Microphone Sensor
Product Description The Microphone Sensor Module detects surrounding sounds and turns them into electrical signals you can use. You can build voice-activated controls, noise detectors, or audio-triggered circuits with it. This sensor gives you two types of output—analog and digital—so you can use it in different ways. Inside the module, there’s either an electret or […]
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Product Description
The Microphone Sensor Module detects surrounding sounds and turns them into electrical signals you can use. You can build voice-activated controls, noise detectors, or audio-triggered circuits with it. This sensor gives you two types of output—analog and digital—so you can use it in different ways.
Inside the module, there’s either an electret or MEMS microphone and an amplifier. The analog output measures sound intensity as voltage in real time. The digital output switches to high when sound goes over a preset limit, which you adjust with a small knob on the module. This setup lets you either track sound levels all the time or react when noise gets too loud.
The microphone sensor module works with 3.3V to 5V and connects to microcontrollers like Arduino ESP32, and Raspberry Pi using ADC or other boards. Its small design and low energy use make it a good fit to install in portable or stationary setups.
You can use it in setups like lights that react to claps or music beats, sound-triggered security tracking noise levels, controlling gestures with sound, or even creating interactive art. The sensor has adjustable sensitivity so you can set it up for specific environments to reduce false alerts in noisy places.
If you need a simple and effective part to pick up sound for your project, this microphone sound sensor module works great and offers some handy options. You can use it in projects that pay attention to the noises around them.
Benefits of the kit
- Captures sound and audio signals for robotics, IoT, and interactive projects
- Built-in MAX4466 microphone preamplifier ensures clear and sensitive sound detection
- Omnidirectional with 52dB sensitivity, capable of detecting sound from all directions
- Provides analog and digital outputs for versatile signal processing
- Built-in voltage comparator and adjustable potentiometer allow threshold-based sound activation
- Compatible with Arduino, MC4.0 (UIFlow/Blockly/Python) for easy integration
- Compact design with holes for mounting in educational kits and DIY builds
- Ideal for sound-activated switches, voice-controlled projects, and STEAM learning applications
Product Features
- Audio record/sample
- Built-in microphone preamplifier MAX4466
- Omnidirectional, 52dB sensitivity
- Digital output and analog signal
- Built-in dual independent precision voltage comparator and adjustable resistor, threshold adjustable
- Development platform: Arduino, UIFlow (Blocky, Python)
- HY2.0-4P interface
- 2X LEGO™ compatible holes
Applications
- FFT Spectrum Display
- Audio Sample / Record
- Voice Switch
Frequently Asked Questions
It is a device that uses a microphone to pick up sound and provides either analog signals or digital signals based on the sound level.
Analog output sends a steady voltage that matches the sound level. Digital output switches to high when the sound goes above a preset limit.
The module works with voltages between 3.3V and 5V. This range makes it fit for use with many microcontrollers and development boards.
Yes, it works well with Arduino and ESP32. You can link it to their analog or digital pins without trouble.
You can use it to build things like sound-triggered lights, alarms, volume level displays, noise monitoring devices, or interactive systems.
Adjust the onboard potentiometer. This lets you change the threshold level where the digital signal activates.
Adjusting the sensitivity level can help avoid false triggers. loud settings might need software filters or physical shielding to block interference.
