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Design And Evaluation Of A Cmos Contact-Imaging System For Microfluidics, Andres Moroni Galan Cherrez
Design And Evaluation Of A Cmos Contact-Imaging System For Microfluidics, Andres Moroni Galan Cherrez
Theses and Dissertations
A CMOS contact-imaging system for microfluidics is presented. The microsystem integrates a five-layer PDMS microfluidic network and a CMOS image sensor fabricated in a standard 0.18 ïm technology. The CMOS image sensor consists of two 10×1-pixel array, an amplifier, and a control logic. The imager is able to achieve a low dark signal of 1.67 mV/s, a maximum integration time of 514 s, and a high dynamic range of 75.2 dB at 1 s integration time. The microfluidic device integrates several actuated valve to achieve a fully automated lab-on-a-chip. This work also presents a quantitative comparison of the photomultiplier tube …
Design And Evaluation Of A Cmos Contact-Imaging System For Microfluidics, Andres Moroni Galan Cherrez
Design And Evaluation Of A Cmos Contact-Imaging System For Microfluidics, Andres Moroni Galan Cherrez
Theses and Dissertations
A CMOS contact-imaging system for microfluidics is presented. The microsystem integrates a five-layer PDMS microfluidic network and a CMOS image sensor fabricated in a standard 0.18 µm technology. The CMOS image sensor consists of two 10×1-pixel array, an amplifier, and a control logic. The imager is able to achieve a low dark signal of 1.67 mV/s, a maximum integration time of 514 s, and a high dynamic range of 75.2 dB at 1 s integration time. The microfluidic device integrates several actuated valve to achieve a fully automated lab-on-a-chip. This work also presents a quantitative comparison of the photomultiplier tube …