Searched Projects

Tags: and

project.name
0 Stars     214 Views
User:
User Image s

and gate

and gate
This is a simple and gate

project.name
0 Stars     287 Views

project.name
0 Stars     235 Views

adn gates

adn gates
this asmpily and gates

project.name
0 Stars     711 Views

ram rom selector

ram rom selector
These are example circuits targeted to 8-bits homebrew computers. They are simple circuits to select between ROM and RAM memories when they share partial block of address space, i.e. if you have a big ROM chip, let's say 32K but you won't use it every single cell of it. So you can set a ROM and a RAM chip on the same address space and set your computer to select the proper one.
Let me explain. Let's say that you have 1x 32K ROM chip and 2x 32K RAM chips and you're using a Z80. The Z80 needs ROM on the first page of the address space because at reset it points to $0000 address cell. But your firmware only occupies 16/18 KB of space. So you can build this RAM/ROM selector using simple chips from the 74xx series and let the computer switches between the 2 kinds of memory. In the first one, for example, the CPU reads from ROM chip up to address $4FFF (20,479), then reads/writes from/RAM. In the second one, the CPU addresses the ROM for the first 24K of memory then switches to RAM

project.name
0 Stars     177 Views
User:

hiteesh

hiteesh

project.name
0 Stars     154 Views

nand1

nand1
and
Basic NAND circuit element, to see how it works

project.name
0 Stars     163 Views

exercise1

exercise1
and
two not circuits fed into a band

project.name
0 Stars     95 Views
User:

chandu

chandu
and

project.name
0 Stars     119 Views
User:

chandu

chandu
and

project.name
0 Stars     120 Views
User:

first

first
and

project.name
1 Stars     220 Views

Digital Combinational Circuits

Digital Combinational Circuits

Digital Combinational Circuits

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

half adder, full adder, multiplexer, demultiplexer



project.name
0 Stars     118 Views
User:

prova

prova
and

project.name
23 Stars     4471 Views
User:
User Image me

This is a CPU witch is capable of executing a lot of stuff in one clock cycle, and this CPU can shift left up to 7 times and shift right up to 7 times witch means that it is possible to  multiply and divide in one clock cycle if you program a table in the program memory. it has a 32 bit instruction width and a 8 bit address. it also has 

The ALU has the following operations:

  • ADD
  • SUBTRACT
  • SHIFT_LEFT (up to 7 times per cycle 3 bit)
  • SHIFT_RIGHT (up to 7 times per cycle 3 bit)
  • XOR
  • OR
  • NOT

This Was made by miles


project.name
0 Stars     108 Views
User:

lab dld 7

lab dld 7
and

and gate


project.name
0 Stars     135 Views

logic gates 1

logic gates 1

project.name
0 Stars     166 Views
User:

dld lab 3

dld lab 3

project.name
0 Stars     100 Views

coa

coa

project.name
0 Stars     102 Views
User:

fuller adder

fuller adder

project.name
0 Stars     123 Views

LOGIC GATES

LOGIC GATES

project.name
0 Stars     129 Views
User:

laws of logic gates

laws of logic gates

project.name
1 Stars     173 Views
User:

All Gates

All Gates

project.name
0 Stars     138 Views

dlf

dlf

project.name
0 Stars     145 Views

AND Gate

AND Gate

Variation of the Gate


project.name
0 Stars     156 Views

Complex Gate 1

Complex Gate 1

Deep Dive 1


project.name
0 Stars     130 Views
User:

tamrin5 Q1

tamrin5 Q1

project.name
0 Stars     90 Views
User:

tamrin5 Q2

tamrin5 Q2

project.name
0 Stars     85 Views

Untitled

Untitled
and

project.name
0 Stars     145 Views

Test1

Test1

Create Logic Gates and build Truth Tables


project.name
0 Stars     150 Views

Complex Gate 2

Complex Gate 2

2.7 Complex Gates and Truth Tables


project.name
0 Stars     108 Views

Complex Gate 3

Complex Gate 3

2.7 Complex gate with Truth Table


project.name
0 Stars     151 Views

Complex Gate 4

Complex Gate 4

Complex Gates with Truth Tables


project.name
0 Stars     163 Views

Complex Gate 5

Complex Gate 5

Complex Gates


project.name
0 Stars     157 Views

test001

test001

test001


project.name
0 Stars     144 Views

Test002

Test002

Test 002


project.name
0 Stars     147 Views
User:

truth table of all gate

truth table of all gate

project.name
0 Stars     101 Views
User:

Logis gates

Logis gates

project.name
0 Stars     134 Views

Assignment 1

Assignment 1

Assignment 1 Lab 22-01-2020


project.name
0 Stars     110 Views
User:

Basic Gates

Basic Gates

Simple Combinational Circuit using AND, OR, XOR, XNOR


project.name
0 Stars     70 Views
User:

g=xy' +x'z' + x'y

g=xy' +x'z' + x'y

.


project.name
0 Stars     108 Views
User:

h=(x'+y')(x+y+z')

h=(x'+y')(x+y+z')

.


project.name
0 Stars     104 Views
User:

project4-1

project4-1

.


project.name
0 Stars     126 Views
User:

COMPORTAS LÓGICAS

COMPORTAS LÓGICAS

Comportas lógicas anD/Ou, IFSP REGISTRO


project.name
0 Stars     119 Views

Experiment 1:Verifying truth table for gates

Experiment 1:Verifying truth table for gates

project.name
0 Stars     79 Views

AND 3 variaveis

AND 3 variaveis
and

AND e propriedade associativa


project.name
0 Stars     120 Views
User:

E - TRÊS ENTRADAS

E - TRÊS ENTRADAS

3 ENTRADAS aND 


project.name
0 Stars     104 Views
User:

OU - TRÊS ENTRADAS

OU - TRÊS ENTRADAS

OoR - TRÊS END


project.name
0 Stars     117 Views
User:

COMPORTAS nOT, nOR, nAND E xOR

COMPORTAS nOT, nOR, nAND E xOR

AAAAA


project.name
0 Stars     131 Views
User:

3 entrada

3 entrada

aaaaaAum


project.name
0 Stars     81 Views
User:

Verification of basic gates

Verification of basic gates

Verified the truth table of basic gates


project.name
0 Stars     88 Views
User:

trial

trial

project.name
0 Stars     108 Views

verifying basic circuits

verifying basic circuits

familiarizing basic gates 


project.name
0 Stars     136 Views

Verification

Verification

project.name
0 Stars     113 Views
User:

BANCO COM O AGENTE

BANCO COM O AGENTE

BANCO COM O AGENTE


project.name
0 Stars     104 Views
User:

CIRCUITO TABELA VDD 1

CIRCUITO TABELA VDD 1

VGJNHFYTFYTHMKKt


project.name
0 Stars     108 Views
User:

CIRCUITO DA TABELA VDD 2

CIRCUITO DA TABELA VDD 2

TTTTTTTTTTT3R2


project.name
0 Stars     133 Views

gates

gates

project.name
0 Stars     98 Views

logic gates

logic gates

project.name
0 Stars     117 Views

Study of logic gates

Study of logic gates

project.name
0 Stars     110 Views

logic gates

logic gates

project.name
0 Stars     72 Views
User:

GATES

GATES

project.name
0 Stars     134 Views
User:

basic circuit diagram

basic circuit diagram

project.name
0 Stars     80 Views
User:

nor

nor

nothing


project.name
0 Stars     74 Views

DTE .1

DTE .1
and

project.name
0 Stars     91 Views

and

and

project.name
0 Stars     80 Views

full subtracter

full subtracter

project.name
0 Stars     81 Views

full adder

full adder

project.name
0 Stars     69 Views

half subtractor

half subtractor

project.name
0 Stars     43 Views

AND & NAND PORT

AND & NAND PORT

project.name
0 Stars     75 Views

3-bit carry look-ahead adder

3-bit carry look-ahead adder

project.name
0 Stars     105 Views

Exemplo de portas lógicas

Exemplo de portas lógicas

Exemplos do funcionamento das portas lógicas básicas.


project.name
0 Stars     96 Views

assignment2

assignment2

project.name
0 Stars     57 Views

assignment2

assignment2

project.name
0 Stars     75 Views

assignment3

assignment3

project.name
0 Stars     104 Views
User:

project.name
0 Stars     47 Views

Untitled

Untitled

project.name
0 Stars     72 Views

full wave

full wave

project.name
0 Stars     80 Views
User:

full and half

full and half

project.name
0 Stars     76 Views
User:

half

half

project.name
0 Stars     84 Views
User:

full

full

project.name
0 Stars     76 Views
User:

multiplexer

multiplexer

project.name
0 Stars     48 Views
User:

DEMULTIPLEXER

DEMULTIPLEXER

project.name
0 Stars     35 Views

full

full

project.name
0 Stars     36 Views

demultiplexef

demultiplexef

project.name
0 Stars     61 Views

myGATES

myGATES

project.name
0 Stars     85 Views
User:

logic gate

logic gate

logic gate project


project.name
0 Stars     87 Views

study of logic gates

study of logic gates

project.name
0 Stars     76 Views

Logic gates

Logic gates

project.name
0 Stars     95 Views

homework

homework

project.name
0 Stars     76 Views

AND and NOT

AND and NOT

I used CircuitVerse as an alternative to the paid circuit simulator apps. One thing I love about making circuits is starting from nothing. I limited myself to using only two gates: AND and NOT. I copied this idea from the game made by Sebastian Lague. This project starts from using the built-in AND and NOT gates.


project.name
0 Stars     34 Views

Experiment1

Experiment1

first experiment


project.name
0 Stars     13 Views

project1

project1

some basic gates


project.name
0 Stars     37 Views

rekha

rekha

project.name
1 Stars     237 Views
User:

This is a simple digital clock with basic combinational and sequential logic circuits.

It can display seconds, minutes, and hours

Users can set time by clicking the button and using the multiplexer to choose which to change.

Also, the design for the 4bits 7segment display and 3 bits 7segment display is inside.


project.name
0 Stars     45 Views
User:

8 Input And Gate

8 Input And Gate

4, 8, and beginning of 12 AND gate IC


project.name
0 Stars     59 Views
User:

gheevas project 1

gheevas project 1

project.name
0 Stars     21 Views
User:

logic gates experiment

logic gates experiment

project.name
0 Stars     49 Views

experiment 1 level 1

experiment 1 level 1

project.name
0 Stars     13 Views

Satyam Jaiswal

Satyam Jaiswal

implemented basic logic gates


project.name
0 Stars     51 Views

LOGIC GATES

LOGIC GATES

project.name
0 Stars     30 Views

7 gates Implementation

7 gates Implementation

First lab of COA. 

Implementation and verification of logic gates

1.AND gate

2.OR gate

3.NOT gate

4.XOR gate

5.XNOR gate

6.NAND gate 

7.NOR gate


project.name
1 Stars     22 Views

shubham kumar

shubham kumar

project.name
0 Stars     8 Views
User:

Untitled

Untitled
and

project.name
0 Stars     23 Views

team baka

team baka

project.name
0 Stars     39 Views
User:

Untitled

Untitled

NAND gate only version for other gates


project.name
0 Stars     57 Views
User:

full_substractor

full_substractor

A Full Subtractor is a combinational logic circuit that is designed to perform the subtraction of two binary numbers. It is considered "full" because it not only considers the subtraction of two binary inputs but also accounts for a borrow input from the previous stage. In other words, it can subtract three binary bits - minuend, subtrahend, and borrow - to produce the difference and a borrow output.


project.name
0 Stars     46 Views

LetsCook

LetsCook

Logic circuit for turning flour, milk, oil, yeast and/or eggs into a variety of different foods.


project.name
0 Stars     40 Views

Nandgate

Nandgate

1,0


project.name
0 Stars     15 Views

BASIC GATES

BASIC GATES

project.name
0 Stars     13 Views
User:

Verification of logic gates

Verification of logic gates

project.name
0 Stars     16 Views
User:

Verification of logic gates

Verification of logic gates

project.name
0 Stars     8 Views

P1

P1
and

Función AND


project.name
0 Stars     18 Views
User:

Untitled

Untitled

This is a simple and gate 


project.name
0 Stars     6 Views

Simplification 1

Simplification 1
and

project.name
0 Stars     6 Views
User:

project1

project1

project.name
0 Stars     4 Views

11septlab

11septlab

project.name
0 Stars     10 Views
User:

assignment 1

assignment 1

project.name
0 Stars     7 Views

Porta Lógica

Porta Lógica

O que são Portas Lógicas?

Portas lógicas são os blocos fundamentais da eletrônica digital, responsáveis pela realização das operações lógicas básicas que formam a base dos circuitos digitais. Elas recebem um ou mais sinais de entrada e produzem um sinal de saída, conforme uma lógica específica. As portas lógicas são essenciais em computadores, dispositivos eletrônicos e em diversas aplicações tecnológicas, pois são usadas para executar operações como soma, subtração, comparação, e outras funções lógicas necessárias para o funcionamento de sistemas digitais.

Cada porta lógica tem uma função definida e pode ser representada por um símbolo específico em diagramas elétricos. As operações realizadas por essas portas são baseadas nas leis da lógica matemática, particularmente na álgebra booleana, que permite a manipulação de variáveis binárias (0 e 1).


project.name
0 Stars     3 Views