New MEMS Microphones

Back to Resources
Image
New MEMS Microphones feature image
Share Post:

New Product

PUI Audio introduces new MEMS microphones that feature a specialized pre-amplification ASIC that provides high sensitivity and high SNR output from a capacitive audio sensor in a small footprint. These new microphones offer competitive advantages over most microphones in the market, including ultra-low current consumption. They are packaged for surface mounting and high temperature reflow assembly. These new efficient microphones have low distortion and high acoustic overload point that results in very high dynamic range performance.

Key applications include security monitoring devices (breaking-glass detection, fire alarm), Industrial devices (machine monitoring for predictive maintenance, in-cabin operator safety), microphone arrays, and consumer devices (earphones, smart ioT).

What Is a MEMS Microphone & its benefits?

PUI Audio introduces new MEMS microphones that feature a specialized preamplification ASIC that provides high sensitivity and high SNR output from a capacitive audio sensor in a small footprint. These new microphones offer competitive advantages over most microphones in the market, including ultra-low current consumption. They are packaged for surface mounting and high temperature reflow assembly. These new efficient microphones have low distortion and high acoustic overload point that results in very high dynamic range performance.

Key applications include security monitoring devices (breaking-glass detection, fire alarm), Industrial devices (machine monitoring for predictive maintenance, in-cabin operator safety), microphone arrays, and consumer devices (earphones, smart ioT).

Download Full Article
(opens in a new tab)

Audio enhanced with expertise

PUI has set the industry standard for custom solutions that deliver customer satisfaction when it’s needed the most. Don’t let your solution get boxed in by what’s been done before. Chat with our engineers to determine what solutions can work for whatever problem you are trying to solve.
Ask an Engineer