Instrumentation Handbook for Biomedical Engineers.

Cover -- Half Title -- Title Page -- Copyright Page -- Table of Contents -- Foreword -- Preface -- About the Authors -- Abbreviations -- Introduction -- Studio 1 Body Thermometer Using a Wheatstone Bridge and the Projection Method -- S1.1 Learning Objectives -- S1.2 Background -- S1.3 Overview of the Experiment -- S1.4 Safety Notes -- S1.5 Equipment, Tools, Electronic Components and Software -- S1.6 Pre-Lab Questions -- S1.7 Detailed Experimental Procedure -- S1.7.1 Circuit Testing and Troubleshooting -- S1.8 Data Analysis and Reporting -- S1.9 Post-Lab Questions -- References and Material for Further Reading -- Studio 2 Electrophysiological Amplifier: Recording Electrocardiograms Through A Breadboard -- S2.1 Learning Objectives -- S2.2 Background -- S2.3 Overview of the Experiment -- S2.4 Safety Notes -- S2.5 Equipment, Tools, Electronic Components and Software -- S2.6 Pre-Lab Questions -- S2.7 Detailed Experimental Procedure -- S2.8 Data Analysis and Reporting -- S2.9 Post-Lab Questions -- S2.10 Additional Experimental Activities -- References and Materials for Further Reading -- Studio 3 Small Signal Rectifier-Averager for EMG Signals -- S3.1 Background -- S3.2 Overview of the Experiment -- S3.3 Learning Objectives -- S3.4 Safety Notes -- S3.5 Equipment, Tools, Electronic Components and Software -- S3.6 Circuit Operation -- S3.7 Detailed Experimental Procedure -- S3.8 Circuit Testing and Troubleshooting -- S3.9 Questions for Brainstorming -- S3.10 Important Topics to Include in the Lab Report -- References and Materials for Further Reading -- Studio 4 Digital Voltmeter: Usage of Analog-to-Digital -- S4.1 Background -- S4.2 Overview of the Experiment -- S4.3 Learning Objectives -- S4.4 Notes on Safety -- S4.5 List of Materials -- S4.6 Circuit Operation -- a. Analog-to-Digital Converter: -- b. Display Decoder and Display:.

c. Square Wave Oscillator: -- S4.7 Detailed Experimental Procedure -- S4.8 Circuit Testing and Troubleshooting -- S4.9 Questions For Brainstorming -- S4.10 Important Topics to Include in the Lab Report -- References and Material for Further Reading -- Studio 5 Force Measurements with PZT Transducers -- S5.1 Background -- S5.2 Overview of the Experiment -- S5.3 Learning Objectives -- S5.4 Equipment, Tools, Electronic Components and Software -- S5.5 Detailed Experimental Procedure -- Mechanical Resonance -- S5.6 Circuit Testing and Troubleshooting -- S5.7 Data Analysis and Reporting -- References and Materials for Further Reading -- Studio 6 Oscillometric Method for Measurement of Blood Pressure -- S6.1 Background -- S6.2 Overview of the Experiment -- S6.3 Learning Objectives -- S6.4 Notes on Safety -- S6.5 Equipment, Tools, Electronic Components and Software -- S6.6 Circuit Operation -- S6.7 Detailed Experimental Procedure -- S6.8 Circuit Testing and Troubleshooting -- S6.9 Important Topics to Include in the Lab Report -- References and Material for Further Reading -- Studio 7 Electronic Stethoscope: Heart Sounds -- S7.1 Background -- S7.2 Overview of the Experiment -- S7.3 Learning Objectives -- S7.4 Safety Notes -- S7.5 Equipment, Tools, Electronic Components, and Software -- S7.6 Detailed Experimental Procedure -- S7.7 Circuit Testing and Troubleshooting -- S7.8 Data Analysis and Reporting -- References and Materials for Further Reading -- Studio 8 Transmission Photoplethysmograph: Fingertip Optical Heart Rate Monitor -- S8.1 Background -- S8.2 Overview of the Experiment -- S8.3 Learning Objectives -- S8.4 Safety Notes -- S8.5 Equipment, Tools, Electronic Components and Software -- S8.6 Detailed Experimental Procedure -- S8.7 Data Analysis and Reporting -- Important Topics to Include in Lab Report -- S8.8 Pre-Lab Questions.

S8.9 Post-Lab Questions -- References and Materials for Further Reading -- Studio 9 Measurement of Hand Tremor Forces with Strain-Gauge Force Transducer -- S9.1 Background -- S9.2 Overview of the Experiment -- S9.3 Learning Objectives -- S9.4 Safety Notes -- S9.5 Equipment, Tools, Electronic Components and Software -- S9.6 Detailed Experimental Procedure -- S9.7 Circuit Testing and Troubleshooting -- S9.8 Data Analysis and Reporting -- References and Materials for Further Reading -- Studio 10 Optical Isolation of Physiological Amplifiers -- S10.1 Background -- S10.2 Overview of the Experiment -- S10.3 Learning Objectives -- S10.4 Safety Notes -- S10.5 Equipment, Tools, Electronic Components and Software -- S10.6 Circuit Operation -- S10.7 Detailed Experimental Procedure -- S10.8 Circuit Testing and Troubleshooting -- S10.9 Questions for Brainstorming -- S10.10 Important Topics to Include in Lab Report -- References and Materials for Further Reading -- Studio 11 Extraction of Respiratory Rate from ECG (ECG-Derived Respiration-EDR) -- S11.1 Background -- S11.2 Overview of the Experiment -- S11.3 Learning Objectives -- S11.4 Safety Notes -- S11.5 Equipment, Tools, Electronic Components and Software -- S11.6 Detailed Experimental Procedure -- Data Collection: -- S11.7 Data Analysis and Reporting -- References and Materials for Further Reading -- Studio 12 Heart Rate Variability Analysis in Frequency Domain -- S12.1 Background -- S12.2 Overview of the Experiment -- S12.3 Learning Objective -- S12.4 Safety Notes -- S12.5 Equipment and Software -- S12.6 Detailed Experimental Procedure -- S12.7 Data Analysis -- For your Lab Report: -- In Results: -- In Theory Section: -- In Discussion: -- References and Materials for Further Reading -- Studio 13 AC Impedance of Electrode-Body Interface -- S13.1 Background -- S13.2 Overview of the Experiment.

S13.3 Learning Objectives -- S13.4 Safety Notes -- S13.5 Equipment, Tools, Electronic Components and Software -- S13.6 Circuit Operation -- S13.7 Detailed Experimental Procedure -- S13.8 Circuit Testing and Troubleshooting -- S13.9 Questions for Brainstorming -- S13.10 Important Topics to Include in Lab Report -- References and Materials for Further Reading -- Appendix I Using Electronic Components and Circuit Design -- Appendix II Required Equipment and Materials -- Index.

The book fills a void as a textbook with hands-on laboratory exercises designed for biomedical engineering undergraduates in their senior year or the first year of graduate studies specializing in electrical aspects of bioinstrumentation.

Description based on publisher supplied metadata and other sources.

Electronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, 2024. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.