Development Of Automatic Gamelan Mechanical Player Using Arduino Microcontroller And NDFEB Magnet

Bernados, Mohd Zairunshah (2018) Development Of Automatic Gamelan Mechanical Player Using Arduino Microcontroller And NDFEB Magnet. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

Text (24 Pages) Development Of Automatic Gamelan Mechanical Player Using Arduino Microcontroller And NDFEB Magnet.pdf - Submitted Version Download (510kB)

Abstract

Nowadays,the Gamelan music that famous for its melody and sentimental music is getting faded and rarely heard by the youth generations.Furthermore,the Gamelan instruments and the well-trained musicians are hardly to find among the youngsters.Therefore,the Automatic Gamelan Mechanical Player using Arduino Microcontroller and NdFeB Magnet is developed.This project is to design,fabricate,stimulate and test the Automatic Gamelan Mechanical Player to play the Gamelan music that be focussed on Bonang,part of Gamelan.The Automatic Gamelan Mechanical Player will be controlled by the Arduino microcontroller.The Gamelan music node data will be read by the Arduino IDE and the Processing IDE and change to signal as the input for the Arduino microcontroller.Other than that,the signal generated by the Arduino will be transmitted to the Gate Driver to produces a high current for IGBT from the low current of Arduino.The IGBT will be used as its fast switching speed to enable the electromagnetic force for the knocking mechanism in the fast response.This Automatic Gamelan Mechanical Player will knock the Gamelan Bonang with a high force and fast response.There are several factors that affects the magnitude of the resultant knocking force,which is the supply,number of turn of solenoid coils,magnet properties and the efficiency of the resultant flux.Thus,this Automatic Gamelan Mechanical Player will undergo several experiments and tests to investigate the ability and performance of this project.

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