What is the acoustic suspension speaker?
The acoustic suspension speaker system has been designed to allow a smaller physical speaker to create a higher level of low frequencies. When it was introduced in the later part of the 1950s, the principle of acoustic suspension was amazed by the speaker industry. This design includes a cabinet of a sealed box using air trapped inside to provide a pillow or pillow, which selects more linear movement of low -frequency speaker. It has been found that the acoustic suspension speaker produces the sound more precisely and allows the sound to move by a greater distance while producing effective low frequencies. The acoustic suspension speaker system also requires that a higher level of amplification works effectively. This Woofer usually has a very soft, unlimited suspension mechanism, an extended voice coil for travel and cross -sectional surroundings that can change on average. During optimal performance, acoustic speaker system of acoustic suspension may provideNout flat to low frequency response often measured half octave above the free air resonance of the woofer. It will then be gradually reduced as soon as lower tones are produced.
It is common for the acoustic suspension speaker system to create a tasty output of 35 to 40 Hz from a very small cover. As a result, the location of the speaker is more flexible in the physical listening space. It also eliminates a chore location of larger loudspeakers.
The best -performance speakers of acoustic suspension depend on specific factors in creating the most effective output. First, the amount of air captured inside the cover affects the overall performance of the speaker. The resonance of the system will always be higher, so the measured output below this frequency will be limited.
Secondly, because some tools such as bass guitar have bsilnice, tonal output, bass requirements may be required for smaller speakersdiameter. These speakers need a long voice coil and freedom to move to the greatest extent. If the design is failed to these important requirements, it will suffer from the output of the system and above all tones, which sounded with a low frequency response muddy.
Intelligently designed systems combine a smaller cover with an extremely efficient output. This creates sharp high frequencies, pure medium -range tones and tight net low -frequency response. Inserting a small speaker and a high -frequency corner or tweeter can provide listeners with a simple, two -way system with a controlled, efficient frequency response and limited distortion.