of a new photodetector operating at millimeter-wave ragne. By taking the advantages of narrow band operation, the proposed photodetector is designed to have cascaded resonant structure and a reflector to achieve high RF output. Resonators and reflector are realized by usign one-fourth wavelength shorted stubs and an open stubs of coplanar waveguide, respectively. Velocity matching between optical waves and detected millimeter wave signals are performed by introducing an S-shaped meandering transmission lien for the photocurrents.

机译：本文介绍了一种新型的以毫米波朗格工作的光电探测器的电极设计。通过利用窄带操作的优势，将所提出的光电检测器设计为具有级联谐振结构和反射器，以实现高RF输出。谐振器和反射器分别通过使用共面波导的四分之一波长短截线和开放截线来实现。光波与检测到的毫米波信号之间的速度匹配是通过引入S形弯曲传输线来实现的。

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来源
《Microwave and millimeter wave technology proceedings》|1998年|619-622|共4页
会议地点 Beijing(CN);Beijing(CN)
作者
Keren Li; Masayuki Izutsu;
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正文语种 eng
中图分类无线电电子学、电信技术;
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4. Electrode design of velocity matched photodetector with cascaded resonant structure operating at millimeter-wave range [C] . Keren Li, Izutsu, M. . 1998

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5. 1.55 micron wavelength indium gallium arsenide/indium aluminum arsenide/indium phosphide velocity-matched distributed photodetectors. [D] . Chau, Tai Binh. 2000

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Electrode Design of Velocity Matched Photodetector With Cascaded Resonant Structure Operating At Millimeter-Wave Range

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