Searched Projects

Tags: Gates

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1 Stars     62 Views

HPC0_S01_XOR

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


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0 Stars     65 Views

Basic Gates

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


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0 Stars     41 Views
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Universal gate


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0 Stars     35 Views
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CO LAB Exam

Learning Gates.


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0 Stars     49 Views

DLD Lab 02

This is a 2x4 Decoder Logic Diagram.


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0 Stars     33 Views
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SIG


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0 Stars     39 Views

AND Gate


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0 Stars     36 Views

Not Gate


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0 Stars     48 Views
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isUppercase

Password Logic Gates


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0 Stars     103 Views
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Special Characters

Special Characters


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0 Stars     99 Views
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allAreOneofthem


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0 Stars     41 Views
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oneisUppercase


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0 Stars     100 Views
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oneisLowercase


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0 Stars     105 Views
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oneisSpecialCharacter


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0 Stars     109 Views
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isValidPassword


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0 Stars     98 Views
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isOneofthem


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0 Stars     27 Views
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Sandeep R


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0 Stars     46 Views
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NOT gate (only NAND)

NOT gates are useless...


From NandGame.


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0 Stars     44 Views
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AND gate (only NAND)

AND gates are also useless...


From NandGame.


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0 Stars     49 Views
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OR gate (only NAND)

Pfft, who uses these gates?


From NandGame.


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0 Stars     54 Views
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XOR gate (only NAND)

All of the gates (except good ol' NAND) are now useless, heh.


From NandGame.


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0 Stars     45 Views
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Full Adder (Only NAND)

Addition has never been so easy!


From NandGame.


project.name
1 Stars     33 Views

Aim :- Study and verify the outputs of the logic gates (AND, OR, NOT, NAND, NOR, Ex-OR, and Ex-NOR). 


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0 Stars     19 Views

EXP 1

The NOT gate is called as an inverter. The output is high when the input is low. The output is low when the input is high. 


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0 Stars     22 Views

AB+BC+ABC

AB(C+C')+BC(A+A')+ABC

ABC+ABC'+BCA+BCA'+ABC

ABC+ABC'+A'BC


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0 Stars     20 Views

EXP 2


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0 Stars     21 Views

EXP 3


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0 Stars     20 Views

Lab 4 Ex 2


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0 Stars     18 Views
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Component1


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0 Stars     20 Views

EXP 4


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0 Stars     21 Views
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TP0


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0 Stars     19 Views

EXP 5


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0 Stars     19 Views

EXP 6


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0 Stars     17 Views

Assignment 1


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1 Stars     42 Views
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ALU


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0 Stars     17 Views

University Practical


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0 Stars     8 Views

XOR GATE USING NAND GATE


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0 Stars     32 Views

Basic Logic Gates

Basic circuits of all gates


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1 Stars     13 Views

Basic Gates

Basic gates in Digital Circuits.


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0 Stars     49 Views

ALL GATES USING NAND GATE

Making of all gates using NAND universal gate.


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0 Stars     29 Views

ALL GATES USING NOR GATE

All gates using NOR universal gate.


project.name
1 Stars     24 Views

Adder Circuit

Half Adder : The addition of 2 bits is done using a combination circuit called Half adder. The input variables are augend and addend bits and output variables are sum & carry bits. A and B are the two input bits.

Full Adder Circuit : Full Adder is the adder which adds three inputs and produces two outputs. The first two inputs are A and B and the third input is an input carry as C-IN. The output carry is designated as C-OUT and the normal output is designated as S which is SUM.


project.name
1 Stars     12 Views

Gates (table varification)

all gates varification truth table 


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0 Stars     3 Views

Lab 1,Circuit 3 Simulation


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1 Stars     27 Views

Logic Gates


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0 Stars     32 Views
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Usage of Basic Gates and Universal Gates


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0 Stars     22 Views
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NAND Implementation

Implemented NAND


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0 Stars     17 Views

NOR Implement

This is the implementation of NOR Gate


project.name
0 Stars     19 Views

NAND AND NOR GATE


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0 Stars     2 Views

CS111


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0 Stars     19 Views

Electronics_Basics

This project is made to teach/learn the basics of electronics, especially Digital Logic Design.


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0 Stars     4 Views

The hidden language of comp hw and sw


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0 Stars     3 Views

Gates


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0 Stars     3 Views

Experiment 1 - Level 1


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0 Stars     3 Views
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Logic Gates


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0 Stars     1 Views

LAB 1


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0 Stars     2 Views

gaurav_pandey_gates_1

And Gates perform all operations


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0 Stars     2 Views
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AND GATE


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0 Stars     5 Views

JK FlipFlop NAND Gates (Rising edge)

This demonstrate the JK-Flipflop.

J 0, K 0 => do nothing
J 1, K 0 => Set (Q = 1, Q' = 0)
J 0, K 1 => Reset (Q = 0, Q' = 1)
J 1, K 1 => Toggle Q and Q'



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0 Stars     10 Views
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Encoders


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0 Stars     5 Views
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Decoder


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0 Stars     4 Views
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Multiplexer

4*1 and 8*1 Multiplexer


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0 Stars     4 Views
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Demultiplexer

1*4 and 1*8 Demultiplexer


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0 Stars     4 Views
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Flip Flops

SR and D Flip Flops


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0 Stars     3 Views
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2-bit Arithmetic Logic Unit

2-bit Arithmetic Logic Unit


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0 Stars     1 Views
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First Class


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0 Stars     1 Views

Basic_Gates

All the basic Gates