Digital Communication
In this Playlist, I have explained Digital Communication Subject in easy language. This subject is important for university and competitive exams like Gate, IES, PSUs. All the Best Students
Curated by: R K Classes (122 videos)
Tracks in this Playlist
- Comparison of Digital Modulation Techniques: ASK, BPSK, QPSK, MSK | R K Classes | Lec 122
- Reception of Minimum Shift Keying with Diagram and Working | R K Classes | Join Telegram | Lec 121
- Generation of MSK Signal with Block Diagram, Working | Digital Communication | R K Classes | Lec 120
- Power Spectral Density and Bandwidth of Minimum Shift Keying (MSK) | R K Classes | Lec 119
- Signal Space Diagram of MSK Signal with Distance | Digital Expression | R K Classes | Lec 118
- Mathematical Equations of MSK Technique with Derivation | R K Classes | Join Telegram | Lec 117
- MSK Waveforms Complete Procedure | Digital Communication | R K Classes | Join Telegram | Lec 116
- Minimum Shift Keying MSK: Introduction, Basics, Advantages, Disadvantages | R K Classes | Lec 115
- Probability of Error and Advantages of QPSK System | Digital Communication | R K Classes | Lec 114
- Bandwidth of QPSK with Derivation | Digital Communication | R K Classes | Join Telegram | Lec 113
- Signal Space Representation of QPSK with Derivation | Digital Communication | R K Classes | Lec 112
- Reception of QPSK Signal with Derivation | Digital Communication | R K Classes | Lec 111
- Generation of QPSK with Waveforms | Digital Communication | R K Classes | Join Telegram | Lec 110
- Why to Study QPSK | Digital Communication | R K Classes | Lec 109 | Join Telegram for PDF
- Advantages and Disadvantages of DPSK Technique | Digital Communication | R K Classes | Lec 108
- Error Probability and Bandwidth of DPSK in Details | Digital Communication | R K Classes | Lec 107
- Lec 106 Solved Problem Based on DPSK | Digital communication | R K Classes | Join Telegram for PDF
- DPSK: Basics, Generation, Detection and Table | Digital Communication | R K Classes | Lec 105
- Probability of Error with Derivation and Drawbacks of BFSK Technique | R K Classes | Lec 104
- Signal Space Diagram of Binary Frequency Shift Keying | Digital Communication | R K Classes |Lec 103
- Detection of Binary Frequency Shift Keying Signal at Receiver | Digital Communication | Lec 102
- Binary Frequency Shift Keying: Basics, Equations, Generation | Digital Communication | Lec 101
- Drawbacks of Binary Phase Shift Keying and Solution | Digital Communication | R K Classes | Lec 100
- Error Probability of BPSK Signal with Derivation | Digital Communication | R K Classes | Lec 99
- Signal Space Diagram and Bandwidth of BPSK Signal | Digital Communication | R K Classes | Lec 98
- Spectrum of BPSK Signal with Mathematical Expression | Digital Communication | R K Classes | Lec 97
- Demodulation of BPSK Signal with Mathematical Expression | Digital Communication |R K Classes|Lec 96
- BPSK: Introduction, Expression, Generation | Digital Communication | R K Classes | Lec 95
- Coherent Demodulation of Amplitude Shift Keying | Digital Communication | R K Classes | Lec 94
- Amplitude Shift Keying: Basics, Waveform, Expression, Generation, Signal Space Diagram | Lec 93
- Coherent and Non Coherent Digital Modulation Techniques | Digital Communication | R K Classes|Lec 92
- Introduction to Digital Modulation Techniques ASK, FSK, PSK | Digital Communication | Lec 91
- EYE Pattern: Practical Way to Study ISI, Bsics, Diagram, Information about ISI | Lec 90
- Inter Symbol Interference (ISI): Cause, Effect and Remedy to Reduce | Digital Communication | Lec 89
- Inter Symbol Interference (ISI): Basics, Diagram, Working, Expression Complete | R K Classes |Lec 88
- Solved Problem Based on Matched Filter Part 2 | Digital Communication | R K Classes | Lec 87
- Solved Problem Based on Matched Filter Part 1 | Digital Communication | R K Classes | Lec 86
- Probability of Error of Matched Filter Derivation | Digital Communication | R K Classes | Lec 85
- Introduction to Matched Filter and its Impulse Response Derivation | R K Classes | Lec 84
- Transfer Function of Optimum Filter Derivation Part 2 | Digital Communication | R K Classes | Lec 83
- Transfer Function of Optimum Filter Derivation Part 1| Digital Communication | R K Classes | Lec 82
- Probability of Error for Optimum Filter Derivation Part 2 | Digital Communication | Lec 81
- Probability of Error for Optimum Filter Derivation Part 1 | Digital Communication | R K Classes | 80
- Optimum Filter: Introduction, Working, Diagram | Digital Communication | R K Classes | Lec 79
- Introduction to Matched Filters and Inter Symbol Interference | Digital Communication | Lec 78
- Lec 77 Difference BW Source Coding and Line Coding Techniques| Digital Communication |R K Classes
- Lec 76 Problem on Line Coding Techniques | Digital Communication | R K Classes | Join Telegram 4 PDF
- Lec 75 Polar Quaternary NRZ Format Coding : Introduction, Pulse Formation | Digital Communication |
- Lec 74 Bipolar NRZ or AMI and Split Phase Manchester Coding Techniques | Digital Communication
- Polar RZ and Polar NRZ Coding Pulse from Binary Sequence | Digital Communication | R K Classes | 73
- Unipolar RZ and Unipolar NRZ Line Coding: Introduction, Equation, Pulse Formation |R K Classes| 72
- Line Coding Techniques and Its Properties | Digital Communication | R K Classes | Lec 71
- Introduction to Digital Base Band Transmission | Digital Communication | R K Classes | Lec 70
- PCM vs Delta Modulation vs Adaptive Delta Modulation Summery Sheet | R K Classes | Lec 69
- Adaptive Delta Modulation: Basics, Diagrams, Working, Advantage | Digital Communication | Lec 68
- Solved Problem on SNR of Delta Modulation Part-1 | Digital Communication | R K Classes | Lec 67
- Delta Modulation: Signal to Noise Power Ratio | Digital Modulation | R K Classes | Lec 66 |
- Solved Problem Based on Delta Modulation Part 1 | Digital Communication | R K Classes | Lec 65
- How to avoid Slope Overload Distortion in Delta Modulation | Digital Communication | Lec 64
- Delta Modulation: Slope Overload & Granular Noise | Digital Communication | R K Classes | Lec 63
- Delta Modulation: Basics, Diagrams, Working | Digital Communication | R K Classes | Lec 62
- Application, Advantages and Disadvantages of Pulse Code Modulation System | R K Classes | Lec 61
- u Law and A Law Compressor Characteristics | Digital Communication | R K Classes | Lec 60
- Non Uniform Quantization and Companding | Digital Communication | R K Classes | Lec 59
- Solved Problem Based on PCM System Part 4 | Digital Communication | R K Classes | Lec 58
- Solved Problem Based on PCM System Part 3 | Digital Communication | R K Classes | Lec 57
- Solved Problem Based on PCM System Part 2 | Digital Communication | R K Classes | Lec 56
- Solved Problem Based on PCM System Part 1 | Digital Communication | R K Classes | Lec 55
- Transmission Bandwidth of Pulse Code Modulation with Derivation | Digital Communication | Lec 54
- Signal to Noise (S/N) Ratio in Pulse Code Modulation System | Digital Communication | Lec 53 |
- Quantization Noise Power in Pulse Code Modulation System | Digital Communication |R K Classes|Lec 52
- Quantizer: Types, Definition, Working. Expression in PCM System | Digital Communication | Lec 51
- Pulse Code Modulation : Basics, Block Diagram, Working | Digital Communication | R K Classes| Lec 50
- Introduction to Quantization in Pulse Code Modulation | Digital Communication | R K Classes | Lec 49
- Introduction to Waveform Coding Technique Pulse Code Modulation | Digital Communication | Lec 48
- Solved Problem on Power Spectral Density Part 2 | Digital Communication | R K Classes | Lec 47
- Solved Problem on Power Spectral Density Part 1 | Digital Communication | R K Classes | Lec 46
- Sum of Two Random Processes and Their Spectral Densities | Digital Communication| R K Classes|Lec 45
- Spectral Density: Basics, Types, Expression, Properties | Digital Communication| R K Classes|Lec 44
- Cross Correlation Function: Definition, Expression, and Properties | Digital Communication | Lec 43
- Properties of Autocorrelation Function with Proof | Digital Communication | R K Classes | Lec 42
- Auto Correlation Function: Basics, Definition, Expression | Digital Communication | Lec-41
- Gaussian Process: Introduction, Expression, Diagram, Properties, Uses | Digital Communication|Lec 40
- Difference B/W Stationary, Wide Sense Stationary, Ergodic Random Process | R K Classes | Lec 39 |
- Time Averages : Mean Time and Autocorrelation Time | Digital Communication | R K Classes | Lec 38 |
- Ensemble Averages: Ensemble Mean and Ensemble Autocorrelation | Digital Communication | Lec 37 |
- Introduction to Random Process and Ensemble | Digital Communication | R K Classes | Lec 36 |
- Solved Problem on Rayleigh Distribution | Digital Communication | R K Classes | Lec 35
- Rayleigh Distribution: Basics, Expression, Diagram, Properties | Digital Communication | Lec 34
- Gaussian or Normal Distribution: Basics, Expression, Diagrams, Properties | R K Classes | Lec 33 |
- Solved Problem on Uniform PDF Distribution | Digital Communication | R K Classes | Lec 32 |
- PDF Uniform Distribution: Definition, Diagram, Expressions | Digital Communication | Lec 31
- Solved Problem on Mean Variance Standard Deviation Part 2 | R K Classes | Lec 29
- Solved Problem on Mean, Variance, Standard Deviation of Random Variable Part 1 | R K Classes |Lec 28
- Moment, Central Moment, Variance, Standard Deviation | Digital Communication | Lec 27 |
- Solved Problem on Mean Value of Random Variable | Digital Communication | R K Classes | Lec 26 |
- Introduction to Statistical Averages and Concept of Mean Value of Random Variable | Lec 25 |
- Conditional PDF: Introduction, Definition, Expression, Properties | Digital Communication | Lec 24 |
- Marginal PDF: Introduction, Definition, Expression | Digital Communication | R K Classes | Lec 23 |
- Solved Problem on Joint PDF Part 2 | Digital Communication | R K Classes | Lec 22 | Join Telegram |