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- 01GPXM5Q6B4H44REQYMC8X9HEM classification A1.
- 01GPXM5Q6B4H44REQYMC8X9HEM date "2023".
- 01GPXM5Q6B4H44REQYMC8X9HEM language "eng".
- 01GPXM5Q6B4H44REQYMC8X9HEM type journalArticle.
- 01GPXM5Q6B4H44REQYMC8X9HEM hasPart 01HJ8SZZNV1TVHSVNR3WRJXM7X.pdf.
- 01GPXM5Q6B4H44REQYMC8X9HEM hasPart urn:uuid:d91f85ec-4150-4118-aba6-10f1d391ed92.
- 01GPXM5Q6B4H44REQYMC8X9HEM subject "Technology and Engineering".
- 01GPXM5Q6B4H44REQYMC8X9HEM doi "10.1109/tcsi.2022.3214470".
- 01GPXM5Q6B4H44REQYMC8X9HEM issn "1549-8328".
- 01GPXM5Q6B4H44REQYMC8X9HEM issn "1558-0806".
- 01GPXM5Q6B4H44REQYMC8X9HEM issue "1".
- 01GPXM5Q6B4H44REQYMC8X9HEM volume "70".
- 01GPXM5Q6B4H44REQYMC8X9HEM abstract "Monitoring microbial electrochemical processes in a time-and cost-efficient manner requires multi-channel potentiostats with the capability to control each channel towards a unique targeted potential. State-of-the-art (SotA) PCB potentiostats cannot perform high-frequency analysis due to their limited bandwidth. Existing integrated CMOS potentiostats on the other hand enable higher sensing channel density with a high bandwidth, yet are still limited in the number of parallel stimulation channels. The presented 40nm CMOS potentiostat chip overcomes this bottleneck with 96 individually controllable stimulation and sensing channels with a wide 12 pA - 137 mu A current range and up to 3 MHz bandwidth. The architecture is optimized for area-efficiency and includes a digital feedback controller integrated on-chip, supporting multi-functional electrochemical analysis techniques. Fully parallel operation is demonstrated for a (bio-)electrochemical measurement.".
- 01GPXM5Q6B4H44REQYMC8X9HEM author 2a80f78e-9953-11ea-96c1-b67b6661105a.
- 01GPXM5Q6B4H44REQYMC8X9HEM author 4470E3C6-6CC3-11E2-9EA0-5E6B10BDE39D.
- 01GPXM5Q6B4H44REQYMC8X9HEM author urn:uuid:476aa7da-b8f3-4050-949c-b6431e0ab04b.
- 01GPXM5Q6B4H44REQYMC8X9HEM author urn:uuid:8f811483-2998-487e-804f-b0df9d7f9a86.
- 01GPXM5Q6B4H44REQYMC8X9HEM author urn:uuid:d06914b2-56bd-4201-957e-ef11c50c44e6.
- 01GPXM5Q6B4H44REQYMC8X9HEM dateCreated "2023-01-16T15:46:39Z".
- 01GPXM5Q6B4H44REQYMC8X9HEM dateModified "2024-12-12T20:07:06Z".
- 01GPXM5Q6B4H44REQYMC8X9HEM name "A 96-channel 40nm CMOS potentiostat for parallel experiments on microbial electrochemical systems".
- 01GPXM5Q6B4H44REQYMC8X9HEM pagination urn:uuid:d79de1bd-fa45-4d4d-802f-78a72d232d91.
- 01GPXM5Q6B4H44REQYMC8X9HEM sameAs LU-01GPXM5Q6B4H44REQYMC8X9HEM.
- 01GPXM5Q6B4H44REQYMC8X9HEM sourceOrganization urn:uuid:24526290-50e1-4e77-b889-6a4d55f2d6c8.
- 01GPXM5Q6B4H44REQYMC8X9HEM type A1.