Unit 1 Basics of Electrical Engineering

6 lecture hours

• Definition & Units of following terms  Voltage  Current  Amplitude  Frequency  Time Period  Wavelength  Power 1.2
• Ohm’s law  State Ohm’s law  Explain Ohm’s law with example 1.3
• Kirchhof’s Current law (KCL)  State KCL  Explain KCL with example 1.4
• Kirchhof’s Voltage law (KVL)  State KVL  Explain KVL with example 1.5
• Circuit related terminologies  Node  Junction  Branch  Loop (Mesh)  Circuit  Types of Circuit Program Name: Engineering Level: Diploma Branch: Biomedical Engineering Course / Subject Code: DI01003031 Course/Subject Name: Basics of Medical Electronics

Unit 2 Electronic Components 8 25

• 2.1 Active & Passive Components  Definition of Active & Passive Components  Enlist different Active & Passive Components  Comparison between Active & Passive Components 2.2 Active & Passive Components  Definition of Active & Passive Components  Enlist different Active & Passive Components  Comparison between Active & Passive Components 2.3 Resistor  Definition  Formula  Factors affecting resistance  Series & Parallel combination of Resistor  Classification of Resistor 2.4 Capacitor  Definition  Working of Capacitor  Classification of Capacitor  Uses of Capacitor 2.4 Inductor  Definition  Working of Inductor  Uses of Inductor

Unit 3 Diode theory & rectifiers 8 25

• Program Name: Engineering Level: Diploma Branch: Biomedical Engineering Course / Subject Code: DI01003031 Course/Subject Name: Basics of Medical Electronics 3.1 Structure of an atom 3.2 Comparison between conductor
• semiconductor & insulator 3.3 Semiconductor  Intrinsic Semiconductor  Extrinsic Semiconductor  Concept of Doping  P-type Semiconductor  N-type Semiconductor  Symbol  Concept of Forward Bias & Reverse Bias  Working of PN Junction Diode  V-I Characteristics of Diode  Uses of Diode Special Diode  LED  Photodiode  Zener Diode 3.5 Rectifier Circuit  Rectifier basic  Types of Rectifiers  Working of Half Wave Rectifier  Working of Full Wave bridge Rectifier

Unit 4 Transistors 4 20

• 4.1.Transistor  Definition  Symbol of NPN & PNP Transistors  Working principle of NPN Transistor  Common Emitter Configurations of Transistor: Circuit Diagram
• Input & Output Characteristics  Common Emitter (CE) Amplifier using Transistor  Transistor as a switch

Unit 5 Application of Electronics Components in Medical Field 4 10

• Program Name: Engineering Level: Diploma Branch: Biomedical Engineering Course / Subject Code: DI01003031 Course/Subject Name: Basics of Medical Electronics 5.1
• Application of Inductor & Capacitor in Medical Field  MRI Machine  Ultrasound Machine  Implantable Medical Device  Wearable Medical Device  Signal Conditioning & Processing 5.2
• Application of Transistor in Medical Field  ECG Machines  Pacemakers  Hearing Aids  Infusion Pumps  Medical Imaging Devices