000			06068nam a22001937a 4500
003			ZET-ke
005			20250423165352.0
008			250423b |||||||| |||| 00| 0 eng d
020			_a9780367566685
040			_aDLC _beng _cDLC _dZET-ke
050			_aTP480 _b.S24 2021
100			_aSahin, Mesut _928269
245			_aInstrumentation handbook for biomedical engineers _cMesut Sahin, Howard Fidel, Raquel Perez-Castillejos
260			_aLondon: _bCRC Press, _c2021.
300			_axxxii, 184p.: _bill. (some col.) ; _c24 cm.
504			_aIncludes bibliographical references and indexes
505			_abody thermometer using a wheatstone bridge and the projection method 1s1.1 learning objectives 1s1.2 background 1s1.3 overview of the experiment 3s1.4 safety notes 3s1.5 equipment, tools, electroniccomponents and software 3s1.6 pre-lab questions 4s1.7 detailed experimental procedure 5s1.7.1 circuit testing and troubleshooting 6s1.8 data analysis and reporting 9s1.9 post-lab questions 9references and material for further reading 9studio 2 ◾ electrophysiological amplifier: recording electrocardiograms through a breadboard 11s2.1 learning objectives 11s2.2 background 12s2.3 overview of the experiment 23s2.4 safety notes 24s2.5 equipment, tools, electroniccomponents and software 24s2.6 pre-lab questions 25s2.7 detailed experimental procedure 26s2.8 data analysis and reporting 34s2.9 post-lab questions 35s2.10 additional experimental activities 36references and materials for further reading 37studio 3 ◾ small signal rectifier-average for emg signals 39s3.1 background 39s3.2 overview of the experiment 40s3.3 learning objectives 40s3.4 safety notes 40s3.5 equipment, tools, electroniccomponents and software 40s3.6 circuit operation 41s3.7 detailed experimental procedure 43s3.8 circuit testing and troubleshooting 47s3.9 questions for brainstorming 47s3.10 important topics to include in the labreport 48references and materials for further reading 48studio 4 ◾ digital voltmeter: usage of analog-to-digital converters 49s4.1 background 49s4.2 overview of the experiment 50s4.3 learning objectives 50s4.4 notes on safety 51s4.5 list of materials 51s4.6 circuit operation 52s4.7 detailed experimental procedure 55s4.8 circuit testing and troubleshooting 58s4.9 questions for brainstorming 60s4.10 important topics to include in thelab report 61references and material for further reading 61studio 5 ◾ force measurements with pzt transducers 63s5.1 background 63s5.2 overview of the experiment 63s5.3 learning objectives 63s5.4 equipment, tools, electroniccomponents and software 64s5.5 detailed experimental procedure 65s5.6 circuit testing and troubleshooting 71s5.7 data analysis and reporting 71references and materials for further reading 72studio 6 ◾ oscillometer method for measurement of blood pressure 73s6.1 background 73s6.2 overview of the experiment 74s6.3 learning objectives 74s6.4 notes on safety 74s6.5 equipment, tools, electroniccomponents and software 74s6.6 circuit operation 76s6.7 detailed experimental procedure 76s6.8 circuit testing and troubleshooting 84s6.9 important topics to include in the labreport 85references and material for further reading 85studio 7 ◾ electronic stethoscope: heart sounds 87s7.1 background 87s7.2 overview of the experiment 88s7.3 learning objectives 88s7.4 safety notes 88s7.5 equipment, tools, electroniccomponents, and software 88s7.6 detailed experimental procedure 89s7.7 circuit testing and troubleshooting 92s7.8 data analysis and reporting 93references and materials for further reading 93studio 8 ◾ transmission photoplethysmography: fingertip optical heart rate monitor 95s8.1 background 95s8.2 overview of the experiment 100s8.3 learning objectives 101s8.4 safety notes 101s8.5 equipment, tools, electroniccomponents and software 101s8.6 detailed experimental procedure 102s8.7 data analysis and reporting 106s8.8 pre-lab questions 107s8.9 post-lab questions 108references and materials for further reading 108studio 9 ◾ measurement of hand tremor forces with strain-gauge force transducer 111s9.1 background 111s9.2 overview of the experiment 112s9.3 learning objectives 112s9.4 safety notes 112s9.5 equipment, tools, electroniccomponents and software 112s9.6 detailed experimental procedure 114s9.7 circuit testing and troubleshooting 120s9.8 data analysis and reporting 121references and materials for further reading 122studio 10 ◾ optical isolation of physiological amplifiers 123s10.1 background 123s10.2 overview of the experiment 123s10.3 learning objectives 124s10.4 safety notes 124s10.5 equipment, tools, electroniccomponents and software 124s10.6 circuit operation 125s10.7 detailed experimental procedure 127s10.8 circuit testing and troubleshooting 130s10.9 questions for brainstorming 132s10.10 important topics to include in lab report 132references and materials for further reading 132studio 11 ◾ extraction of respiratory rate from ecg(ecg-derived respiration-edr) 133s11.1 background 133s11.2 overview of the experiment 133s11.3 learning objectives 134s11.4 safety notes 134s11.5 equipment, tools, electroniccomponents and software 134s11.6 detailed experimental procedure 134s11.7 data analysis and reporting 135references and materials for further reading 139studio 12 ◾ heart rate variability analysis in frequency domain 141s12.1 background 141s12.2 overview of the experiment 143s12.3 learning objective 143s12.4 safety notes 143s12.5 equipment and software 144s12.6 detailed experimental procedure 144s12.7 data analysis 145references and materials for further reading 152studio 13 ◾ ac impedance of electrode-body interface 153s13.1 background 153s13.2 overview of the experiment 154s13.3 learning objectives 154s13.4 safety notes 154s13.5 equipment, tools, electroniccomponents and software 155s13.6 circuit operation 156s13.7 detailed experimental procedure 156s13.8 circuit testing and troubleshooting 159s13.9 questions for brainstorming 159s13.10 important topics to include in lab report
942			_2lcc _cBK _hTP480 _kTP480 _m.S24
999			_c9632 _d9632