Searched Projects

An XOR-Gate created using NOT, AND and OR gates.

XOR gate built with OR, AND, NOT gates.

When the XOR Gate has only 2 inputs, it is a "one and only one" gate. However, when the XOR Gate has more than 2 inputs, it is no longer a "one and only one" Gate... It is no longer about exclusivity, it is about detecting an odd number of TRUE inputs.

This project "The Exclusive Gate" is about a circuit that has more than 2 Inputs (4 in this example) and only outputs TRUE if "one and only one" input is true.

1. AND

2. OR

3. NOT

4. NAND

5. NOR

6. XOR

7. XNOR

Design and Realiization of Basic Logic Gates

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

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.

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

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 

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`

XOR gate by using only NOT, AND, OR gates.

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

verification of truth table

Somador completo para somar 1 bit.

Basic circuits of all gates

Useful LINK for EXP : https://www.google.com/url?sa=i&url=https%3A%2F%2Fwww.iitg.ac.in%2Fcseweb%2Fvlab%2FDigital-System-Lab%2Fbinary_grey.php%3Fid%3D17&psig=AOvVaw1Qw4Z5u7eGC290w2CEGskC&ust=1633754301253000&source=images&cd=vfe&ved=0CAgQjRxqFwoTCKjclZj_ufMCFQAAAAAdAAAAABAm

OR,AND,NOT,NOR,NAND,XOR,XNOR

College project

NAND GATE AS A UNIVERSAL GATE

NOR GATE AS UNIVERSAL GATE

Working good...

These are logic gates

Booths-Algorithms Using halfAdder & AND gate

NOR and XOR Gates implementation

Correctly recreated the following circuits within your circuitverse.com account, then use the circuits you recreated to complete the following truth tables.

Simple Arithmetic Logic Unit

VERIFYING THE TRUTH TABLES OF RESPECTIVE GATES.

XOR, Half adder, Full adder, Multi-bit full adder, Comparator, Multi-bit comparator, Shifter, Multiplexer 4-to-1, Demultiplexer 1-to-4, Decoder 2-to4, ALU-Arthmetic Logic Unit

This is a Hexadecimal ALU with 6 status flags!

UF and OF are underflow and overflow respectivly 

Fundamental logical functions are performed using basic logic gates. These are the fundamental components of integrated circuits.

XOR Using NAND

A porta lógica XOR, abreviação de "exclusive OR" (ou "OU exclusivo" em português), é uma porta que possui duas entradas e uma saída. A sua função é gerar um sinal lógico "1" na saída somente quando as duas entradas forem diferentes entre si. Caso contrário, a saída será "0". 

Gerbang Logika XOR ini memerlukan dua input untuk menghasilkan satu output. Jika input berbeda (misalkan: input A=1, input B=0) maka output yang dihasilkan adalah bilangan biner 1. Sedangkan jika input adalah sama maka akan menghasilkan output dengan bilangan biner 0.

Berikut adalah simulasi gerbang logika dasar XOR :

XOR gate with only NOT, AND and OR gates

Here is First Project ...Today dated 7-september-2023

Basic and Universal Gates

XOR GATE

This is basically work on Gates (AND, NAND, OR, XOR, XNOR,)

A free, simple, online logic gate simulator. Investigate the behaviour of AND, OR, NOT, NAND, NOR and XOR gates. Select gates from the dropdown list and click "add node" to add more gates. Drag from the hollow circles to the solid circles to make connections. Right click connections to delete them. See below for more detailed instructions.

Engineering Electronics Logic