Communication Engineering

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Introduction, Communication channel, Brief Review of Signal and Systems,The Hilbert Transform, Amplitude Modulation, Angle Modulation, AM, FM, FM Generation and Detection, Demodulation of Angle Modulated Signals, The Phase Locked Loop, FM Receivers, Review of Probability Theory and Random Process, Random Processes, Noise in AM and Angle Modulation Systems, Pre emphasis – De emphasis, Data Modulation and Pulse Code Modulation.

Course Curriculum

Lecture – 5 Analytic Representation of bandpass Signals Details 54:35
Lecture -11 Suppressed SideBand Modulation Details 56:24
Lecture – 12 VSB Modulation – Superhet Receiver Details 52:7
Lecture -13 Superhet Receiver etc Details 49:41
Lecture-14 Practical Mixers-Effects of Tonal Details 57:29
Lecture – 15 Angle Modulation Details 49:38
Lecture -16 Angle Modulation Details 53:42
Lecture -18 FM Generation and Detection Details 52:2
Lecture – 17 Generation of FM Signals Details 53:28
Lecture – 19 Demodulation of Angle Modulated Signals Details 52:10
Lecture – 20 Demodulation of Angle Modulated Signals Details 53:56
Lecture – 21 Demodulation of Angle Modulated Signals Details 49:46
Lecture -22 FeedBack Demodulators – phase locked loop Details 53:1
Lecture – 23 The Phase Locked Loop Details 54:35
Lecture – 24 Frequency Compressive FeedBack Demodulator Details 53:10
Lecture – 25 FM Receivers Details 54:53
Lecture – 26 TV Transmission Details 58:12
Lecture – 27 Review of Probability Theory and Random Process Details 54:48
Lecture-28 Review of Probability Theory and Random Variables Details 51:37
Lecture -29 Random Processes Details 55:19
Lecture -30 Random Processes Details 54:58
Lecture – 31 Random Processes Details 50:55
Lecture – 32 Gaussian Random Processes Details 47:12
Lecture – 33 Behaviour of Communication System Details 54:43
Lecture – 34 Performance of AM Systems in Noise Details 57:33
Lecture -35 Noise in AM and Angle Modulation Systems Details 54:47
Lecture – 36 Noise in Phase and Frequency Modulation systems Details 49:51
Lecture – 37 Noise in Angle Modulation Details 52:41
Lecture – 38 Pre emphasis – De emphasis Details 50:23
Lecture – 39 Pulse Modulation Schemes – PWM and PPM Details 53:48
Lecture – 40 Data Modulation Details 52:5
Lecture – 41 Pulse Code Modulation Details 58:18
Behaviour of Communication System Details 54:43
Performance of AM Systems in Noise Details 57:33
Noise in AM and Angle Modulation Systems Details 54:47
Noise in Phase and Frequency Modulation systems Details 49:51
Noise in Angle Modulation Details 52:41
Pre emphasis – De emphasis Details 50:23
Pulse Modulation Schemes – PWM and PPM Details 53:48
Data Modulation Details 52:5
Pulse Code Modulation Details 58:18

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