Digital Logic Design (DLD) is a fundamental subject for the engineering students worldwide. Well, many students find it difficult to design the digital circuits properly while pursuing the DLD course in colleges or universities. Therefore, I will try to assist those students by sharing my lab works with them.

Design and implementation an arithmetic unit that is capable of adding, subtracting, and multiplying two signed magnitude numbers, and displays the result of the operation performed along with some additional flags regarding the operation and the result using Logisim.

This is our digital logic design project. The java program takes assembly code and converts it to hexadecimal code. And hex code is input for our Logisim circuit's instraction memory file. Logisim circuit runs the instructions and modify registers and data memory.

Logic Design and Computer Organization are core courses in most of the Undergraduate Curricula of the Discipline Computer Science / Engg., Electronics, Electrical etc..

Design in VHDL of an hardware component for the Logic Circuit Design course @ PoliMi

Logic Circuit Practices

Logic Circuit Exercise, created using logisim

This repository contains projects developed by students of the Bachelor of Computer Engineering program at Qazvin Islamic Azad University (QIAU). The projects cover various topics in computer engineering, including digital systems, microprocessor, logical circuits, computer graphics, and etc..

Simple 6502 / 65C02 implementation

Fritzing parts for most common DIP ICs including 74LS Series and more, which is used in Digital Electronics or Logic Circuit and Design.

I designed this logic circuit of a 3x3 Three Bit Multiplier as a project of my CSCI - 240 Computer Organization and Assembly Language Course at Queens College of the City University of New York. Here I am uploading the .circ file of the logic circuit that I designed with logisim.

This repository contains Verilog HDL implementations of Half Adders, Full Adders, and 4-bit Adders, designed at three different abstraction levels: Gate Level, Dataflow Level, and Behavioral Level. These designs are fundamental to digital electronics, and this project showcases the versatility of Verilog in modeling and simulating digital circuits.

Logic Circuit Simulator