Circuit Lake

Electronic Project and Circuit Collection

Game




AVR Ultrasonic Spheroid Levitation Device

April 28, 2012 By: admin Category: AVR, Game, Microcontroller, Miscellaneous, Project No Comments →

Ultrasonic Spheroid Levitation Game

The goal of this project was to design and build a ‘gaming’ device capable of levitating a ping pong ball at varying heights based on the proximity of the user to the device. The project based on ATMega16 microcontroller.
The project incorporates a fairly complex mechanical system and utilizes many features of the ATmega platform including [...]

Ping-Pong Score Keeper

March 02, 2012 By: admin Category: Digital, Display, Game, Microcontroller, Monitoring, Project, Renesas No Comments →

Table Tennis Score Keeper Project

The purpose of this project is to build a device that can keeps track of the score and which team is serving. Mounted on the edge of the ping-pong table, the device speaks to you – scores and service are announced verbally. They are also displayed on the LCD.

The ping-pong score keeper is built using [...]

PIC RGB Luxeon Lightsaber

November 03, 2010 By: admin Category: Game, LED, Miscellaneous, PIC, Project No Comments →

LED lightsaber

If you are a Star Wars fan, I’m sure you familiar with lightsaber. In the hands of a Jedi, a lightsaber is almost unstoppable. It can be used to cut through blast doors or enemies alike. Nbitwonder shows you how to build RGB Luxeon LED lightsaber, of course you can not use it to blast [...]

Interactive Martial Arts Training System

October 18, 2010 By: admin Category: AVR, Game, Microcontroller, Miscellaneous, Project No Comments →

Martial-Arts-Training-System

CyberSpar is real-time interactive martial arts training system is built based on AVR ATmega16. Incorporating high-quality digitized audio and speech feedback, it simulates a bout with an opponent while providing audio motivational cues and other helpful feedback. It offers three different skill level settings, with bouts ranging from three to six rounds, and is designed [...]