Simulasi Proteus Rangkaian Kendali Vibrator Terapi Otot Leher Berbasis Arduino

Abstract

Terdiri dalam bahasa inggris serta satu alinea, mencakup masalah, tujuan, metode, hasil dan kesimpulan, pada point ini tanpa di bolt atau italic. (rata kanan kiri). [Font Times New Roman 10 bold] Neck muscle tension and pain are common health problems caused by non-ergonomic work postures, prolonged static activity, and excessive use of electronic devices. One common non-pharmacological method used to reduce these complaints is vibration therapy using a vibrator. However, a stable, safe, and programmable control system is required for the therapy to work optimally. This study aims to design and simulate an Arduino-based neck muscle therapy vibrator control circuit using Proteus software. The research methods include literature review, system block diagram design, electronic circuit design, Arduino microcontroller programming, and circuit simulation using Proteus to test system performance. The control system was designed using Arduino as the main controller, a motor driver module as the vibrator power regulator, and the Pulse Width Modulation (PWM) method to regulate the vibration intensity. The simulation results show that the control circuit is able to regulate the speed and vibration pattern of the vibrator according to the specified program, and works stably without excessive voltage disturbances on the components. In addition, the simulation proves that the use of Proteus is effective in visualizing and analyzing system performance before being realized in hardware form. The conclusion of this study is that the Proteus simulation of the Arduino-based neck muscle therapy vibrator control circuit can be used as an efficient and economical initial stage in the development of a controlled and safe vibration therapy device.