MAX4466 Sound Sensor Module Microphone Amplifier – Quality Audio Capture for Precision Projects Experience clear, accurate sound reproduction with the MAX4466 Sound Sensor Module Microphone Amplifier, designed for reliable performance in demanding audio applications. Key Features: Equipped with a 20 Hz – 20 kHz electret microphone, ensuring fullrange audio capture from deep bass to crisp highs Integrated MAX4466 opamp delivers outstanding power supply noise rejection, ideal for maintaining audio clarity even in electrically noisy environments Adjustable gain control lets you finetune sensitivity and input levels to match your project needs Optimized for use with a clean 3.3V supply, ensuring lownoise operation suitable for professional audio work Compact breakout board design makes it easy to integrate into Arduino projects and other microcontrollerbased systems Benefits: sound quality and reduced interference, enabling clean recordings and precise audio analysis Adjustable gain allows flexible optimization for both quiet and loud sound sources Easy connection to development boards for rapid prototyping and project integration Practical Applications: 1. Audioreactive projects such as LED displays or music visualizers, where accurate sound input is essential for smooth and responsive effects 2. Voice changers or audio sampling devices requiring clear, noise recording capability 3. Music production tools and recording solutions that benefit from precise sound capture for mixing, mastering, and effects processing Specifications: Microphone type: Electret microphone with 20 Hz – 20 kHz frequency response Amplifier: MAX4466 opamp, lownoise design Adjustable gain range: Tunable via onboard potentiometer Power supply: Compatible with 3.3V systems Form factor: Breakout board for easy prototyping and integration The MAX4466 Sound Sensor Module Microphone Amplifier is the ideal solution for makers, engineers, and audio enthusiasts who require reliable, quality audio input for interactive, reactive, or recording projects. Its precision components and robust design provide consistent results, making it a valuable tool in any soundbased application.