Receive an overview of the key electroacoustic measurements used to characterize the performance of loudspeaker drive units and loudspeaker systems.
Compared to electronic audio test, measuring loudspeakers is complicated. First, to measure sound levels accurately requires precision measurement microphones and supporting electronics, which have a known, stable sensitivity and flat frequency response over the frequency range of interest. Measurements are further complicated by the interaction of the loudspeaker under test with the test environment.
In this application note we provide an overview of the key electroacoustic measurements used to characterize the performance of loudspeaker drive units and loudspeaker systems. We focus on the most important objective measurements and refer to industry standards for guidance.
Speakers demand more than just numbers—understanding their true performance requires a deeper, often-overlooked approach. Join this webinar to learn the fundamentals of speaker...
This white paper describes the basic functionality of antennas. Starting with Hertz's Antenna model followed by a short introduction to the fundamentals of wave propagation, the...
Aerospace and Defense applications conform to the tightest standards. ADI provides you with the confidence and support to ensure your design is a success.
Whether you’re a beginner or an enthusiast, our free pocket guide, spanning roughly 60 pages, offers a broad insight into satellite technologies in one handy place. From clear...
