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This paper presents an electrical field sensor, which can be used in both biomedical applications and cell characterization. The lab-on-chip contains two main parts: (1) A CMOS lab-on-chip integrated circuit (IC) which is based on 0.18 ??m technology and includes the sensing and actuation parts, (2) a printed circuit board which contains the amplifications and conditioning parts. Experimental result...
This paper presents a new electric field array microsystem. The microsystem is fully automated, and it can be used in biomedical applications. The microsystem contains two main parts which are: 1) A CMOS integrated circuit (IC) which is based on 0.18 ??m technology and includes the sensing and actuation parts, 2) a control circuit board which contains the amplification and conditioning parts. The...
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