3rd title

last title and final decision to make it..>>>Tic-Tac-Toe<<<

During no post and new update at this blog..actually we are really busy with tests and PSM but no worries this blog still active and the project is under control..  so that, we have discussed so many times to make the right decision and we know our group are late than the other groups.. no update no new post do not mean we are not doing our job. right?? :)

then..taraaa>>>>>


Title

tic-tac-toe

Objectives

§     To explore and apply the the combination digital electronic and  microcontroller in gaming.

§     To improve the game using new technology with digital electronic application.

What exactly is mTouch? 

• mTouch, also known as capacitive touch sensor, can replace mechanical buttons with capacitive alternative. In addition, it helps in cost reduction. mTouch has become more prevalent and in demand for commercial applications such as mobile devices and mp3 players. Thus, this project will show users how to work with mTouch. For information, PR28 uses internal oscillator to run the program.

• Well, mTouch is an alternative to traditional mechanical pushbuttons with some distinct advantages. The system is completely sealed, has no mechanical components that will wear with time and provides a modern looking design.

• Microchip offers a royalty-free license along with a multitude of resources to aid in the development of your own mTouch applications. m-Touch Capacitive Touch Sensing is an alternative to traditional push-button user interfaces where there is no mechanical movement and it is completely sealed.

• The m-Touch is a modern looking design where it is being used in many of the game application nowadays. The microchip provides a multitude of resources to ease the design process.

Project scope

• This project demonstrates hobbyist on how to build a simple Microchip’s mTouch where no extra components are needed excluding the sensing pads on PCB. In this project, capacitive sensing module (CSM) is used. 

• Tic Tac Toe game is one of the simple applications of mTouch. This DIY project will be using PIC 16F727 microcontroller, 74HC595 shift registers, piezo, mTouch, RGB LEDs and 2 x 16 characters LCD.

• It can replace mechanical buttons with capacitive alternative. In addition, it helps in cost reduction. mTouch has become more prevalent and in demand for commercial applications such as mobile devices and mp3 players. Thus, this project will show users how to work with mTouch. For information, PR28 uses internal oscillator  to run the program.

the other progress will be update soon...:)