In this work, a remote control system for real-time monitoring of a potentiostat was designed
and implemented by combining an embedded system and a web service, called PAWL. This …

A new embedded telemetry system for amperometric biosensor application is presented.
The device consists of a single-supply miniature potentiostat-I/V converter, a microcontroller …

Electrochemical techniques require precise control of the potential applied to an
electrochemical cell using a potentiostat. Commercial equipment, in addition to being highly …

A complete potentiometric alternating biosensor system (PAB) is described which utilizes a
newly developed transducer based on the light addressable chemical sensor (LAPS) …

This paper presents the design of a wireless portable and multichannel potentiostat for
remote monitoring in enclosed environments for longtime applications. In this paper, the …

This work shows the design of a low-cost, portable instrument for amperometric biosensors,
which measures the faradaic currents originated by the electronic interchanges between a …

Under the main features required on portable devices in electrochemical instrumentation is
to have a small size, low power consumption, economically affordable and precision in the …

Escherichia coli are an indicator organism for fecal contamination and can represent a
serious health hazard for humans. Common water quality tests are time consuming routine …

Potentiostats have been an integral part of all electrochemistry laboratories since the early
1940s but due to their cost, bulky nature and the need for a companion computer they have …

A rail-to-rail potentiostat circuit suitable for CMOS based electronic bio sensors is presented.
The design approach enables robust operation far a large range of electrochemical …