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• W2546668052 endingPage "01AH01" @default.
• W2546668052 startingPage "01AH01" @default.
• W2546668052 abstract "Abstract In this paper, we present the design and experimental verification of an amperometric CMOS-based sensor with a current integrator and a 1.2 × 2.05 µm 2 bacterial-sized microelectrode array for high-sensitivity bacterial counting. For high-sensitivity bacterial counting with a sufficient signal-to-noise ratio (SNR), noise must be reduced because bacterial-sized microelectrodes can handle only a low current of the order of 100 pA. Thus, we implement a current integrator that is highly effective for noise reduction. Furthermore, for the first time, we use the current integrator in conjunction with the bacterial-sized microelectrode array. On the basis of the results of the proposed current integration, we successfully reduce noise and achieve a high SNR of 30.4 dB. To verify the effectiveness of the proposed CMOS-based sensor, we perform two-dimensional counting of microbeads, which are almost of the same size as bacteria. The measurement results demonstrate successful high-sensitivity two-dimensional (2D) counting of microbeads with a high SNR of 27 dB." @default.
• W2546668052 created "2016-11-11" @default.
• W2546668052 creator A5056677721 @default.
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• W2546668052 date "2016-11-02" @default.
• W2546668052 modified "2023-09-26" @default.
• W2546668052 title "Design, theoretical analysis, and experimental verification of a CMOS current integrator with 1.2 × 2.05 µm² microelectrode array for high-sensitivity bacterial counting" @default.
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• W2546668052 doi "https://doi.org/10.7567/jjap.56.01ah01" @default.
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