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It might sound like a simple design, but it's actually a complicated. The foam portion (40) is in contact with the head (30). The foam tips surround a small speaker, so they do two jobs, canceling noise and. An effective design for the rear enclosure is an air-tight cavity. Example drawing of a front and rear speaker enclosure. The microphone unit further has a foam portion (40) which is provided in front of the head (30) and has an open-pore foam. While it is possible to design the rear enclosure to utilize the rear pressure wave in order to enhance the frontal sound from the speaker, the complexity of such a design is beyond the scope of this blog. The microphone unit has a head (30) having a plurality of holes (31), the head (30) being provided outside the enclosure (20) in front of the passive diaphragm (25). The water-tight enclosure (20) has a water-impermeable passive diaphragm (25) which can oscillate freely and which allows incoming sound to pass substantially undisturbed.
#TEMPLE OF BOOM SPEAKER ENCLOSURE DESIGN HOW TO#
Abstract: There is provided a microphone unit (1) for an action camera, comprising a microphone capsule (10) having at least one speaking hole (11), and a water-tight enclosure (20) which water-tightly encloses the microphone capsule (10). How To Get Big Sounds From Small Speakers.