This article presents a novel architecture of an ISFET sensor interface circuit, monolithically
integrated on a 3D MCM, part of a biomedical microsystem. It is a differential configuration …

The fabrication of microsystems in which chemical measurements play a role make the on-
chip combination of chemical sensors and signal processing circuitry highly desirable …

A new ISFET-based biosensors fabrication method, based on an Si–SiO2–Si structure is
presented. The method was demonstrated by constructing glucose sensor and its …

Silicon technology is one of the most promising for sensor development. Moreover,
electronic simulation tools, originally introduced to design electronic circuits, can be adapted …

The packaging of chemically-sensitive electronic devices (CSED) has been considered from
the standpoint of a possible industrial technology. The efficiency of the electrical isolation …

A method for the fabrication of a completely integrated solid-state electrochemical sensor
which combines a minature liquid junction reference electrode with a CMOS ISFET is …

An approach to enhance accuracy of the output signal obtained from ISFET interface
electronics due to the body effect is proposed. Based on an MOS drawing the same drain …

A multi-sensor silicon needle including two ion-sensitive field effect transistor (ISFET)
sensors, a platinum pseudo-reference electrode (Pt) and a temperature sensor has been …

The paper presents design and performance of miniaturized chemical sensors based on
silicon transducers: ion-sensitive field effect transistor (ISFET) and solid-state electrode …

A fully integrated multiparameter microsensor chip is presented for continuous monitoring of
concentrations of different blood gases (eg, pH, PO/sub 2/, pCO/sub 2/), ions, and …