RANCANG BANGUN TONE FREQUENCY GENERATOR MENGGUNAKAN LASER BERBASIS MIKROKONTROLER ATMEGA 2560
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
Afif Lubis, M. Farid
Subject
T Technology (General)
Datestamp
2024-02-27 03:19:03
Abstract :
In today's modern era, technological development has been very rapid and has entered the era of technology 5.0. However, the development of technology in the world of music is still lacking because the development of technology in the world of music is only concerned with elements of function and aesthetics, it is characterized by the development of software and hardware in the world of music. However, the output form of the results of these technological developments rarely gives birth to a new instrument with sound or tone exploration based on the technological developments of the 5.0 era. The lack of technological development for sound exploration in the world of music, therefore this study aims to design a Tone Frequency Generator tool using an ATMEGA2560 Microcontroller Based Laser. This tool is based on a harp musical instrument that uses strings that are replaced with laser light as a dawanya. In this study using a photodiode sensor as a data receiver from the laser which will then be sent to the ATMEGA2560 Microcontroller as a calibration of the tone frequency data which will be output to the buzzer in the form of a tone. With a 5V voltage source to turn on this Tone Frequency Generator tool, when the laser is on then the photodiode sensor will receive laser light and when the laser is touched then the sensor does not receive laser light which then this data will be sent to the microcontroller and then will be output to the buzzer. Testing the accuracy of this tool is done using an oscilloscope. Testing using an oscilloscope aims to determine the waveform output of the sound emitted by the buzzer, and to determine the dif erence in frequency which is input to the microcontroller and which is output to the buzzer
In today's modern era, technological development has been very rapid and has entered the era of technology 5.0. However, the development of technology in the world of music is still lacking because the development of technology in the world of music is only concerned with elements of function and aesthetics, it is characterized by the development of software and hardware in the world of music. However, the output form of the results of these technological developments rarely gives birth to a new instrument with sound or tone exploration based on the technological developments of the 5.0 era. The lack of technological development for sound exploration in the world of music, therefore this study aims to design a Tone Frequency Generator tool using an ATMEGA2560 Microcontroller Based Laser. This tool is based on a harp musical instrument that uses strings that are replaced with laser light as a dawanya. In this study using a photodiode sensor as a data receiver from the laser which will then be sent to the ATMEGA2560 Microcontroller as a calibration of the tone frequency data which will be output to the buzzer in the form of a tone. With a 5V voltage source to turn on this Tone Frequency Generator tool, when the laser is on then the photodiode sensor will receive laser light and when the laser is touched then the sensor does not receive laser light which then this data will be sent to the microcontroller and then will be output to the buzzer. Testing the accuracy of this tool is done using an oscilloscope. Testing using an oscilloscope aims to determine the waveform output of the sound emitted by the buzzer, and to determine the dif erence in frequency which is input to the microcontroller and which is output to the buzzer
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