Discover and create logic circuits

Flip flop setup, hold & metastability explorer tool

FuzzyNSGA-II-Algorithm (Fuzzy adaptive optimisation method)

Materials for the Computer Science course, Digital Design (Logic Circuits)

Implementaciones para diseño de sistemas digitales, comenzando por Flip Flops, registros, autómatas (Máquinas de Moore y Máquinas de Mealy), memorias ROM y sensores de presencia, utilizando para cada uno de estos, distintos contadores (anillo, década, etc).

An eurorack logic module with several logic functions and a clock divider mode. Build around an arduino nano. So could be reprogrammed.

this source is Commercial bcd counter that built with Jk flip-flop in verilog

💻 Repositório para Disciplina EEL5105 - Circuitos e Técnicas Digitais - UFSC

Latch and Flip Flop Analysis Using Hspice

Download my Redstone World: https://www.planetminecraft.com/project/redstone-circuits-6024948/

This GitHub repository contains coursework projects related to computer systems design. It includes various assignments and projects that cover topics such as digital logic design, computer architecture, and hardware description languages.

This MPLAB X Melody code example shows how to make an LED blink using the Configurable Custom Logic (CCL) found in the AVR® DB. The CCL is configured as a toggling J-K flip-flop. The toggling is a result of a timer event.

Compilation of Verilog behavioral models and test benches for the four types of flip-flops (SR, JK, D, and T)

This repository contains all home and lab assignments for the CSE 206: Digital Logic Design Sessional course, part of our Term-1, Level-2 curriculum. It applies theories from CSE 205 to implement digital logics and practically experience them.

porject from designing with VHDL course. Includes, FSM (finite state machine), next state logic,seven-segment-display-decode, full adder, flip flops, D_flip-flops, ripple carry adder, full adder, half adder, delay propagation

Logic Circuits using Logisim

Testers for some non elementary integrated circuits: Adder 74283, D Flip-Flop 74174 & Counter 74193 written to be run from PSoC 4

CSE-2112 Digital Syatem Design LAb

Playing with ⚡ logic gates to make corresponding ✔ decision making circuits solving 🔌 electronic challenges at hand 🚦