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Medical Electronics Course Outline

This document outlines the course plan and schedule for the Medical Electronics subject, dividing it into 5 units that cover topics such as biomedical signal sources and transducers, biomedical recorders like ECG, EEG, and EMG, assisting and therapeutic equipment, medical imaging techniques, and patient monitoring systems. The course will cover 45 lecture hours over 15 weeks using 6 specified textbooks as references. It provides the unit name, topics to be covered, associated chapter/page numbers in textbooks, number of lecture hours, and total hours for each unit.

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sathish
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206 views2 pages

Medical Electronics Course Outline

This document outlines the course plan and schedule for the Medical Electronics subject, dividing it into 5 units that cover topics such as biomedical signal sources and transducers, biomedical recorders like ECG, EEG, and EMG, assisting and therapeutic equipment, medical imaging techniques, and patient monitoring systems. The course will cover 45 lecture hours over 15 weeks using 6 specified textbooks as references. It provides the unit name, topics to be covered, associated chapter/page numbers in textbooks, number of lecture hours, and total hours for each unit.

Uploaded by

sathish
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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DEPARTMENT OF EEE

Sub Code: 15AE66 Sub Name: Medical Electronics


Year/Semester: I ME AE/II Name of the Faculty: Sathishkumar.S

UNIT TOPIC CHAPTER/PAGE HOUR BOOK TOTAL


HOURS
Introduction to Medical 1(1) 1
Electronics
Sources Of Biomedical Signals, 2.1(1) 1
Basic Medical Instrumentation
System
I Electrodes – ECG 2.4(1) 1
Introduction (limb,floating,etc) Reference
to EMG 2.6(1) 1 10
1
Physiology - Transducers 3.1(1) 1
Electrodes Pressure transducer 3.5(1) 1
Flow transducer 3.5(1) 1
Temperature transducer 3.6(1) 1
Pulse sensor 3.9(1) 1
Respiration Sensor 3.10(1) 1
Introduction 4(1) 1
Bio medical recorders - Role 4.1(1) 1
ECG – (Block diagram, Lead 5.1(1) 2
setup, system waveforms,
applications and
characteristics)
EEG – (Block diagram, 5.5(1) 2
II
Amplifiers, Lead set up,
Bio Medical 1,2 8
System, Waveforms,
Recorders
applications and Signal
Characteristics)
EMG – (Block diagram, 5.6(1) 2
Amplifiers, Lead set up,
System, Waveforms,
applications and Signal
Characteristics)
Intorduction to Assisting and 30(1) 1
therapeutic equipments
III Pacemakers & Defibrillators 7.5,pg.195 1
Assisting Ventilators 3.3(1) 1
and Nerve and muscle simulators 10 Pg-277 1 1,2,6
Therapeutic Diathermy 27.1(1) 1 8
Equipments Heart-lung machine 8-pg213 1
Audio meters 27.5(1) 1
Dialysers & Lithotripsy 30.1(1) 1
Radio graphic and 19(1) 2
fluoroscopic techniques
Computer tomography – 22(1) 1
MRI
Ultrasonography 9,Pg.263 1
IV
Endoscopy A-I 1
MEDICAL 1,2,6 10
Thermography A-I 1
IMAGING
Biotelemetry and system – 11(1) 2
types
Patient monitoring system A-II 1
Biometric system - A-II 1
Introduction
Introduction – Heart rate 6.5(1) 1
measurement
Pulse rate measurement 6.6(1) 2
Respiration rate 6.9(1) 2
V
measurement
Patient
Blood pressure 6.10 2 1,2,6 9
Monitoring
measurement
Systems
Defibrillator and pacemaker 25(1) 1
– working principles
Microprocessor in patient A-III 1
monitoring
TOTAL 45(Lecture hour)

References:

1. RS Khandpur, Handbook of biomedical Instrumentation, Tata McGraw Hill Publishing Co Ltd.,2003. 3

2. Cromwell , Leslie Cromwell, Fred J.Weibell, Erich A.Pfeiffer, ‘Bio-Medical Instrumentation and
Measurements’, II edition, Pearson Education, 2002 / PHI. 1

3. RS Khandpur , Modern Electronics Equipment by, TMMH, New Delhi

4. Edward J. Perkstein; Howard Bj , Introduction to BioMedical Electronics, USA

5. L.A.Geddes and L.E.Baker, ‘Principles of Applied Bio-Medical Instrumentation’, John Wiley &Sons,
1975.

6. J.Webster, ‘Medical Instrumentation’, John Wiley & Sons, 1995. 2

7. C.Rajarao and S.K. Guha, ‘Principles of Medical Electronics and Bio-medical 8. Instrumentation’,
Universities press (India) Ltd, Orient Longman ltd, 2000.

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