Description: Sound Sensor Module: 1. A compact IoT component that converts sound waves into electrical signals for further processing and analysis. 2. Features: High sensitivity, wide dynamic range, adjustable threshold, and an integrated amplifier circuit. 3. Detection Range: Capable of detecting sounds within a broad frequency spectrum, from low bass to high treble. 4. Interfacing: Connects easily to microcontrollers and other IoT systems via common interfaces such as I2C or Analog inputs. 5. Applications: Ideal for various projects like voice recognition, sound activation of devices, and environmental noise monitoring. 6. Customizability: Users can adjust the sensitivity level, threshold value, and response time to optimize detection for specific sounds or situations. 7. Durability: Made with robust materials to ensure longevity in harsh environments and high usage conditions. 8. Compatibility: Works seamlessly with various programming languages like Arduino, Python, and C++. 9. Real-time Anal
| Specification | Details |
|---|---|
| Specification | Detail |
| Operating Voltage | 3V to 5V (regulated voltage required) |
| Operating Current | 10mA (typical) 20mA (max) |
| Sensitivity | -42dB (typical) -50dB (min) -30dB (max) |
| Frequency Response | 100Hz to 12kHz |
| Sensing Distance | Up to 8 meters (26 feet) in free field dependent on environmental conditions |
| Sample Rate | 10 samples per second (typical) adjustable via onboard potentiometer |
| Analog Output | 0V to 5V (analog voltage output) |
| Digital Interface | I2C or UART (selectable via jumper configuration) |
| Temperature Range | -20°C to 80°C (-4°F to 176°F) |
| Package | SMA type PCB mounted with header pins for easy connection |
| Compatibility | Works with most microcontrollers (Arduino Raspberry Pi etc.) and various development boards |
