Arduino Uno-based Clap Detection Light Control System
Vidyasagar Kori, Abhishek Kumar Ahirwar, Ravi Kumar Kori, Purushottam Prajapati, DPS Chauhan, DOI : 10.37591/RTECS
[This article belongs to Recent Trends in Electronics Communication Systems(rtecs)]
Keywords
electrical signals, sensor module, Lamp technology, Control System, sound waves
Abstract
Lamp technology plays a pivotal role in providing illumination, enhancing various daily activities for countless individuals. The author endeavors to create a prototype tool equipped with a system capable of seamlessly toggling lights on and off, fostering efficiency and eliminating the need for physical interaction. This system enables the activation and deactivation of lights through the detection of sound generated by human movement, thus obviating the necessity to physically manipulate the lamp switch. Central to this design is the Arduino Uno microcontroller, serving as the system’s core. Input is facilitated by the FC-04 sound sensor module, which operates by detecting incoming sound waves. When sound waves interact with the sensor membrane, they induce vibrations, converting the sound waves into electrical signals. These signals are then utilized as parameters to regulate output
devices. The system is meticulously engineered to function in alignment with desired features and specifications.
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