Ayush DECO ppt.pptx a presentation on deco topic

A presentation on digital electronics topic LOGIC GATES

1. Presented BY: AYUSH SHARMA

2. - Welcome to our presentation on Logic Gates, the fundamental components of digital circuits. Today , we'll explore what logic gates are, how they work, INTRODUCTION

3. - Logic gates are electronic devices that perform Boolean logic operations on one or more binary inputs to produce a single binary output. They are the basic building blocks of digital circuits and are used in various electronic devices, from simple calculators to complex computers. What are Logic Gates?

4. - There are several types of logic gates, each performing a specific logic operation: - AND Gate - OR Gate - NOT Gate - XOR Gate - NAND Gate - NOR Gate - XNOR Gate - Each gate has its unique truth table that defines its behavior based on input combinations. Types of Logic Gates

5. - Logic gates operate based on the principles of Boolean algebra, where inputs and outputs are represented by binary values (0s and 1s ). - Each gate has its specific logic operation: - AND Gate: Output is high (1) only when all inputs are high (1). - OR Gate: Output is high (1) if any input is high (1). - NOT Gate: Output is the inverse of the input. - XOR Gate: Output is high (1) if the number of high inputs is odd. - NAND Gate: Output is low (0) only when all inputs are high (1). - NOR Gate: Output is low (0) if any input is high (1). - XNOR Gate: Output is high (1) if the number of high inputs is even . - These operations are implemented using electronic components such as transistors. How Logic Gates Work

6. - Logic gates are essential components of digital electronics, forming the basis of all digital systems . - They enable the processing and manipulation of binary data, which is the foundation of modern computing and communication systems . - Understanding logic gates is crucial for students and professionals in fields such as electrical engineering, computer science, and information technology. Importance of Logic Gates

7. THANK YOU