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Digital Logic for GATE — Complete Playlist

GATE CSE LECTURES BY AMIT KHURANA176 Videos

Set Your Goal

12:55:44
WATCH TIME
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Target Audience

Designed for students and aspirants preparing for GATE exams who need organized study routines without getting lost in YouTube rabbit holes.

Prerequisites

No prior paid software or specialized tools required. Start directly with lesson #1 and build conceptual depth at your own pace.

Learning Outcomes

Master all 176 lessons step-by-step, generate personal revision notes, and retain difficult topics through active recall and structured scheduling.

Course Syllabus

Complete Lecture Curriculum (176 Lectures)

Full index of topics and video runtimes included in this course.

Total: 103h 25m
  1. 01

    Syllabus of Digital Logic | Digital Logic | GATE 2023

    16:38
    Lesson
  2. 02

    Introduction to number system | Number system in Digital Logic | GATE 2023

    48:39
    Lesson
  3. 03

    Conversions in number system (base 10 to base x)| Number system in Digital Logic | GATE 2023

    41:06
    Lesson
  4. 04

    Conversions in number system (base x to base 10)| Number system in Digital Logic | GATE 2023

    40:59
    Lesson
  5. 05

    Conversions in number system (base x to base y)| Number system in Digital Logic | GATE 2023

    31:47
    Lesson
  6. 06

    Practice questions on Conversions in number system| Number system in Digital Logic | GATE 2023

    59:03
    Lesson
  7. 07

    Tricks for Conversions in number system| Number system in Digital Logic | GATE 2023

    48:41
    Lesson
  8. 08

    Practice questions on number system| Number system in Digital Logic | GATE 2023

    44:16
    Lesson
  9. 09

    Addition in different bases (computer number system) | octal addition | hexadecimal addition

    32:17
    Lesson
  10. 10

    Subtraction in different bases (number system) | octal Subtraction | hexadecimal subtraction

    20:55
    Lesson
  11. 11

    Multiplication and Division in different bases | octal multiplication | octal Division

    47:09
    Lesson
  12. 12

    compliments in base r | r's Complement | (r-1)'s Complement

    49:43
    Lesson
  13. 13

    Subtraction using r's Complement Method - Number System - Digital Circuits GATE

    52:07
    Lesson
  14. 14

    Subtraction using (r-1)'s Complement Method - Number System - Digital Circuits GATE

    31:13
    Lesson
  15. 15

    Binary Coded Decimal (BCD) Code | BCD Addition | GATE 2023

    31:50
    Lesson
  16. 16

    Binary Coded Decimal (BCD) Code | BCD Subtraction | GATE 2023

    28:02
    Lesson
  17. 17

    Excess-3 Code (X-3 Code) | GATE 2023

    18:18
    Lesson
  18. 18

    SELF COMPLIMENTING CODES| EXCESS 3 CODE | 2421 CODE | GATE 2023

    46:16
    Lesson
  19. 19

    Introduction to Gray Code | binary to gray | gray to binary | GATE 2023

    43:31
    Lesson
  20. 20

    Alphanumeric codes | ASCII | EBCDIC | UNICODE | GATE 2023

    17:22
    Lesson
  21. 21

    Representation of integers in computers | SMR | 1's and 2's compliment representation

    30:37
    Lesson
  22. 22

    Representation of NEGATIVE integers in computers | 1's compliment representation | GATE 2023

    41:15
    Lesson
  23. 23

    Representation of NEGATIVE integers in computers | signed magnitude representation | SMR | GATE 2023

    29:04
    Lesson
  24. 24

    Representation of NEGATIVE integers in computers | 2's compliment representation | GATE 2023

    42:42
    Lesson
  25. 25

    fixed point notation | fixed point representation | GATE 2023

    39:28
    Lesson
  26. 26

    Floating point representation | Floating point notation | Part 1

    40:14
    Lesson
  27. 27

    Floating Point Representation: IEEE - 754 Representation| part 1 | single precision

    38:47
    Lesson
  28. 28

    Floating Point Representation: IEEE - 754 Representation | part 2 | Double precision

    19:08
    Lesson
  29. 29

    Floating point representation | Floating point notation | Part 2

    45:05
    Lesson
  30. 30

    Floating point representation | Floating point notation | Part 3

    39:57
    Lesson
  31. 31

    Floating Point Representation: IEEE-754 Representation | part3 | special numbers in Single precision

    31:55
    Lesson
  32. 32

    Floating Point Representation: IEEE-754 | part 4 | smallest and largest numbers in Single precision

    31:55
    Lesson
  33. 33

    Floating Point Representation: IEEE-754 | part 5 | gap between numbers in Single precision

    34:52
    Lesson
  34. 34

    Floating Point Representation: IEEE-754 | part 6 | smallest and largest numbers in double precision

    19:07
    Lesson
  35. 35

    Floating Point Representation: IEEE - 754 Representation| part 7 | GATE questions single precision

    14:58
    Lesson
  36. 36

    Boolean algebra introduction | GATE 2023

    32:25
    Lesson
  37. 37

    Boolean Laws in Digital logic | GATE 2023 | Part 1

    20:56
    Lesson
  38. 38

    Boolean Laws in Digital logic | GATE 2023 | Part 2

    42:26
    Lesson
  39. 39

    Types of Logic Gates | Symbols | Truth Tables | part 1(basic gates)

    29:20
    Lesson
  40. 40

    Types of Logic Gates | Symbols | Truth Tables | part 2(Derived gates)

    58:32
    Lesson
  41. 41

    Universal GATES | NAND as Universal Gate | NOR as Universal Gate

    23:41
    Lesson
  42. 42

    Principle of duality | Dual of a Boolean function | Duality theorem | Properties of duality | part1

    33:03
    Lesson
  43. 43

    Principle of duality | Dual of a Boolean function | Duality theorem | Properties of duality | part2

    25:17
    Lesson
  44. 44

    Sum of Products | SOP Form

    47:19
    Lesson
  45. 45

    Product of Sums | POS Form | GATE 2023

    31:11
    Lesson
  46. 46

    SOP TO POS FORM CONVERSION | GATE 2023

    52:39
    Lesson
  47. 47

    POS TO SOP FORM CONVERSION | GATE 2023

    48:10
    Lesson
  48. 48

    self dual and neutral functions | Number of Self Dual and neutral Functions | GATE 2023

    46:44
    Lesson
  49. 49

    orthogonal functions in digital logic | GATE 2023

    16:28
    Lesson
  50. 50

    K-Map | Design K-Map | KARNAUGH MAP | PART 2 | GATE 2023

    30:33
    Lesson
  51. 51

    K-Map | Design K-Map | KARNAUGH MAP | PART 3 | GATE 2023

    37:13
    Lesson
  52. 52

    K-Map | Design K-Map | KARNAUGH MAP | PART 1 | GATE 2023

    24:12
    Lesson
  53. 53

    K-Map | Design K-Map | KARNAUGH MAP | PART 4 | GATE 2023

    29:07
    Lesson
  54. 54

    K-Map | Design K-Map | KARNAUGH MAP | PART 5 | GATE 2023

    37:30
    Lesson
  55. 55

    K-Map | Design K-Map | KARNAUGH MAP | PART 6 | GATE 2023

    31:59
    Lesson
  56. 56

    K-Map | Design K-Map | KARNAUGH MAP | PART 7 | GATE 2023

    44:09
    Lesson
  57. 57

    K-Map | Design K-Map | KARNAUGH MAP | PART 8 | GATE 2023

    45:48
    Lesson
  58. 58

    K-Map | Design K-Map | KARNAUGH MAP | PART 9 | GATE 2023

    35:29
    Lesson
  59. 59

    K-Map | Design K-Map | KARNAUGH MAP | PART 10 | GATE 2023

    35:11
    Lesson
  60. 60

    K-Map | Design K-Map | KARNAUGH MAP | PART 11 | GATE 2023

    27:07
    Lesson
  61. 61

    K-Map | Design K-Map | KARNAUGH MAP | PART 12 | GATE 2023

    40:30
    Lesson
  62. 62

    K-Map | Design K-Map | KARNAUGH MAP | PART 13 | GATE 2023

    41:16
    Lesson
  63. 63

    K-Map | Design K-Map | KARNAUGH MAP | PART 14 | GATE 2023

    32:59
    Lesson
  64. 64

    K-Map | Design K-Map | KARNAUGH MAP | PART 15 | GATE 2023

    26:59
    Lesson
  65. 65

    Understanding Variable Entrant Map | VEM | GATE 2023

    46:08
    Lesson
  66. 66

    K-Map | Design K-Map | KARNAUGH MAP | PART 16 | GATE 2023

    49:33
    Lesson
  67. 67

    Half Adder | Combinational Circuits |Digital Electronics | GATE 2023

    18:59
    Lesson
  68. 68

    INTRODUCTION TO COMBINATORIAL CIRCUITS | DESIGNING COMBINATORIAL CIRCUITS | GATE 2023

    31:11
    Lesson
  69. 69

    Full Adder | Part 1| Combinational Circuit | Digital Electronics | GATE 2023

    35:06
    Lesson
  70. 70

    Full Adder | Part 2| Combinational Circuit | Digital Electronics | GATE 2023 | Part 2

    25:36
    Lesson
  71. 71

    BCD Adder | Simple Explanation

    34:30
    Lesson
  72. 72

    Look Ahead Carry Adder | Carry Look ahead Adder (Part 1) | CLA Generator

    33:48
    Lesson
  73. 73

    Look Ahead Carry Adder | Carry Look ahead Adder (Part 3) | CLA Generator

    34:19
    Lesson
  74. 74

    Look Ahead Carry Adder | Carry Look ahead Adder (Part 2) | CLA Generator

    41:07
    Lesson
  75. 75

    Look Ahead Carry Adder | Carry Look ahead Adder (Part 4) | CLA Generator

    47:56
    Lesson
  76. 76

    Look Ahead Carry Adder | Carry Look ahead Adder (Part 5) | CLA Generator

    36:42
    Lesson
  77. 77

    Look Ahead Carry Adder | Carry Look ahead Adder (Part 6) | CLA Generator

    30:41
    Lesson
  78. 78

    Look Ahead Carry Adder | Carry Look ahead Adder (Part 5 correction) | CLA Generator

    5:40
    Lesson
  79. 79

    Look Ahead Carry Adder | Carry Look ahead Adder (Part 7) | CLA Generator

    47:07
    Lesson
  80. 80

    Look Ahead Carry Adder | Carry Look ahead Adder (Part 8) | CLA Generator

    42:40
    Lesson
  81. 81

    Look Ahead Carry Adder | Carry Look ahead Adder (Part 9) | CLA Generator

    35:38
    Lesson
  82. 82

    Look Ahead Carry Adder | Carry Look ahead Adder (Part 10) | CLA Generator

    34:02
    Lesson
  83. 83

    Half Subtractor | Combinational Circuits |Digital Electronics | GATE 2023

    18:11
    Lesson
  84. 84

    Full Subtractor| Part 1| Combinational Circuits |Digital Electronics | GATE 2023

    30:32
    Lesson
  85. 85

    Full Subtractor | part 2| Combinational Circuits |Digital Electronics | GATE 2023

    24:04
    Lesson
  86. 86

    4-bit Adder and Subtractor Circuit

    31:03
    Lesson
  87. 87

    Half Subtractor using NAND / NOR Gates | Full Subtractor using NAND/NOR Gates

    36:28
    Lesson
  88. 88

    Half Adder using NAND / NOR Gates | Full Adder using NAND/NOR Gates

    28:37
    Lesson
  89. 89

    How to find Minimum Number of NAND/NOR GATES? | Digital Circuits PART 3

    35:45
    Lesson
  90. 90

    How to find Minimum Number of NAND/NOR GATES? | Digital Circuits

    34:17
    Lesson
  91. 91

    How to find Minimum Number of NAND/NOR GATES? | Digital Circuits PART 2

    54:17
    Lesson
  92. 92

    How to find Minimum Number of NAND/NOR GATES? | Digital Circuits PART 4

    30:36
    Lesson
  93. 93

    How to find Minimum Number of NAND/NOR GATES? | Digital Circuits PART 5

    31:00
    Lesson
  94. 94

    How to find Minimum Number of NAND/NOR GATES? | Digital Circuits PART 6

    36:15
    Lesson
  95. 95

    How to find Minimum Number of NAND/NOR GATES? | Digital Circuits PART 7

    24:42
    Lesson
  96. 96

    What is a functional completeness? | Functionally Complete Set or Boolean Function | part 2

    30:14
    Lesson
  97. 97

    What is a functional completeness? | Functionally Complete Set or Boolean Function | part 1

    37:35
    Lesson
  98. 98

    What is a functional completeness? | Functionally Complete Set or Boolean Function | part 3

    33:28
    Lesson
  99. 99

    What is a functional completeness? | Functionally Complete Set or Boolean Function | part 4

    36:07
    Lesson
  100. 100

    Introduction to Multiplexer | What are Multiplexers | Digital Electronics

    45:55
    Lesson
  101. 101

    Introduction to Multiplexer | What are Multiplexers | Digital Electronics | part 2

    39:55
    Lesson
  102. 102

    Introduction to Multiplexer | What are Multiplexers | Digital Electronics | part 3

    31:10
    Lesson
  103. 103

    Introduction to Multiplexer | What are Multiplexers | Digital Electronics | part 4

    46:12
    Lesson
  104. 104

    Introduction to Multiplexer | What are Multiplexers | Digital Electronics | part 5

    30:37
    Lesson
  105. 105

    Introduction to Multiplexer | What are Multiplexers | Digital Electronics | part 6

    36:20
    Lesson
  106. 106

    Introduction to Multiplexer | What are Multiplexers | Digital Electronics | part 7

    43:38
    Lesson
  107. 107

    Introduction to Multiplexer | What are Multiplexers | Digital Electronics | part 8

    45:45
    Lesson
  108. 108

    Introduction to Demultiplexers | What are Demultiplexers | Digital Electronics

    36:23
    Lesson
  109. 109

    Introduction to Demultiplexers | What are Demultiplexers | Digital Electronics | part 2

    37:43
    Lesson
  110. 110

    Decoder Part 1 | GATE 2023

    54:00
    Lesson
  111. 111

    Decoder Part 2 | GATE 2023

    35:53
    Lesson
  112. 112

    Decoder Part 3 | GATE 2023

    28:00
    Lesson
  113. 113

    Decoder Part 4 | GATE 2023

    49:00
    Lesson
  114. 114

    Encoder in Digital Electronics | Working, Application and Logic Circuit of Encoder | Part 1

    31:55
    Lesson
  115. 115

    Encoder in Digital Electronics|Working,Application and Logic Circuit of Encoder|#2|Priority encoder

    43:11
    Lesson
  116. 116

    Encoder in Digital Electronics | Working, Application and Logic Circuit of Encoder | Part 3

    48:11
    Lesson
  117. 117

    What is Magnitude Comparator (Digital Comparator) | 1-bit, 2-bit and 3-bit Comparators Explained

    36:32
    Lesson
  118. 118

    ROM - Read Only Memory (Basics, Structure and size), Digital Electronics

    33:58
    Lesson
  119. 119

    ROM - Read Only Memory (Basics, Structure and size), Digital Electronics | PART 2

    38:04
    Lesson
  120. 120

    ROM - Read Only Memory (Basics, Structure and size), Digital Electronics | PART 3

    27:30
    Lesson
  121. 121

    ROM - Read Only Memory (Basics, Structure and size), Digital Electronics | PART 4

    36:06
    Lesson
  122. 122

    ROM - Read Only Memory (Basics, Structure and size), Digital Electronics | PART 5

    45:22
    Lesson
  123. 123

    Introduction to Sequential Circuits

    26:46
    Lesson
  124. 124

    1 Bit Memory Cell | Latch | Cross Coupled NOT Gates

    24:58
    Lesson
  125. 125

    SR Latch | NOR SR latch

    25:38
    Lesson
  126. 126

    SR Latch | NAND SR latch | Race Condition

    39:02
    Lesson
  127. 127

    Gated SR latch | SR Latch

    27:36
    Lesson
  128. 128

    SR Latch Truth Table , Excitation Table, State Diagram

    22:44
    Lesson
  129. 129

    SR Latch Timing Diagram or waveform , Characteristic Equation

    46:01
    Lesson
  130. 130

    Introduction to D Latch | Circuit, Working, Truth Table, Characteristic Equation & Excitation Table

    35:41
    Lesson
  131. 131

    Concept of Clock | Clocked SR Latch | SR Flip Flop

    44:46
    Lesson
  132. 132

    Concept of Triggering | Level Trigger vs Edge Trigger Flip Flop

    47:19
    Lesson
  133. 133

    JK Flip Flop | Part 1

    35:14
    Lesson
  134. 134

    JK Flip Flop | Part 2

    15:05
    Lesson
  135. 135

    JK Flip Flop | Part 3 | Race Around Condition

    40:56
    Lesson
  136. 136

    Master Slave JK Flip Flop | Digital Electronics

    56:29
    Lesson
  137. 137

    Introduction to T Flip Flop | Circuit, Working, Truth Table, Characteristics & Excitation Table

    13:48
    Lesson
  138. 138

    Preset & Clear Inputs in Flip flop | Asynchronous Inputs

    33:07
    Lesson
  139. 139

    Preset & Clear Inputs in Flip flop | Asynchronous Inputs | Part 2

    22:00
    Lesson
  140. 140

    Flip Flop Conversion | Sequential circuits | DIGITAL ELECTRONICS | Part 1

    54:50
    Lesson
  141. 141

    Flip Flop Conversion | Sequential circuits | DIGITAL ELECTRONICS | Part 2

    33:51
    Lesson
  142. 142

    Flip Flop Conversion | Sequential circuits | DIGITAL ELECTRONICS | Part 3

    35:05
    Lesson
  143. 143

    Flip Flop Conversion | Sequential circuits | DIGITAL ELECTRONICS | Part 4

    35:49
    Lesson
  144. 144

    Introduction to Counters | Digital Electronics

    35:53
    Lesson
  145. 145

    Design Synchronous Counter | How to design Synchronous Counter | Digital Electronics | Part 1

    34:16
    Lesson
  146. 146

    Design Synchronous Counter | How to design Synchronous Counter | Digital Electronics | Part 2

    37:52
    Lesson
  147. 147

    Design Synchronous Counter | How to design Synchronous Counter | Digital Electronics | Part 3

    43:41
    Lesson
  148. 148

    Design Synchronous Counter | How to design Synchronous Counter | Digital Electronics | Part 4

    37:09
    Lesson
  149. 149

    Design Synchronous Counter | How to design Synchronous Counter | Digital Electronics | Part 5

    46:02
    Lesson
  150. 150

    Asynchronous Counter or Ripple Counter | Part 1

    33:54
    Lesson
  151. 151

    Asynchronous Counter or Ripple Counter | Part 2

    39:19
    Lesson
  152. 152

    Asynchronous Counter or Ripple Counter | Part 3

    54:52
    Lesson
  153. 153

    Asynchronous Counter or Ripple Counter | Part 4

    48:19
    Lesson
  154. 154

    Asynchronous Counter or Ripple Counter | Part 5

    48:17
    Lesson
  155. 155

    Asynchronous Counter or Ripple Counter | Part 6 | BCD counter

    33:24
    Lesson
  156. 156

    Asynchronous Counter or Ripple Counter | Part 7 | BCD counter

    33:04
    Lesson
  157. 157

    Asynchronous Counter or Ripple Counter | Part 8 | Finding MOD of counter

    27:08
    Lesson
  158. 158

    Asynchronous Counter or Ripple Counter | Part 9 | Synchronous preset and clear

    25:16
    Lesson
  159. 159

    Asynchronous Counter or Ripple Counter | Part 10 | Delay questions

    29:40
    Lesson
  160. 160

    Asynchronous Counter or Ripple Counter | Part 11 | Frequency divisor

    46:46
    Lesson
  161. 161

    Synchronous Counter as Frequency divisor

    46:09
    Lesson
  162. 162

    Setup Time and Hold Time of Flip Flop Explained | Digital Electronics

    46:05
    Lesson
  163. 163

    Setup Time and Hold Time of Flip Flop Explained | Digital Electronics | part 2

    33:12
    Lesson
  164. 164

    Asynchronous Counter or Ripple Counter | Part 12 | up down counter

    23:10
    Lesson
  165. 165

    Shift Registers Part 1

    29:31
    Lesson
  166. 166

    Shift Registers Part 2

    29:25
    Lesson
  167. 167

    Shift Registers Part 3

    26:23
    Lesson
  168. 168

    Ring Counter | Synchronous Counters | Digital Electronics | Part 1

    35:47
    Lesson
  169. 169

    Ring Counter | Synchronous Counters | Digital Electronics | Part 2

    14:02
    Lesson
  170. 170

    How to make Ring Counter self starting | Synchronous Counters | Digital Electronics | Part 3

    32:01
    Lesson
  171. 171

    Twisted Ring Counter | Johnson Counter | Synchronous Counters | Digital Electronics | Part 1

    27:01
    Lesson
  172. 172

    Twisted Ring Counter | Johnson Counter | Synchronous Counters | Digital Electronics | Part 2

    37:12
    Lesson
  173. 173

    Twisted Ring Counter | Johnson Counter | Synchronous Counters | Digital Electronics | Part 3

    35:22
    Lesson
  174. 174

    Shift Registers | SISO | SIPO | PIPO | PISO | Part 1

    30:17
    Lesson
  175. 175

    Shift Registers | SISO | SIPO | PIPO | PISO | Part 2

    24:28
    Lesson
  176. 176

    Digital is Completed What next? | GATE 2024

    1:44
    Lesson

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