# Searched Projects

## Tags: Logic Circuit

0 Stars     46 Views

### Circuit1

Circuit1

0 Stars     84 Views

### EXPERIMENT 8 i

EXPERIMENT 8 i

Implement a Half adder using basic gates

0 Stars     72 Views

### EXPERIMENT 8 ii

EXPERIMENT 8 ii

Implement a Full adder using basic gates

0 Stars     43 Views

### EXPERIMENT 9

EXPERIMENT 9

Implement a Full adder using 2 Half Adders

0 Stars     82 Views

### EXPERIEMNT 10

EXPERIEMNT 10

Implementation of a Half Subtractor using Basic Gates

0 Stars     49 Views

### EXPERIMENT 12

EXPERIMENT 12

Implementation a Full subtractor using 2 Half Subtractors

0 Stars     34 Views

### Flip-Flops

Flip-Flops

A flip-flop is a sequential circuit which stores a single bit (binary digit) of data, such data can be used for storage of state. In this project are shown some types of flip-flops.

0 Stars     40 Views

### Logic Gates

Logic Gates

Logic Gate is the implementation of logic functions such as not, and, or, xor, nand, nor and xnor

• The input signal excites transistors -> electric signal is implemented as boolean variable;
• Transistors works as switches -> electric signals are combined to generate a new boolean variable.

In this project is shown how these logic gates works.

0 Stars     26 Views

### Universality of NAND and NOR gates

Universality of NAND and NOR gates

0 Stars     42 Views

### MUX and DEMUX

MUX and DEMUX

In this project is shown the circuit of 4 bits multiplex and 4 bits demultiplex.

1 Stars     60 Views

### Contador Síncrono_AnnaLu e Filipe

Contador Síncrono_AnnaLu e Filipe

Trabalho de Anna Luisa Sá e Filipe, estudantes da UFRJ, para a aula de Circuitos Lógicos ministrada por Pedro Cruz.

Aqui você irá encontrar a primeira versão do nosso contador síncrono, no qual o usuário coloca até quando se deseja contar, ou seja, se ele desejasse contar até 8 números, ele teria que inserir o valor 8 em binário e o contador contaria de 0000 até 0111, e a versão final do trabalho, após a correção de contagem, a qual permite agora o usuário contar até onde ele, de fato, pediu.

Anna Luisa Sá and Filipe Viana's university's project, both of them are students from UFRJ, at Brazil. This project's objective is to count up to fifteen in binary(that is 4 bits) and in here you will find the first version and the final one, which is the official statement for this project.

0 Stars     4 Views

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