Time-Resolved Charge Transport Sensing by Chemoreceptive Neuron MOS Transistors $({\rm C}\nu{\rm MOS})$ With Microfluidic Channels

Charge-based sensing in chemoreceptive neuron MOS (C
v
MOS)transistors with extended floating-gate structures has brought forth features that are beneficial to the system integration of chemical sensing. This paper presents the results of integrating C
v
MOS with wafer-bonding microfluidic channels for reliable time-resolved ion and molecular transport sensing, which can find potential applications in a microanalysis system.