KY-027 Magic Light Cup Module with Arduino

Introduction

The KY-027 Magic Light Cup module is a commonly used electronic component that is widely used in the field of DIY electronics and hobbyist projects. It is a simple and fun module that can produce colorful light effects based on the level of ambient light or sound. This module is easy to use and can be integrated into a wide range of electronic projects.

This module is compatible with popular electronic platforms like Arduino, ESP32, Raspberry Pi, and other microcontrollers. This module is capable of detecting changes in ambient light or sound levels and generating corresponding colorful light effects.

Hardware Required

You will require the following Hardware Components for interfacing the KY-027 Magic Light Cup Module with Arduino.

Components#Buy From Amazon
Arduino UNO1Buy Now
KY-027 Magic Light Cup Module1Buy Now
Jumper Wires3Buy Now
Breadboard1Buy Now

What is the KY-027 Magic Light Cup Module?

The KY-027 Magic Light Cup module is an electronic component that uses a microphone and a light sensor to produce colorful light effects. The module is composed of a PCB board, an electret microphone, a light sensor, a potentiometer, and a few other electronic components. The module can detect changes in ambient light or sound levels and produce colorful light effects accordingly.

KY-027-Magic-Light-Cup-module-with-Arduino

Specifications

These modules are sold in a pair, with each module consisting of a mercury tilt switch, an LED, a 10kΩ resistor, and 4 male pin headers to facilitate connection of the switch, LED, power, and ground.

Operating Voltage3.3V ~ 5.5V
Current Consumption15mA
Light Sensor Detection Range500-10000 lux
Microphone Detection Range50-10000 Hz
Output SignalDigital (High/Low)
Board Dimensions1.5cm x 3.6cm [0.6in x 1.4in]

Features

  1. Colorful light effects based on ambient light or sound levels
  2. Adjustable sensitivity using a potentiometer
  3. Low power consumption
  4. Easy to integrate with other electronic components
  5. Fun and easy to use

Pinout

KY-027-Magic-Light-Cup-module-Pinout

Pin Configuration

Pin NamePin Type
GGround Pin
+VeVCC Pin
SSignal Pin
LLED Pin

Circuit Diagram

The following circuit shows you the connection of the KY-027 Magic Light Cup Module with Arduino Please make the connection carefully

how-to-KY-027-Magic-Light-Cup-module-Interfacing-with-Arduino-Circuit

Circuit Connections

ArduinoModuleLED
+5V+V Pin
GNDGND Pin-Ve
Pin 10S
Pin 13+Ve

Installing Arduino IDE Software

First, you will require to Download the updated version of Arduino IDE Software and Install it on your PC or laptop. if you Learn How to install the Arduino step-by-step guide then click on how to install Arduino Button given Blow

Code

//For more Projects: www.arduinocircuit.com
int Led = 13 ;// Declaration of the LED output pin
int Sensor = 10 ;// Declaration of the sensor input pin
int val; // Temporary variable
  
void setup ()
{
  pinMode (Led, OUTPUT) ; // Initialize output pin
  pinMode (Sensor, INPUT) ; // Initialize sensor pin
  digitalWrite(Sensor, HIGH) ; // Activate internal pull-up resistor
}
  
void loop ()
{
  val = digitalRead (Sensor) ; // The current signal at the sensor is read out
  
  if (val == HIGH) // If a signal could be detected, the LED is switched on.
  {
    digitalWrite (Led, LOW);
  }
  else
  {
    digitalWrite (Led, HIGH);
  }
}

Applications

  1. DIY electronic projects
  2. Music visualizers
  3. Mood lighting
  4. Home automation
  5. Entertainment and gaming

Conclusion

The KY-027 Magic Light Cup module is a fun and easy-to-use electronic component that can produce colorful light effects based on the level of ambient light or sound. With its adjustable sensitivity, low power consumption, and easy integration with other electronic components, it is a popular choice for DIY electronics enthusiasts and hobbyists. Whether you’re building a music visualizer or adding mood lighting to your home, the KY-027 Magic Light Cup module is a versatile and fun component that can bring your electronic projects to life.

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