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STUDY OF SOME OPTOELECTRONICS CHARACTERISTICS OF InGaAs/InP PHOTODETECTORS

机译:InGaAs / InP光电探测器的某些光电特性的研究

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Spectral responsivity and reflectance of two types of InGaAs/InP photodiodes have been measured. The internal quantum efficiency calculated from them has shown that it is possible to obtain an absolute radiometer within 1100 nm and 1500 nm. Models to interpolate reflectance and internal quantum efficiency are presented in this work.rnResponsivity is the radiometric characteristic of main interest in the fields where these devices are to be used for optical radiation measurements. As it is well known, the responsivity of a photodiode can be calculated if the spectral reflectance and internal quantum efficiency are known [1]. The measurement and interpolation of spectral reflectance and internal quantum efficiency based on a model of layered structure in the diode are presented in this paper. This allows to use this type of photodiode to measure optical power at any wavelength within their spectral sensitivity range without having to calibrate them at every specific wavelength, what is important because of the wide use of this photodiodes to realize spectroradiometric scales in the near IR range.
机译:已经测量了两种类型的InGaAs / InP光电二极管的光谱响应度和反射率。由它们计算出的内部量子效率表明,有可能获得1100 nm和1500 nm之间的绝对辐射计。这项工作提出了用于内插反射率和内部量子效率的模型。响应度是这些设备用于光辐射测量领域主要关注的辐射特征。众所周知,如果光谱反射率和内部量子效率已知,则可以计算光电二极管的响应度[1]。本文提出了一种基于二极管分层结构模型的光谱反​​射率和内部量子效率的测量和插值方法。这允许使用这种类型的光电二极管在其光谱灵敏度范围内的任何波长下测量光功率,而不必在每个特定波长下对其进行校准,这很重要,因为该光电二极管被广泛使用以实现近红外范围内的光谱辐射标度。

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