Implementation of AND gate Using 2 : 1 Mux
Given Below is the Circuit Diagram for the Implementation of the AND gate using 2:1 MUX
Implementation of AND gate Using 2 : 1 Mux
- We Know the Expression of AND gate is A.B. To obtain this Expression from MUX, First we will Select line of MUX as Any Input of AND gate(Let us take A).
- Now the Expression can be Written as [Tex]Y=\overline{A}.I_0+A.I_1[/Tex],In this Expression Instead of Input lines I0 and I1 ,let us take 0 and B, Now Expression can be written as Y=[Tex]\overline{A}.0+A.B[/Tex]=A.B.
- To Implement AND gate using 2 : 1 MUX, Take Two inputs as 0 and B and Select line of MUX as Any Input of AND gate (let us take A).
So, this is how we can Implement AND gate using 2 : 1 Mux
Implementation of AND gate using 2 : 1 Mux
In Digital Electronics, The concept of the Gates and Multiplexer is Important for Building any Digital Logical Circuit. The Gates are the Building Block of the Digital Electronics.
On the Other hand, Multiplexers are an Important Component in Digital Electronics. They Enable the Selection of one data input from the Multiple Lines. Together, These Two Components are Important for Constructing Digital Systems ranging from Simple Logical circuits to complex Logical Circuits like Processors.
In this article, we will go through the Implementation of the AND gate using 2: 1 Mux, First, we will Start Our Article by going through the Basics of the 2:1 MUX and AND gate. We will see their Circuit Diagram, Truth Table, Block Diagram, and Logical Expression. Then we will go through how we can implement AND gate Using 2:1 MUX, At last, we will conclude our Article with Some FAQs.
Table of Content
- What is a Multiplexer?
- What is 2:1 Multiplexer?
- What is AND Gate ?
- Implementation of AND gate Using 2 : 1 Mux