Lecture plan edc.pdf
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This document contains a lecture plan for a course on Electronics Devices and Circuits. It is divided into 5 units covering various electronic components and circuits. The plan lists the topics and sub-topics to be covered in each unit along with the corresponding lecture day and mode of instruction. Some of the key topics included are semiconductor diodes, rectifiers, bipolar junction transistors, field effect transistors, thyristors, amplifiers and oscillators. For each unit, lectures are allocated for teaching concepts, discussing questions, and conducting student seminars and tests. The overall aim is to provide a comprehensive overview of electronics devices and circuits across 60 lectures.
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- 2. Name: Gaurav Kumar Lecture: 4 P/week Units Topic Sub-Topic Lecture Day Lecture Mode/ Materia l Remarks Unit I Semiconductor and Diodes Definition 1 Board, Marker/Notes/ PPT Extrinsic/Intrinsic, , N-type & p-type 2 PN Junction Diode – Forward Bias 3 PN Junction Diode – Reverse Bias 4 PN Junction Diode Characteristic 5 Zener Diode – Principle, characteristics, construction, working 6 Diode Rectifiers – Half Wave 7 Full Wave 8 Filters 9 C, LC Filters 10 PI Filters 11 Important Question from unit 1 and discussion 12 Seminar/PPT by Group-1 Student 13 MCQ test Unit-1 14 Online Unit II Bipolar Junction Transistor (BJT) Introduction of BJT 15 Board, Marker/Notes NPN and PNP Transistor Symbol 16 NPN and PNP Transistor – Operation and characteristics 17 Common Base Configuration – characteristics and working 18 Common Emitter next line Configuration – characteristics and working 19 Common Base Configuration – characteristics and working, 20 High frequency model of BJT 21
- 3. Amplifiers 22 Classification of amplifiers, 23 negative feedback 24 Important Question from unit 2 and discussion 25 Seminar/PPT by Group-2 Student 26 PPT MCQ Test Unit 2 27 Unit III Field Effect Transistors(FETs) Introduction of FET, Symbol 28 Board, Marker/Notes/ PPT FET – Classification 29 FET – Working Principle, 30 MOSFET Small Signal model 31 N-Channel MOSFETs – characteristics 32 P-Channel MOSFETs – characteristics 33 enhancement and depletion mode, 34 MOS- FET as a Switch Common Source Amplifiers 35 Uni-Junction Transistor – equivalent circuit and operation 36 Important Question from unit 3 and discussion 37 Seminar/PPT by Group-3 Student 38 MCQ Test Unit 3 39 Unit IV SCR, DIAC & TRIAC SCR – Construction, operation, working, characteristics 40 Board, Marker/Notes/ PPT DIAC - Construction, operation, working, characteristics, 41 TRIAC - Construction, operation, working, characteristics, 42 SCR and MOSFET as a Switch 43 DIAC as bidirectional switch 44 Comparison of SCR, DIAC, TRIAC, MOSFET 45 Important Question from unit 4 and discussion 46
- 4. Seminar/PPT by Group-4 Student 47 MCQ Test Unit 4 48 Unit V Amplifiers and Oscillators Feedback Amplifiers 49 Board, Marker/Notes Properties of negative Feedback, 50 impact of feedback on different parameters 51 Basic Feedback Amplifier Topologies 52 Sampling and Mixing 53 Voltage Series, Voltage Shunt 54 Current Series, Current Shunt 55 Oscillator –Basic Principles 56 57 Crystal Oscillator ,Non-linear/ Pulse Oscillator 58 Important Question from unit 5 and discussion 59 Seminar/PPT by Group-5 Student 60 PPT TOTAL 60