Course Coordinators Institute
Adaptive Signal Processing Prof. Mrityunjoy Chakraborty IIT Kharagpur
Basic Electronics Prof. Chitralekha Mahanta IIT Guwahati
Broadband Networks: Concepts and Technology

Prof. Abhay Karandikar IIT Bombay
Communication Engineering Prof. Surendra Prasad IIT Delhi
Digital Circuits and Systems Prof. S.Srinivasan IIT Madras
Digital Communication Prof. Bikash Kumar Dey IIT Bombay
Digital Image Processing Prof. P.K.Biswas IIT Kharagpur
Digital Signal Processing Prof. S.C.Dutta Roy IIT Delhi
Digital Systems Design Prof. D.Roychoudhury IIT Kharagpur
Digital Voice & Picture Communication Prof. Somnath Sengupta IIT Kharagpur
Electronics for Analog Signal Processing – I Prof. K.Radhakrishna Rao IIT Madras
Electronics for Analog Signal Processing – II Prof. K.Radhakrishna Rao IIT Madras
High Speed Devices and Circuits Prof. K.N.Bhat IIT Madras
MEMS and Microsystems Prof. Santiram Kal IIT Kharagpur
Probability and Random Processes Prof. Mrityunjoy Chakraborty IIT Kharagpur
Solid State Devices Prof. S.Karmalkar IIT Madras
Transmission Lines and EM Waves Prof. R.K.Shevgaonkar IIT Bombay
VLSI Circuits Prof. S.Srinivasan IIT Madras
VLSI Design Dr. Nandita Dasgupta IIT Madras
Wireless
Communication
Prof. Ranjan Bose IIT Delhi

Circuit Theory

Lecture Series on Circuit Theory by Prof. S.C.Dutta Roy, Department of Electrical Engineering, IIT Delhi.

1 – Review of Signals and Systems [42:13]
2 – Review of Signals and Systems [50:38]
3 – Network Equations; Initial and Final Conditions [53:30]
4 – Problem Session1 [54:15]
5 – Step, Impulse and Complete Responses [59:15]
6 – 2nd Order Circuits:Magnetically Coupled Circuits [59:51]
7 – Transformer Transform Domain Analysis [55:08]
8 – Problem Session 2 : Step,Impulse [44:29]
9 – Network Theorams and Network Functions [55:30]
10 – Network Functions(Contd.) [51:32]
11 – Amplitude and Phase of Network Functions [49:46]
12 – Problem Session 3 : Network Theorems Transform [49:13]
13 – Poles, Zeros and Network Response [54:25]
14 – Single Tuned Circuits [55:47]
15 – Single Tuned Circuits (Contd.) [50:55]
16 – Double Tuned Circuits [44:57]
17 – Double Tuned Circuits (Contd.) [56:45]
18 – Problem Session 4 : Network Functions, Analysis [52:43]
19 – Double Tuned Circuits (Contd.) [53:09]
20 – Concept of Delay and Introduction [56:47]
21 – Two-port Networks (Contd.) [53:53]
22 – Problem Session 5 [53:51]
23 – Minor – 1 [45:17]
24 – The Hybrid & Transmission Parameters of 2 ports [47:53]
25 – Problem Session 6: Two – port networks [58:22]
26 – Two – port Network parameters [54:29]
27 – Two-port Interconnections [55:58]
28 – Interconnection of Two-port Networks(Contd.) [54:36]
29 – Problem Session 7 : Two-port Networks(Contd.) [47:54]
30 – Scattering Matrix [56:02]
31 – Scattering Parameters of a Two-port [54:02]
32 – Problem Session 8 : Two- port Parameters [45:51]
33 – Solutions of Minor – 2 Problems [50:40]
34 – Insertion Loss [51:13]
35 – Example of Insertion Loss and Elements [53:58]
36 – Elements of Realizability Theory (Contd.) [54:40]
37 – Positive Real Functions [50:33]
38 – Testing of Positive Real Functions [51:35]
39 – Problem Session 9 [54:11]
40 – More on PRF’s and their Synthesis [56:58]
41 – LC Driving Point Functions [55:21]
42 – LC Driving Point Synthesis (Contd.) [55:49]
43 – RC and RL Driving Point Synthesis [50:17]
44 – Problem Session 10 : LC Driving Point Synthesis [46:39]
45 – RC & RL One-port Synthesis (Contd.) [53:02]
46 – Elementary RLC One-port Synthesis [53:54]
47 – Properties and Synthesis of Transfer Parameters [48:59]
48 – Resistance Terminated L C Ladder [50:47]
49 – Resistance Terminated LC Ladder ( Contd.) [47:29]
50 – Problem session 11: Two-port Synthesis [49:28]
51 – Network Transmission Criteria [49:09]


These video lectures are delivered by IIT professors as a part of NPTEL project.

Transmission Lines and EM Waves

Lecture series on Transmission Lines and E.M Waves by Prof. R.K.Shevgaonkar, Dept of Electrical Engineering, IIT Bombay

1 – Lecture 1 [51:10]
2 – Lecture 2 [54:30]
3 – Lecture 3 [52:01]
4 – Lecture 4 [53:40]
5 – Lecture 5 [52:21]
6 – Lecture 6 [49:53]
7 – Lecture 7 [48:47]
8 – Lecture 8 [54:19]
9 – Lecture 9 [54:23]
10 – Lecture 10 [51:48]
11 – Lecture 11 [48:10]
12 – Lecture 12 [55:12]
13 – Lecture 13 [53:12]
14 – Lecture 14 [51:55]
15 – Lecture 15 [51:37]
16 – Lecture 16 [54:00]
17 – Lecture 17 [54:38]
18 – Lecture 18 [52:29]
19 – Lecture 19 [54:20]
20 – Lecture 20 [57:47]
21 – Lecture 21 [50:28]
22 – Lecture 22 [53:19]
23 – Lecture 23 [51:35]
24 – Lecture 24 [53:46]
25 – Lecture 25 [52:12]
26 – Lecture 26 [49:03]
27 – Lecture 27 [53:33]
28 – Lecture 28 [55:11]
29 – Lecture 29 [55:18]
30 – Lecture 30 [54:08]
31 – Lecture 31 [54:28]
32 – Lecture 32 [53:40]
33 – Lecture 33 [54:15]
34 – Lecture 34 [55:57]
35 – Lecture 35 [55:28]
36 – Lecture 36 [55:04]
37 – Lecture 37 [52:31]
38 – Lecture 38 [52:07]
39 – Lecture 39 [53:40]
40 – Lecture 40 [52:07]
41 – Lecture 41 [53:02]
42 – Lecture 42 [52:33]
43 – Lecture 43 [56:00]
44 – Lecture 44 [52:50]
45 – Lecture 45 [52:09]
46 – Lecture 46 [53:56]
47 – Lecture 47 [55:41]
48 – Lecture 48 [54:17]
49 – Lecture 49 [56:09]
50 – Lecture 50 [54:35]
51 – Lecture 51 [55:36]
52 – Lecture 52 [56:29]
53 – Lecture 53 [56:27]
54 – Lecture 54 [51:01]
55 – Lecture 56 [53:51]
56 – Lecture 57 [55:10]
57 – Lecture 58 [52:49]
58 – Lecture 59 [55:02]
59 – Lecture 60 [50:47]
These video lectures are delivered by IIT professors as a part of NPTEL project.

Digital Systems Design video courses

Lecture Series on Digital Systems Design by Prof.D.Roychoudhury, Department of Computer Science and Engineering,IIT Kharagpur.

1 – Introduction to Digital Systems Design [59:57]
2 – Introduction [59:55]
3 – Digital Logic – I [59:55]
4 – Digital Logic – II [59:55]
5 – Digital Logic – III [1:00:00]
6 – Boolean Algebra [59:56]
7 – Boolean Algebra [1:00:03]
8 – Boolean Function Minimization [59:56]
9 – Boolean Function Minimization [59:50]
10 – Boolean Function Minimization [59:58]
11 – Hazzard Covers by K – Map [59:55]
12 – Combinational Circuit Design [59:51]
13 – Design of ADDER Circuits [1:00:00]
14 – Design of Subtractor Circuits [1:00:05]
15 – Digital of Common Digital Elements [59:51]
16 – Design of Complex Combinational Circuits [1:00:03]
17 – Design of Combinational Circuits [59:56]
18 – Combinational Logic Problem Design [59:54]
19 – Combinational Logic Design [59:57]
20 – Logic Design with PLA [59:55]
21 – Synchronous Sequential Circuit Design [59:54]
22 – Design of Sequential Modules [59:56]
23 – Design of Registers and Counter [01:00:02]
24 – Finite State Machine Design [59:54]
25 – Finite State Machine Design and Optimization [59:58]
26 – Programmable Logic Devices [59:50]
27 – Programmable Logic Devices [59:57]
28 – Programmable Logic Devices [59:58]
29 – Design of Arithmetic Circuits [58:28]
30 – Design of Arithmetic Circuits [59:54]
31 – Design of Memory Circuits [01:00:02]
32 – Algorithmic State Machines Chart [59:55]
33 – Design of Computer Instruction Set and the CPU [59:55]
34 – Design of Computer Instruction Set and the CPU [01:00:02]
35 – Design of Computer Instruction Set and the CPU [01:00:02]
36 – Design of Computer Instruction Set and the CPU [59:59]
37 – Design of Computer Instruction Set and the CPU [59:55]
38 – Design of Computer Instruction Set and the CPU [59:58]
39 – Design of a Micro Programmed CPU [59:55]
40 – Digital System Design Current State of the Art [59:51]

These video lectures are delivered by IIT professors as a part of NPTEL project.