Lecture Plan (Monsoon) 2026–2027

Course Details

Electronics	NPHC504	DC	Credits:3 (L-T-P: 3-0-0)
Lecture Times:	Wednesday: 03:00 pm – 03:50 pm	Thursday: 03:00 pm – 03:50 pm	Friday: 02:00 pm – 02:50 pm
Teacher:	Prof. P. M. Sarun	Course Website	Room: 535, Academic Complex

Course Objective
To introduce students to basic and advanced electronic circuits and devices To teach fundamental principles of analog and digital electronics

Learning Outcomes
Analyze analog and digital circuits used in various devices Design and explain principles of analog and digital electronics circuits

Unit No.	Topics	Hours	Learning Outcome
1	Introduction to the subject	1	Familiarize with subject and evaluation
2	Number systems, logic gates, Boolean algebra, K-map, arithmetic circuits	4	Basics of digital electronics
3	Flip-Flops, Registers, Counters, A/D & D/A conversion, MUX/DEMUX	9	Advanced digital logic circuits
4	Network theorems, diodes, BJT/JFET, transistor switch, Schottky, junctions	7	Semiconductor device principles
5	Ideal amplifier, feedback theory, oscillators	5	Amplifiers and feedback
6	Differential amplifier, op-amp, frequency response	3	Op-amp fundamentals
7	Op-amp applications: adder, subtractor, filters, diff eqs	5	Op-amp applications
8	Multivibrators, 555 timer circuits	1	Multivibrator circuits
9	Modulation, demodulation, pulse/digital communication	4	Modern communication technologies
10	Digital logic families, ICs, microprocessors/controllers	3	ICs and miniaturization

Text Books	Reference Books
Millman's Electronic Devices and Circuits – Millman (Tata McGraw Hill, 2007) Digital Principles and Applications – Leach & Malvino (Tata McGraw Hill, 2006) Semiconductor Devices: Physics and Technology – S.M. Sze (Wiley, 2007) Electronic Devices and Circuits (SIE) – Cathey (McGraw-Hill, 2008)	Electronic Device and Circuit Theory – Boylestad & Nashelsky (Pearson, 2013) Integrated Electronics – Millman & Halkias (Tata McGraw Hill, 2010) Microelectronics – Millman & Grabel (Tata McGraw Hill, 1999) Electronic Devices and Circuits – Gupta (S.K. Kataria, 2010) Electronic Fundamentals and Applications – Ryder (PHI, 2009) Handbook of Electronics – Gupta & Kumar (Pragati Prakashan, 2010) Electronics: Fundamentals and Applications – Chattopadhyay & Rakshit (New Age, 2010)

Text Books

Reference Books

Electronic Device and Circuit Theory – Boylestad & Nashelsky (Pearson, 2013)
Integrated Electronics – Millman & Halkias (Tata McGraw Hill, 2010)
Microelectronics – Millman & Grabel (Tata McGraw Hill, 1999)
Electronic Devices and Circuits – Gupta (S.K. Kataria, 2010)
Electronic Fundamentals and Applications – Ryder (PHI, 2009)
Handbook of Electronics – Gupta & Kumar (Pragati Prakashan, 2010)
Electronics: Fundamentals and Applications – Chattopadhyay & Rakshit (New Age, 2010)

Evaluation Plan	Quiz dates
Mid Semester: 30 marks [30 marks exam of 1 hours] End Semester: 50 marks [50 marks exam of 2 hours] Quizzes: 2 each of 10 marks Total Marks: 100	Quiz I : 3 September 2026 Quiz II : 6 November 2026 Actual mark of Quizzes may vary. No make-up exams for missed quizzes

Sl No.	Topics	Date
1	Introduction to the Subject.	29/07/2026
2	Number Systems	29/07/2026
3	Logic gates	30/07/2026
4	Boolean Algebra	31/07/2026
5	Boolean Theorem	05/08/2026
6	Karnaugh map	06/08/2026
7	Arithmetic Circuits - 9's, 10's, 1's and 2's complement methods	07/08/2026
8	Arithmetic Circuits - Adder & Subtractors	12/08/2026
9	Flip-flops - RS and SR and D	13/08/2026
10	JK and T flipflops	14/08/2026
11	Counters	19/08/2026
12	Counters	20/08/2026
13	Registers	21/08/2026
14	Digital to Analog Conversion	27/08/2026
15	Analog to Digital Conversion	28/08/2026
16	Analog to Digital Conversion	29/08/2026
17	MUX and DE-MUX	29/08/2026
18	Network Theorem - Kirchoff's Law, Mesh Analysis, Nodal Analysis, Superposition Theorem, Max. Power transfer theorem	02/09/2026
19	Network Theorem - Thevenin and Norton Circuits	03/09/2026
20	Quiz-1 Answers	03/09/2026
21	Semiconductors	04/09/2026
21	Quiz-1 Marks	04/09/2026
21	PN Junction diodes	09/09/2026