3.8 Proceedings Paper

Review and Analysis of CMOS Current Readout Circuits for Biosensing Applications

Publisher

IEEE
DOI: 10.1109/ISCAS51556.2021.9401662

Keywords

Current sensing; sensor readout interface; noise; biosensors; biomedical applications

Funding

  1. Qatar National Research Fund [NPRP10-0201-170315]

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This paper provides an overview of CMOS current readout techniques, analyzing their merits and demerits, discussing their practical applicability for integrated low-noise bio-sensing applications, and summarizing the most recent relevant articles in the literature, which identify primary DC current rejection schemes.
CMOS current readout is a critical circuit block for various applications like bio-sensing. This paper presents an overview of CMOS current readout techniques and analyze their merits and demerits, including noise floor, sensitivity, and achievable system bandwidth. Mainly, the practical applicability of individual technique/design for integrated low-noise bio-sensing applications is discussed. To present a thorough insight of the state-of-the-art, most recent and relevant articles published in the literature related to the current sensing interface are summarized and compared. The paper identified the primary DC current rejection schemes, where each approach and its limitations are discussed and shown that each system comes with its limits.

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