We have the breadth and depth of audio solutions to support any medical application. PUI Audio’s products are specified in a wide range of medical devices and equipment including respirators, ventilators, pumps, defibrillators, vital signs monitoring, diagnostic/imaging equipment, and more.
Haptic technology typically falls into one of three categories: graspable, wearable, and touchable. As mobile device consumers, most of us quickly recognize the touchable and wearable types.
With all the different types of microphones available, choosing the right one (disregarding size constraints) might seem like a daunting task. In this white paper are things to consider before selecting a microphone.
PUI Audio has taken the performance criteria called out by IEC 60601-1-8 and performed studies on speakers to gauge which specifications stand out as most important when selecting speakers to meet the criteria.
From simple value-added services such as adding lead wires and connectors to components, to fullscale audio product design and consulting, PUI Audio has 50+ years of audio expertise to solve your easiest and your most complex challenges.
Electromechanical transducers make sound in much the same way as speakers.
A speaker’s rated input power is the level at which the speakerwas designed to play at continuously.
By mounting a piezo into an enclosure, that cancelation is mitigated. Furthermore, by tuning the enclosure to a frequency that aligns with the piezo's resonant frequency, a Helmholtz chamber is created.
PUI Audio presents their line of premium, high-fidelity MEMS Microphones that cover the entire audio band from 20 Hz up to 18 kHz (and up to 20 kHz on some models) while featuring industry-best unit-to-unit consistency ±1 dB across the entire frequency response.
Audio is a differentiator that can make or break user experience.
For over 100 years, the dynamic loudspeaker has undergone many changes in shape, style, impedance and materials, but one constant has remained.