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A Low Noise CMOS Image Sensor with an Emission Filter for Fluorescence Applications

机译:具有用于荧光应用的发射过滤器的低噪声CMOS图像传感器

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This paper presents a 128X128 low noise CMOS image sensor with emission filter for fluorescence detection. The imager, fabricated in 0.18(mu)m CMOS technology, provides low-noise operation by employing both the active reset (AR) technique and the active column sensor (ACS) readout method. The emission filter was fabricated using PDMS and Sudan II Blue dye mixed, spin-coated and deposited in the class 1000 clean room. The designed filter is suitable for excitation at wavelengths below 340 nm and emission at 450nm and above. Filter properties, such as thickness, transmission and efficiency of utilization with the fabricated imager are discussed. Preliminary measurements of the system using microbeads are also presented.
机译:本文介绍了128x128低噪声CMOS图像传感器,具有发射滤波器,用于荧光检测。在0.18(mu)M CMOS技术中制造的成像器通过采用主动复位(AR)技术和有源柱传感器(ACS)读出方法提供低噪声操作。使用PDMS和苏丹II蓝色染料混合,旋涂并沉积在1000级洁净室中,制造发射过滤器。设计的过滤器适用于低于340nm的波长和450nm及更高的波长的激发。讨论了滤波器性质,例如使用制造的成像器的厚度,传输和利用效率。还提出了使用微珠的系统的初步测量。

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