低频扬声器设计用来再现低音频率的扬声器。
并且通过实验来验证，以期得到指导辅助低频扬声器箱在房间中摆位的方法。
Results of experiment validated the method, and a method for the better position of subwoofer in normal room is derived.
本文是应用声学原理中的近场理论，通过工程技术实践探讨测量低频扬声器频响的一种方法。
In this paper a method base on the near-field theory of acoustics is used to measure the frequency response of the low-frequency loudspeaker through the engineering and technology practice.
“我们非常高兴有这套系统来为演出服务”，欧文总结道：“我们在几场欧洲的推广会上尝试了这套新的低频扬声器组合，效果令人难以置信。”
"We're pretty excited to get this whole system to work," concludes Owen. "we tried this new subwoofer configuration on a couple of European promotional shows with unbelievable results."
分析了膜片加强筋的筋脉、剖面形状、面形状、角度等对扬声器低频参数的影响，得出了加强筋与膜片等效顺性以及有效振动面积之间的关系。
On the low-frequency parameters of speaker is analyzed, draws the affecting relation of strengthening rib and equivalent compliance , effective vibration area of diaphragm.
乐富豪的MX系列无源低音炮非常适合加入大量低端的MX系列双向扬声器-或任何现有的扩展低频响应需要健全的制度。
Wharfedale's MX Series passive subwoofers are ideal for adding massive low end to the MX Series two-way loudspeakers - or any existing sound system in need of extended low frequency response.
所述容积包括相对于隔膜倾斜定向的区域，用于支持扬声器的低频响应。
The volume may include a region obliquely oriented relative to the diaphragm to support a low frequency response of the speaker.
该SH1500的设计，以增加低频声压自置居所的乐富豪专业系列扬声器，或其他全音域柜的能力。
The SH1500 is designed to augment the LF SPL capabilities of Wharfedale Pro SHO Series loudspeakers, or other full-range cabinets.
该SH2800的设计，以增加低频声压自置居所的乐富豪专业系列扬声器，或其他全音域柜的能力。
The SH2800 is designed to augment the LF SPL capabilities of Wharfedale Pro SHO Series loudspeakers, or other full-range cabinets.
该SH1800的设计，以增加低频声压自置居所的乐富豪专业系列扬声器，或其他全音域柜的能力。
The SH1800 is designed to augment the LF SPL capabilities of Wharfedale Pro SHO Series loudspeakers, or other full-range cabinets.
采用全面最小二乘法识别扬声器系统的时域函数的全套系数，从而测出扬声器系统的低频特性参数。
It adopts the total least square method (TLS) to identify the complete coefficient set of the loudspeaker in time domain, thus measures low frequency characteristic of loudspeaker.
采用全面最小二乘法识别扬声器系统的时域函数的全套系数，从而测出扬声器系统的低频特性参数。
It adopts the total least square method (TLS) to identify the complete coefficient set of the loudspeaker in time domain, thus measures low frequency characteristic of loudspeaker.
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