Yet another Atari Punk Console 🙉 hardware implementation

An Atari Punk console with dual NE555P chips.

An old school digital clock made using transistor-transistor logic chips: counters, logic gates, flip-flops and other integrated circuits.

Opendag TI button

A Linear Integrated Circuit project and a non coding project.

Simple PCB containing a 555 timer for PWM control of various small motors.

A Datalogger / reader module for sensing and capturing soil moisture data from watermark Sensors

This is the LED 'J' Sequencer, a project I built for my uncle's birthday! It features 20 LEDs arranged to form the letter 'J', which light up in sequence. The "brains" are a trusty 555 timer and two CD4017 decade counters – no microcontrollers here, just good old-fashioned discrete logic fun. Check out the details to see how it works!

A Digital fundamentals project worked on fire alarm detector circuit which is build mainly using 555 Timer IC and implemented in Tinkercad

Aspiring Full Stack Embedded Engineer with hands-on experience in automotive electronics. Passionate about turning complex schematics into high-quality, manufactured hardware. My first major project, the J-Letter Sequencer, was proudly sponsored by PCBway.

Adaptador para poder usar joysticks resistivos en las FPGAs que no han previsto usar el esquema original de ATARI aparecido en 1977 con la ATARI2600.

Smart Street Light Control System using 555 Timer IC, LDR, and Relay.

This is the Design of a digital clock created in Multisim to display time consisting a 12-24 hour display, time zone, stopwatch and time adjustment by making the 1Hz pulse using 555 Timer, 1,2,4-bit counter using D Flip Flop and 7 segment LED display.

A festive, ridiculous, and slightly petty electronics project born from an annual tradition of absurdity.

Vibration trigger circuit, to turn on a device for 30 seconds, resettable so that it remains on if vibration continues.

Home security system using digital ICs such as digital logic gates, shift register, decade counter, 555 timer, and 7 segment display.

This project was done during course ELEC 291 at UBC (University of British Columbia) in February 2022.

An NE555 timer circuit in astable mode generating an adjustable square wave using two potentiometers for frequency/duty cycle control.

Proteus circuit design and implementation of a stylophone

This project demonstrates the creation of a classic 'Knight Rider' or 'Cylon' style LED chaser effect...