Designing biosignal monitoring sensors

Eric T. McAdams; James A. McLaughlin; John Mc C. Anderson

Designing biosignal monitoring sensors

Eric T. McAdams, James A. McLaughlin, John Mc C. Anderson

Research output: Contribution to specialist publication › Article

Abstract

Biopotential monitoring systems detect, record, and display biosignals generated in nerves and muscles. The biosignal monitoring electrode used in such a system is an electrochemical device that acts as a transducer between the surface of the skin and the electrical circuit of the monitoring device. Consideration of current density distribution under surface biosignal electrodes during impulse tolerance tests has led to the design of a low-cost, high-performance electrode.

Original language	English
Pages	25-27
Number of pages	3
Volume	11
No.	6
Specialist publication	Sensors (Peterborough, NH)
Publication status	Published - 1994

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title = "Designing biosignal monitoring sensors",

abstract = "Biopotential monitoring systems detect, record, and display biosignals generated in nerves and muscles. The biosignal monitoring electrode used in such a system is an electrochemical device that acts as a transducer between the surface of the skin and the electrical circuit of the monitoring device. Consideration of current density distribution under surface biosignal electrodes during impulse tolerance tests has led to the design of a low-cost, high-performance electrode.",

author = "McAdams, {Eric T.} and McLaughlin, {James A.} and Anderson, {John Mc C.}",

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AB - Biopotential monitoring systems detect, record, and display biosignals generated in nerves and muscles. The biosignal monitoring electrode used in such a system is an electrochemical device that acts as a transducer between the surface of the skin and the electrical circuit of the monitoring device. Consideration of current density distribution under surface biosignal electrodes during impulse tolerance tests has led to the design of a low-cost, high-performance electrode.

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