In this paper, we present a fully integrated biosensor 10× 10 array in a standard
complementary metal-oxide semiconducor process, which takes advantage of …

The economic and social demand for ubiquitous and multifaceted electronic systems-in
combination with the unprecedented opportunities provided by the integration of various …

A fully integrated 10× 10 electrochemical impedance spectroscopy array is designed for
label-free biomolecular detection applications. Each biosensor pixel includes an on-chip bio …

We report on a CMOS-based microsensor array, featuring 576 electrodes and 24 channels,
for label-free electrochemical detection of DNA hybridization. Each channel comprises a …

Silicon devices based on impedance measurements offer label-free and direct electrical
detection when used to quantify the hybridization of DNA molecules. They show rapid …

An analyte in a liquid sample is detected using a capacitive sensor having electrodes and a
sensor surface, and a signal processor. The sample is dried to reduce its liquid content, and …

This paper presents label-free DNA detection using a charge sensitive microarray sensor.
The microarray sensor, fabricated with a standard CMOS process, contains 1024 detector …

Low-cost mass fabrication methods and label-free capacitive biosensors are needed for
many applications. This article presents a electronic microarrays, with single-chip …

This book addresses the impact of nanotechnologies on the design of electronic systems.
We use the term “system” in the broad sense, and thus we consider technologies that range …

In this review, the concept, design, performance, and a functional demonstration of
multifunctional complementary metal-oxide-semiconductor (CMOS) image sensors …