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This is just a simple project to get some practice with CircuitVerse and simple gates such as AND, OR, NOT.

1. AND

2. OR

3. NOT

4. NAND

5. NOR

6. XOR

7. XNOR

This project is regarding OR , NOT , AND , NAND , NOR , XNOR , XOR ,

Design and Realiization of Basic Logic Gates

Roll No. :- 12100119047
Dept. :- CSE (A)

We have three circuits made with NAND, one with the same result of doing an OR, another one to AND and the last one to NOT

q4

First attempt at Half Adder. A half adder is a logical circuit that adds to one bit binary numbers and results into a two digit output.

My first attempt at an full adder. This is a logical circuit that performs an addition operation on three one bit binary numbers. The full adder produces a sum of three inputs and a carry value.

An AND gate with three inputs

I have used a NOT gate and an AND gate to create an OR gate.

I used an AND, NOT and OR gates to create an XOR gate

(A'+B')(A(B+C'))'+A(B'+C')

Result: Familiarisation with logic gates through virtual lab successfully completed.

RESULT: Familiarised different logic gates using universal gates (AND gate only as well as NOR gate) using virtual lab.

Successfully completed half and full adder using gates and universal gates.

lab experiment 

Rechnerorganisation TU Berlin WS2021

AND GATE:-A*B

OR GATE:-A+B

NOT GATE:-A`

NAND GATE:-(A*B)`

NOR GATE:-(A+B)`

XOR GATE:-A^B  i.e. , A`B+AB`

XNOR GATE:-(A^B)` i.e. , AB+A`B`

Example AND gate

Introduction to logic gates and it's verification with truth table.

Verifying the truth tables of Basic and Universal Gates

Verification of basic gates

Representation of 7 logic gates.

Basic logic gates. Demonstrator for basic lectures on business information systems