Remove the need for light switches and wasted time unplugging and plugging in various lights in the room
Refinements and Additions! We've added a timed interrupt, improved text handling, and five new programs, including a Tic Tac Toe game.
Example of how to program an Altera FPGA with Intel Quartus and VHDL.
Traffic Lights and other PWM projects using RGB LEDs are constructed with FPGAs.
We are going to build an 8 Bit Arithmetic Logic Unit, the Heart of a computer CPU - it's surprisingly easy with a FPGA!
This project aims to create an interactive and engaging educational demonstration of logic gates to a younger audience.
We interface a 16 key keypad to the Alchitry Au board and input numbers with it, posting them in decimal on the 7 segment display.
Our group worked on designing and implementing a Digital Timer Circuit.
We input numbers in binary with the dip switches and display them in decimal on a 4 digit 7-segment display.
Exploring digital designs with the Logic Gate Evaluation Board
We conclude this series of tutorials by building a simple integer calculator, using our keypad and the seven segment display.
An introductory tutorial to a powerful tool for the design and simulation of complex logic circuits.
Streamline your digital design verification with OD Gate and XOR Gate testing.
In the realm of DIY electronics, the ability to manipulate and control signals using logic gates is fundamental.
How the serial data and serial clock of a different logic level is compatible with any other logic voltage and the simple answer use- LLC.
In this video tutorial we will see how to make a logic tip, on a printed circuit, with the integrated circuit sn7404, a 7-segment display,
Synchronous counters are fascinating. I'll take you from the basics to the versatile counters at the heart of computer hardware!
A hands-on STEM system that teaches kids computer logic with real electronic cards—before they move on to coding.
A custom 8-bit computer built from logic gates and TTL ICs, with a custom CPU, instruction set, assembler, emulator, and hardware tools.
Simulation of a game built entirely from standard digital logic components using the Logisim App
A fully simulated 8-bit RISC CPU designed from scratch using simple logic ICs
74LS04N is a classic six-channel TTL hex inverter. This project use it with an Arduino Nano to create a simple 5V digital signal laboratory.
Instead of using a IC, this project builds a 4 bit adder using basic logic gates
