MEMS Microphone Hookup Guide
Contributors:
jenfoxbot
Resources and Going Further
Now that you've connected your MEMS microphone breakout, it's time to incorporate it into your own project! For more information, check out the resources below:
- ADMP401
- ICS-40180
If you run into trouble getting, or understanding, an audio signal output from the MEMS mic breakout board, try using a multimeter and/or an oscilloscope to measure the voltage output of the signal in quiet and loud settings. If you're still stuck, check out our forums and we'll help you troubleshoot.
After you've read in the MEMS microphone and have a good handle on the signal output, you're ready to start using it for practical microphone applications! Here are a few ideas to get you started:
- Build a music visualizer! Here's a sample sketch for the music visualizer shown in the SparkFun Simple Sketches example.
- Record sounds and play them back! You'll also need a speaker, an amplifier transistor, and some pushbuttons (and some code. Here's an open-source mbed example).
- Make a sound-reactive EL Wire costume and replace the Sound Detector with the MEMS Microphone!
- Make a Bark Back Pet Monitor with a Raspberry Pi to record the sound levels in your home, upload the data MQTT, and trigger an audio player to when the volume reaches a threshold.
Or check out these other audio related tutorials below.
Rotary Switch Potentiometer Hookup Guide
How to use the Rotary Switch Potentiometer breakout board, with some sample applications.
Bark Back Interactive Pet Monitor
Monitor and interact with pets through this dog bark detector project based on the Raspberry Pi!
Tsunami Super WAV Trigger Hookup Guide
This guide will get users started with the Qwiic Tsunami. We'll start by putting *.wav files and a configuration file on a microSD card, pop it into the Qwiic Tsunami, then trigger sounds across multiple outputs.
Happy building!