High Sensitive Microphone Sound Sensor Module For Arduino
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Specifications:
- There is a mounting screw hole 3mm
- The use 5v DC power supply
- With analog output
- There are threshold level output flip
- High sensitive microphone and high sensitivity.
- A power indicator light
- The comparator output is light
Package:
1x High Sensitive Microphone Sound Sensor Module For Arduino
Product Description
About High Sensitive Microphone Sound Sensor Module For Arduino ?
This sensor module is equipped with a high-sensitive microphone that captures sound waves effectively. It features a 3mm mounting screw hole for easy installation in your Arduino projects. Powered by a 5V DC power supply, it offers analog output signals to measure sound intensity.
The module's threshold level output flip allows you to set specific trigger points for sound detection, offering customization according to your project needs. Its high sensitivity ensures accurate detection of a wide range of sound frequencies and amplitudes.
Additionally, the module includes a power indicator light for easy monitoring of its operational status. The comparator output with indicator lights provides a digital signal when sound exceeds a predetermined threshold level, enhancing functionality.
Ideal for applications such as noise monitoring, sound-activated switches, and interactive sound installations, this sensor module is perfect for hobbyists, makers, and engineers alike. Explore the world of sound with confidence using the High Sensitive Microphone Sound Sensor Module for Arduino.
The High Sensitive Microphone Sound Sensor Module for Arduino works by detecting sound waves in its environment and converting them into electrical signals that can be processed by an Arduino microcontroller. Here's how it operates:
How High Sensitive Microphone Sound Sensor Module For Arduino Works ?
Sound Detection: The module is equipped with a high-sensitive microphone that picks up sound waves from its surroundings. When sound waves hit the microphone's diaphragm, it vibrates, generating electrical signals proportional to the amplitude of the sound waves.
Analog Output: The electrical signals generated by the microphone are then processed and amplified by the module's internal circuitry. The module provides analog output signals that vary in voltage according to the intensity of the sound detected.
Threshold Level Output Flip: The module features threshold level output flipping, allowing you to set specific trigger points for sound detection. This means you can adjust the sensitivity of the module to only react to sound above a certain amplitude level.
Power Supply and Indicator Lights: The module requires a 5V DC power supply to operate, which is commonly provided by an Arduino board. It includes a power indicator light that illuminates when the module is powered and operational.
Comparator Output: In addition to analog output, the module also offers comparator output with indicator lights. The comparator compares the analog input signal to a predefined threshold level. When the sound intensity exceeds this threshold, the comparator outputs a digital signal, indicating the presence of sound above the set threshold level.
Arduino Integration: The analog and digital output signals from the module can be connected to analog or digital input pins on an Arduino microcontroller. Using Arduino programming, you can read and interpret these signals to trigger specific actions or responses based on sound detection, such as activating a motor, turning on lights, or displaying information on an LCD screen.
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