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Design study of integrated optical transducer for bioparticles detection

机译:用于生物颗粒检测的集成光学传感器的设计研究

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摘要

This paper reports the design study of optical transducer for bioparticles detector integrated in Lab-on-Chip (LoC) system. Optical detector has been identified as potential device for real time detection of bioparticles because of its simple and compact structure, high sensitivity and easy of integration with microfluidic system. In this study, the absorbance detection using optical transducer is selected due to its label free nature and relatively simple implementation. The analysis work is focused on the characteristics of PIN photodetector simulated using Atlas and Athena software. It is observed that the lateral SOI based PIN photodiode exhibits the behavior of silicon PIN photodiode characteristics. The result also shows that Peak intensity at wavelength of 400nm was achieved and therefore, it is suitable to be used as bioparticles detector in UV/Vis spectrum.
机译:本文报告了芯片实验室(LoC)系统中集成的用于生物颗粒检测器的光传感器的设计研究。光学检测器由于其结构简单紧凑,灵敏度高且易于与微流体系统集成,已被认为是用于实时检测生物颗粒的潜在设备。在这项研究中,选择使用光学传感器的吸光度检测是由于其无标签性质和相对简单的实现方式。分析工作集中在使用Atlas和Athena软件模拟的PIN光电探测器的特性上。观察到,基于横向SOI的PIN光电二极管表现出硅PIN光电二极管特性的行为。结果还表明,在400nm波长处达到了峰值强度,因此,它适合用作UV / Vis光谱中的生物颗粒检测器。

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