What in Electronics?
Digital Logic
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8:56
200
- 1 What is Signal? 8:56
- 2 What is an Analog Signal? 9:11
- 3 What is Digital Signal? 8:48
- 4 Need of Digital Signals 5:13
- 5 Introduction to Digital Electronics 6:38
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4:40
60
- 1 Lec-1: Digital Logic Syllabus for GATE, UGCNET etc.| Full Playlist for College/University Students 4:40
- 2 Lec-2: Properties of various Logic Gates | Commutative, Associative, Idempotent 8:44
- 3 Lec-3: Types of Logic Gates | Symbols | Truth Tables 8:59
- 4 Lec-4: Implement all Gates using NAND & NOR Gate | Why NAND & NOR are called Universal Gates 5:50
- 5 Lec-5: XOR Gate Properties in Hindi with example | Digital Electronics 6:52
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6:18
200
- 1 Digital Electronics Overview 6:18
- 2 Introduction to Number Systems & base or radix 10:10
- 3 Find out the base or radix 8:26
- 4 Decimal to any other Number System Conversion 10:35
- 5 Binary Equivalent of Decimal Number 4:54
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4:52
200
- 1 Number Systems Representation and Basics: Binary, Ternary, Octal & Hexadecimal 4:52
- 2 Addition Operations in Number System: Binary, Octal & Hexadecimal Systems 10:59
- 3 Subtraction Operations in Number System: Binary, Octal & Hexadecimal Systems 8:47
- 4 Number System Multiplication: Octal and Binary 12:09
- 5 Decimal to Binary Conversion Explained: Process and Examples 11:05
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4:41
46
- 1 Introduction to Boolean Algebra & Digital Systems & Circuits 4:41
- 2 Basic Boolean Algebraic Operations | OR – AND – NOT operations 4:41
- 3 Laws of Boolean Algebra – Part 1 | Boolean Algebra & Logic Gates 6:07
- 4 Laws of Boolean Algebra – Part 2 | Boolean Algebra & Logic Gates 11:28
- 5 De Morgan’s Laws / Theorems | Boolean Algebra & Logic Gates 4:29
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10:20
42
- 1 Digital Electronics – Number systems 10:20
- 2 Digital Logic – Binary codes 12:17
- 3 Digital Logic – Addition and subtraction 12:18
- 4 Digital Logic – Multiplication division and square roots 12:48
- 5 Digital Logic – Logic gates 8:33
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25:37
13
- 1 EEE241 DLD Lab 1-Analysis of logic gates and verification of their truth tables 25:37
- 2 EEE241 DLD lab 2 Implementation of a Boolean function and verification of Demorgan’s law 39:35
- 3 EEE241 DLDLab 3 Implementation of XOR and XNOR using NAND gates 21:50
- 4 EEE241 DLD Lab 4 Implementation of Half Adder using NAND gates 16:17
- 5 EEE241 DLD Lab5 Implementation of Full Adder 33:29
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14:01
154
- 1 Introduction to Decimal Number System || Lesson 1 || Digital Logic || Learning Monkey || 14:01
- 2 Understanding how to do 9’s and 10’s complement of a decimal number || Lesson 2 || Digital Logic || 5:36
- 3 Subtraction of Decimal Numbers using 9’s and 10’s Complement || Lesson 3 || Digital Logic || 11:05
- 4 Logic Behind 9’s and 10’s Complement Subtraction || Lesson 4 || Digital Logic || Learning Monkey || 15:23
- 5 Solving Examples on 9’s and 10’s Complement Subtraction | Lesson 5 | Digital Logic | Learning Monkey 14:07