Implementation of Different Gates with 2:1 Mux
Given below are the Implementation of Different gate using 2:1 Mux
Implementation of NOT gate using 2 : 1 Mux
The Not gate from 2:1 Mux can be obtained by
- Connect the input signal to one of the data input lines(I0).
- Then connect a line (0 or 1) to the other data input line(I1)
- Connect the same input line Select line S0 which is connected to D0.
Given Below is the Diagram for the Logical Representation of NOT gate using 2 : 1 Mux
Implementation of AND gate using 2 : 1 Mux
The And gate from 2:1 Mux can be obtained by
- Connect the input Y to I1.
- Connect the input X to the selection line S0.
- Connect a line(0) to I0.
Given Below is the Diagram for the Logical Representation of AND gate using 2 : 1 Mux
For further more on the Implementation of AND gate using 2 : 1 Mux
Implementation of OR gate using 2 : 1 Mux
The OR gate from 2:1 Mux can be obtained by
- Connect input X to the selection line S0.
- Connect input Y to I1.
- Connect Line(1) to I1.
Given Below is the Diagram for the Logical Representation of OR gate using 2 : 1 Mux
Implementation of NAND, NOR, XOR and XNOR gates requires two 2:1 Mux. First multiplexer will act as NOT gate which will provide complemented input to the second multiplexer.
Implementation of NAND gate using 2 : 1 Mux
The NAND gate from 2:1 Mux can be obtained by
- In first mux take inputs and 1 and 0 and y as selection line.
- In Second MUX the Output from mux is connected to I1.
- line(1) is given to the I0.
- x is given as selection line for the second Mux.
Given Below is the Diagram for the Logical Representation of NAND gate using 2 : 1 Mux
For further more on the Implementation of NAND gate using 2 : 1 Mux
Implementation of NOR gate using 2 : 1 Mux
The Nor gate from 2:1 Mux can be obtained by
- In first mux take inputs and 1 and 0 and y as selection line.
- In Second MUX the Output from mux is connected to I0.
- line(0) is given to the I1.
- x is given as selection line for the second Mux.
Given Below is the Diagram for the Logical Representation of NOR gate using 2 : 1 Mux
For further more on the Implementation of NOR gate using 2 : 1 Mux
Implementation of EX-OR gate using 2 : 1 Mux
The Nor gate from 2:1 Mux can be obtained by
- In first mux take inputs and 1 and 0 and y as selection line.
- In Second MUX the Output from mux is connected to I1.
- y is given to the I0.
- x is given as selection line for the second Mux.
Given Below is the Diagram for the Logical Representation of EX-OR gate using 2 : 1 Mux
Implementation of EX-NOR gate using 2 : 1 Mux
Given Below is the Diagram for the Logical Representation of EX-OR gate using 2 : 1 Mux
The Nor gate from 2:1 Mux can be obtained by
- In first mux take inputs and 1 and 0 and y as selection line.
- In Second MUX the Output from mux is connected to I0.
- y is given to the I1.
- x is given as selection line for the second Mux.
Multiplexers in Digital Logic
In this article we will go through the multiplexer, we will first define what is a multiplexer then we will go through its types which are 2×1 and 4×1, then we will go through the Implementation of the 2×1 mux and higher mux with lower order mux, At last we will conclude our article with some applications, advantages and some FAQs.
Table of Content
- What Are Multiplexers?
- Types of Mux
- 2×1 Multiplexer
- 4×1 Multiplexer
- Implementation of Different Gates with 2:1 Mux
- Implementation of Higher Order MUX using Lower Order MUX
- Advantages and Disadvantages of MUX