Frequency compensation technique for low power water quality monitoring device using ISFET sensor
Abstract
A new configuration for realising a water quality monitoring device using ISFET is presented, which includes a low power CMOS Integrated "Ion Sensitive Field Effect transistor (ISFET)—Operational Amplifier. The primary emphasis of the research is on the modelling of power and performance analysis of an ISFET device utilised for water quality monitoring. This method can enhance device calibration across a wide range without the need of a high-speed digital processor. The usual device has a slow slew rate, however this unique design has a faster slew rate. A novel slew rate enhancement (SRE) built into an ISFET that has no effect on the tiny signal frequency response.
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