Sound Sensor Module for Arduino

Detect and Respond to Sound with Precision

The Sound Sensor Module for Arduino, available at Robogearbd.com, is designed to integrate sound detection capabilities into your Arduino projects. This module allows you to detect ambient sound levels and trigger actions based on audio input, making it ideal for a variety of applications including noise level monitoring, sound-activated switches, and interactive projects.

Why Choose Sound Sensor Module for Arduino?

Sensitive Detection: Equipped with a high-sensitivity microphone to capture a wide range of sound frequencies and intensities.
Adjustable Sensitivity: Features an onboard potentiometer to adjust the sensitivity of sound detection, allowing customization based on your project's requirements.
Easy Integration: Designed for straightforward connection with Arduino and other microcontrollers using standard analog output.
Versatile Applications: Suitable for sound level monitoring, voice-activated systems, and other interactive projects that respond to audio cues.
Compact Design: Small and lightweight, making it easy to incorporate into various projects and prototypes.

Product Specifications

Specification	Details
Operating Voltage	3.3V to 5V
Output Type	Analog
Sensitivity Adjustment	Yes (via onboard potentiometer)
Microphone Type	Electret Condenser Microphone
Detection Range	Variable, based on sensitivity
Dimensions	Approximately 30 x 20 mm
Weight	Approximately 10 grams

How to Get Started?

Connect the Module: Attach the VCC pin to a 5V power source and the GND pin to ground. Connect the Analog output pin to an analog input on your Arduino.
Adjust Sensitivity: Use the onboard potentiometer to adjust the sensitivity of the sound detection. Turn the knob to set the threshold for detecting sound.
Write Your Code: Develop a sketch to read the analog values from the sensor and process the sound data. You can use the analogRead() function to get the sound intensity value.
Test the Module: Power up your Arduino and test the sound sensor by making noise or speaking near the microphone. Observe the sensor’s output to ensure it responds correctly.
Implement Features: Use the sound data to trigger actions or responses in your project, such as turning on LEDs, activating alarms, or logging noise levels.

Add sound detection capabilities to your Arduino projects with the Sound Sensor Module for Arduino. Visit Robogearbd.com to purchase and start integrating audio-responsive features into your designs today!