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Tags: Assignment

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May Thet Htar Lwin

May Thet Htar Lwin

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John D/Lab 17

John D/Lab 17

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Roll Number

Roll Number

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Combinational Circuits

Combinational Circuits

Combinational Circuits :-

Combinational circuit is a circuit in which we combine the different gates in the circuit, for example encoder, decoder, multiplexer and demultiplexer. Some of the characteristics of combinational circuits are following −

  • The output of combinational circuit at any instant of time, depends only on the levels present at input terminals.
  • The combinational circuit do not use any memory. The previous state of input does not have any effect on the present state of the circuit.
  • A combinational circuit can have an n number of inputs and m number of outputs.

Block diagram

Block Diagram of combinational circuit


ASSIGNMENT :-

In this assignment I am working on designing and simulating the given boolean function ( Z=X'Y+X'Y' ).


  • Truth table for given function :

         


  • Design of circuit using gates :
         

         *  Formed using manual inputs and outputs using simulator.


  • Circuit on simulation :
       

        * Formed using combinational analysis tool in simulator.


project.name
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Logic Gates :-

Logic gates are the basic building blocks of any digital system. It is an electronic circuit having one or more than one input and only one output. The relationship between the input and the output is based on a certain logic. 

Logic gates are named as :

  • AND Gate
  • OR Gate
  • NOR Gate
  • NAND Gate
  • XOR Gate
  • XNOR Gate
  • NOT Gate

ASSIGNMENT :

In the given assignment I have to verify all the logic gates and hence I had used digital led for it.

  • Digital LED :

         Digital LED is used for verification of circuit in digital electronics. It glows when circuit gives a true value and do not glows when the value is false.

         In this assignment when the value will be true i.e., output will be 1 LED will glow with red color and else it will be shown in a white transparent color.

  • Truth table & verification images of different gates :-

  1. AND Gate :  

                   

   2. OR Gate :  

                   

   3. NOT Gate:

                                               

   4. NAND Gate :

                  

     

    5. NOR Gate:

                 


      6. XOR Gate:

                


      7. XNOR Gate:

             



** All the diagrams and truth tables I had used above is formed using tools provided in simulator.










project.name
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LOGIC GATES ASSIGNMENT

LOGIC GATES ASSIGNMENT

Logic gate Circuits for the given expression has been verified with the truth table.

F(X,Y) = X'Y' + XY + X'Y is table 1.

The above expression can be simplified as the following two expressions.

F(X,Y) = X' + XY is table 2.

F(X,Y) = X'Y' + Y is table 3.


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DLD Practical Assignment

DLD Practical Assignment

Abdullah El-Nahas

T-11

52-4957


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Sensor and Sanitizer

Sensor and Sanitizer

It is a combination of temperature scanner and auto hand sanitizer.


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2.23A

2.23A

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2.23B

2.23B

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2.23C

2.23C

project.name
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2.23D

2.23D

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Assignment

Assignment

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Aparna Nair/NO.4 ADDERS AND SUBTRACTORS

Aparna Nair/NO.4 ADDERS AND SUBTRACTORS

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Led light

Led light

It's for lab


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HPC0_Assignment1

HPC0_Assignment1

HPC0 Assignment 1 

Manuel Kieselbach


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Assignment 2

Assignment 2

Assignment 2

(a) Implement all the basic logic gates using NAND gates only.

(b) Implement all the basic logic gates using NOR gates only.


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Lab 3

Lab 3

Verify DeMorgan's Theorems using circuit diagrams.

project.name
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22U02050

22U02050

project.name
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4 bit circuit for binary to Gray code

4 bit circuit for binary to Gray code

project.name
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Binary to graycode conversion

Binary to graycode conversion

conversion of binary to graycode


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0 Stars     4 Views

4-bit binary to gray code converter

4-bit binary to gray code converter

project.name
0 Stars     4 Views

2:1 MUX using logic gates

2:1 MUX using logic gates

project.name
0 Stars     8 Views

2:1 MUX and 4:1 MUX using gates

2:1 MUX and 4:1 MUX using gates

project.name
0 Stars     5 Views

Task 1

Task 1

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asmeet

asmeet

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half adder

half adder