颜色系统开发中多个埋结检测器的建模与设计

A. Alexandre, G. Sou, Mohamed Ben Chouikha, M. Sedjil, G. Lu, G. Alquié
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引用次数: 6

摘要

本实验室研制了两种新型集成光学探测器:BDJ探测器和BTJ探测器。这两种探测器有不同的应用:在CMOS工艺中阐述的BDJ探测器可用于波长或光通量检测,而基于双极结构的BTJ探测器可用于光的三色成分。为了开发微系统,我们需要SPICE模型等仿真工具。为此,我们阐述了一种物理模型,提出了一种参数提取方法,研究了不同参数对BDJ探测器的影响。模拟和测量验证了这些模型。此外,我们还设计了一种用于开发新型彩色成像系统的BTJ探测器。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modeling and design of multiple buried junctions detectors for color systems development
Two novel integrated optical detectors called BDJ detector and BTJ detector have been developed in our laboratory. These two detectors have different applications: the BDJ detector elaborated in CMOS process can be used for wavelength or light flux detection while the BTJ detector based on a bipolar structure gives the trichromatics components of a light. To develop microsystems, we need simulation tools as SPICE model. So, we have elaborated a physical mode, proposed a parameters extraction method and study influence of different parameters for BDJ detectors. Simulations and measurements have validated these models. More, we prose a design of BTJ detectors for developing new color imaging systems.
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