| dc.description.abstract | This project designs and implements a color detection device using an Arduino Nano, a TCS3200
color sensor, a servo motor, and a 16x2 I2C LCD. The device is designed to detect two primary
colors: red and green. When the red color is detected, the servo motor moves to a specific
position, and the LCD displays the word "Red." When the green color is detected, the LCD
displays the word "Green." This project uses the Arduino Nano as the main controller, the
TCS3200 sensor to detect colors based on light frequency, the servo motor to provide physical
feedback, and the I2C LCD to display detection results.
System initialization includes setting up the LCD and the initial position of the servo motor. The
color reading is performed by the TCS3200 sensor, which measures the light frequency for red
and green colors. The resulting frequency values are converted into numerical values that the
Arduino can analyze. Based on this analysis, the Arduino determines the detected color and
provides the appropriate response through the servo motor and the LCD display.
This device offers various practical benefits and applications, including in education for learning
the basics of color sensors, servo control, and using an I2C LCD with Arduino. In industry, this
device can be used to detect product colors on a production line, ensuring color consistency. In
robotics, the color sensor can be used for navigation or tasks requiring color detection. This
project is also suitable for electronics enthusiasts who want to create a simple yet interesting and
useful project. The color detection device not only provides visual detection results through the
LCD but also gives physical feedback through the servo motor movement, making it an engaging
project for various applications and skill levels. | en_US |
