A CMOS micropower heart rate indicator

The aim of this work is to develop a micropower heart rate indicator integrated with CMOS technology. The implementation will use several micropower blocks, such as a continuous-time DC-compensated gain stage, an antialias filter, a switched-capacitor bandpass filter, and a QRS detector which consis...

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Published inProceedings., Second Annual IEEE ASIC Seminar and Exhibit pp. P10 - 4/1
Main Authors Ruha, A., Kostamovaara, J., Saynajakangas, S.
Format Conference Proceeding
LanguageEnglish
Published IEEE 1989
Subjects
Band pass filters
Circuit simulation
CMOS technology
Electrocardiography
Frequency
Heart rate
MOSFETs
Operational amplifiers
Preamplifiers
Voltage
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Abstract The aim of this work is to develop a micropower heart rate indicator integrated with CMOS technology. The implementation will use several micropower blocks, such as a continuous-time DC-compensated gain stage, an antialias filter, a switched-capacitor bandpass filter, and a QRS detector which consists of several nonlinear stages. So far, two types of experimental micropower amplifiers and the complete DC compensated preamplifier have been designed and tested for the heart rate indicator. In general, the test results show good agreement with the simulations. The differences between the measurement results and simulations are discussed.< >
AbstractList The aim of this work is to develop a micropower heart rate indicator integrated with CMOS technology. The implementation will use several micropower blocks, such as a continuous-time DC-compensated gain stage, an antialias filter, a switched-capacitor bandpass filter, and a QRS detector which consists of several nonlinear stages. So far, two types of experimental micropower amplifiers and the complete DC compensated preamplifier have been designed and tested for the heart rate indicator. In general, the test results show good agreement with the simulations. The differences between the measurement results and simulations are discussed.< >
Author Ruha, A.
Kostamovaara, J.
Saynajakangas, S.
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  fullname: Saynajakangas, S.
  organization: Dept. of Electr. Eng., Oulu Univ., Finland
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Snippet The aim of this work is to develop a micropower heart rate indicator integrated with CMOS technology. The implementation will use several micropower blocks,...
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SubjectTerms Band pass filters
Circuit simulation
CMOS technology
Electrocardiography
Frequency
Heart rate
MOSFETs
Operational amplifiers
Preamplifiers
Voltage
Title A CMOS micropower heart rate indicator
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