Analog Communication (English)

   Saturday, December 16, 2023   

Starting a new Lecture Notes Series on Analog Communication

Youtube Lecture Playlist Credits 

Channel Name: Dopamine

So Let Us Start to This Journey of Learning 

Analog Communication By Lecture Notes together!

Lecture 1: L 1 | Introduction to Analog Communication

Lecture 2: L 2 | Classification of Communication System

Lecture 3: L 3 | Modulation Techniques in Analog Communication

Lecture 4: L 4 | Multiplexing | FDM | TDM | Analog Communication

Lecture 5: L 5 | Amplitude Modulation | Double Side Band- Full Carrier

Lecture 6: L 6 | Modulation Index of Amplitude Modulation

Lecture 7: L 7 |Multi-tone Amplitude Modulation | Double Side Band Full Carrier

Lecture 8: L 8 | Square Law Modulator | Generation of Amplitude Modulation

Lecture 9: L 9 | Switching Modulator | Generation of Amplitude Modulations

Lecture 10: L 10 | Square Law Demodulation | Detection of Amplitude Modulated Wave

Lecture 11: L 11 | Envelope Detector | Synchronous Detector | Rectifier Detector

Lecture 12: L 12 |Conclusion : Double Side Band Full Carrier Amplitude Modulation

Lecture 13: L 13 | DSB SC Introduction | Double Side Band Suppressed Carrier Amplitude Modulation

Lecture 14: L 14 | Errors in Synchronous Detection

Lecture 15: L 15 | Single Tone DSB SC | Double Side Band Suppressed Carrier Amplitude Modulation

Lecture 16: L 16 | DSB SC Waveform & Power Efficiency| Double Side Band Suppressed Carrier

Lecture 17: L 17 | DSB SC Generation | Balanced Modulator | Amplitude Modulation

Lecture 18: L 18 | Ring Modulator | Modulation of DSB SC | Amplitude Modulation

Lecture 19: L 19 | Costa's Receiver | Demodulation of DSB-SC Amplitude Modulation

Lecture 20: L 20| Square Loop Technique | DSB-SC Demodulation| Amplitude Modulation

Lecture 21: L 21 | Hilbert Transform | Analog Communication | Principles of Communication

Lecture 22: L 21 | Part 2 | Properties of Hilbert Transform | Analog Communication

Lecture 23: L 22 | Single Side Band Suppressed Carrier SSB-SC Amplitude Modulation

Lecture 24: L 23 | SSB-SC Mathematical Analysis | Single Side Band Suppressed Carrier Amplitude Modualtion

Lecture 25: L 24 | SSB SC Generation | Phase Discrimination Method

Lecture 26: L 25 | SSB SC Detection | Frequency and Phase Distortion in SSB SC

Lecture 27: L 26 | Vestigial Side Band | VSB - AM | Amplitude Modulation

Lecture 28: L 27 | Generation- Vestigial Side Band Amplitude Modulation

Lecture 29: L 28 | Demodulation of Vestigial Side Band Amplitude Modulation

Lecture 30: L 29 | Sideband Shaping Filter | Vestigial Side Band - VSB AM

Lecture 31: L 30 | Quadrature Amplitude Modulation QAM | Analog Comunication

Lecture 32: L 31 | Selectivity, Sensitivity, Fidelity | Analog Communication

Lecture 33: L 32 | Tuned Radio Frequency Receiver | TRF Receiver

Lecture 34: L 33 | Super Hetrodyne Receiver| SRH-1| Receivers

Lecture 35: L 34 | Super Hetrodyne Receiver | SRH-2| Reciever

Lecture 36: L 35 | Super Hetrodyne Receiver | SRH-3| Receiver

Lecture 37: L 36 | Broadcast Transmitter | Classification Based on Carrier Frequency

Lecture 38: L 37 | Broadcast Transmitter Classification Based on Power

Lecture 39: L 38 | Amplitude Modulation Numerical | Solved Questions-Amplitude Modulation

Lecture 40: L 39 | Difference between Angle Modulation & Amplitude Modulation

Lecture 41: L 40 | Transmission of Modulated signal | Analog Communication

Lecture 42: L 41 | Angle Modulation - Introduction | Frequency Modulation

Lecture 43: L 42 | Frequency & Phase Deviation | Frequency Modulation

Lecture 44: L 43| Difference Between FM and PM | Analoge Communication

Lecture 45: L 44 I General Expression of FM | Introduction to Narrow Band Frequency Modulation

Lecture 46: L 45 | NBFM | Narrow Band Frequency Modulation

Lecture 47: L 46 | Wide Band Frequency Modulation | WBFM | Frequency Modulation

Lecture 48: L 47 | Properties of Bessel Function | Angle Modulation

Lecture 49: L 48 | Power in WBFM | Wide Band Frequency Modulation

Lecture 50: L 49 I Carson's Rule | Bandlimiting in FM | WBFM to NBFM

Lecture 51: L 50 | FM Generation Introduction | FM Generation with Heartley Oscillator

Lecture 52: L 51 | Varactor Diode Method & Reactance Method of FM Generation

Lecture 53: L 52 I Armstrong Method FM Generation | Frequency Modulation

Lecture 54: L 53 | FM Demodulation I Frequency Discrimination | Phase Discrimination

Lecture 55: L 54 I Limitations of FM Demodulation I Frequency Discrimination & Phase Discrimination

Lecture 56: L 55 | Simple Slope Detector I FM Demodulation I Angle Modulation

Lecture 57: L 56 | Balanced Slope Detector I FM Demodulation I Angle Modulation

Lecture 58: L 57 | Foster Seeley Discriminator Method I FM Demodulation

Lecture 59: L 58 | Ratio Discriminator I FM Demodulation I Analog Communication

Lecture 60: L 59 | Phase Locked Loop | Part 1 PLL I FM Demodulation

Lecture 61: L 60 | Phase Locked Loop | Part 2 PLL I FM Demodulation

Lecture 62: L 61 | Zero Crossing Detector I FM Demodulation I FM Modulation

Lecture 63: L 62 | Stereophonic FM Broadcasting I FM Broadcasting | Steriophonic Property

Lecture 64: L 63 | Pre Envelope I Analog Communication | Envelope in Modulated Signal

Lecture 65: L 64 | Complex Envelope I Analog Communication | Envelope in Modulated Signal

Lecture 66: L 65 | Sampling Theorem & Aliasing I Sampling of Analog Signals

Lecture 67: L 66 | Aliasing With Example | Sampling Theorem | Communication System

Lecture 68: L 67 | Reconstruction from Sampled Signal | Sampling & Reconstruction

Lecture 69: L 68 | Numerical on Sampling Theorem | Sampling & Reconstruction

Lecture 70: L 69 | Numerical on Sampling Theorem | Sampling & Reconstruction

Lecture 71: L 70 | Instantaneous Sampling I Natural Sampling I Sampling Theorem & Reconstruction

Lecture 72: L 71 | Flat Top Sampling I Sampling Theorem & Reconstruction

Lecture 73: L 72 | Pulse Time Modulation | Pulse Modulation

Lecture 74: L 73 | Pulse Time Demodulation | Pulse Modulation

Lecture 75: Conclusion : PAM PWM & PPM I Pulse Modulation

Lecture 76: L 74 | Digital Transmission I Introduction | Communication System

Lecture 77: L 75 | Pulse Code Modulation I Communication System

Lecture 78: L 76 I Quantization I Pulse Code Modulation

Lecture 79: L 77 I Companding I Pulse Code Modulation

Lecture 80: L 78 I Quantization Error | Quantization I Pulse Code Modulation

Lecture 81: L 79 I Quantization Error | Quantization I Pulse Code Modulation

Lecture 82: L 80 I Conclution PCM I Advantage, Drawback, Application of PCM

Lecture 83: L 81 | Time Division Multiplexing I TDM I Digital Transmission

Lecture 84: L 82 | Specifications of Voice Signal Transmission

Lecture 85: L 83 | Differential Pulse Code Modulation I DPCM I Digital Transmission

Lecture 86: L 84 | Delta Modulation I DM | Part 1

Lecture 87: L 85 | Delta Modulation I DM | Part 2

Lecture 88: L 86 | Signal to Quantization Noise Ratio in Delta Modulation

Lecture 89: L 87 | Adaptive Delta Modulation I ADM

Lecture 90: L 88 | Conclusion PCM DPCM DM ADM | Difference Between PCM DPCM DM ADM

Lecture 91: SNR I Noise Figure | Noise Temperature I Amplifier Noise | Friss Formula I L-1 Noise

Lecture 92: Narrow Band Noise I Part 1 | Noise in Communication System I Lec 2 Noise

Lecture 93: Narrow Band Noise I Part 2 | Noise in Communication System I Lec 3 Noise

Lecture 94: Bit Rate Baud Rate ISI Bandwith in PCM I Lec 4 | Noise Analysis

Lecture 95: Binary Random Process I Analog Digital Communication

Lecture 96: Signal Space Representation | Lec 5 | Noise Analysis

Lecture 97: Norm I Eucledian Distance | Energy I Angle Between Signal Vectors

Lecture 98: Gram Schmidt Orthogonalization I Communication System I Lec 7

Lecture 99: ISI for Binary Signals I Lec 8 । Noise Analysis in Communication System

Lecture 100: ISI Nyquist Distortionless Condition । Lec 9

Lecture 101: Ideal Nyquist Condition | Lec 10

Lecture 102: Raised Cosine Spectrum I Lec 11

Lecture 103: FOM of DSB SC Amplitude Modulation Envelope Detector Receiver I Lec 10

Lecture 104: FOM of DSB FC Amplitude Modulation Synchronous Receiver I Lec 11

Lecture 105: FOM of DSB SC Amplitude Modulation Synchronous Receiver I Lec 12

Lecture 106: FOM of FM Receiver I Figure of Merit I Lec 13

Lecture 107: Capture Effect in Communication | Lec 14

Lecture 108: Threshold Effect | Lec 15 । Noise Analysis |Communication System

Lecture 109: ABPre Emphasis I | Lec 16 । Noise Analysis