Abstract

Watertight material is an important part of the acoustic transducer, but most scholars have not considered its influence on the performance of the acoustic transducer in the design process. This paper uses finite element simulation software to model and analyze the two common acoustic transducers, and compares the effects of the external watertight materials of the two transducers on the acoustic performance, and proves that for some special types of acoustic transducers, watertight materials cannot be ignored.

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