1.
Feature Extraction and Recognition of Loudspeaker Response Signal Based on Principal Components Analysis
基于PCA的扬声器响应信号特征提取及识别
2.
EMIT (Electromagnetic Induction Tweeter)
电磁感应高频扬声器
3.
Measurement of the Fequency Response of a Loudspeaker Using Butterworth Impulse
用Butterworth脉冲测量扬声器的频率频响特性
4.
Some applications on FEM in the micro loudspeaker modal analysis and the acoustic response simulation are introduced.
介绍了有限元法在微型扬声器振膜模态分析以及声响应分析中的一些应用。
5.
Preparation of ferrofluid and its application in loudspeaker
磁性流体的制备及在扬声器中的应用
6.
Effect of mismatched loudspeaker pair on virtual sound image
扬声器的特性不匹配对虚拟声像的影响
7.
pressure frequency response of microphone
传声器声压频率响应
8.
loudspeaker electrostatic mounted in its enclosure
静电式扬声器,装在扬声器箱内
9.
A loudspeaker magnifies the human voice.
扬声器扩大人的声音。
10.
a clear voice, speaker, sound
清晰的嗓音、 扬声器、 声音.
11.
The placement of rear speakers greatly depends on the configuration of the room.
后扬声器的安放位置受房间配置的影响很大。
12.
diffuse-field response of microphone
传声器扩散声场频率响应；传声器扩散场响应
13.
Flat Panel Loudspeakers and Its Application into Active Structural Acoustical Control
平面扬声器的声学性能及其在结构声有源控制中的应用
14.
Studies implemented clear sound signals propagation by Loudspeaker System at high SPL and long distance
实现扬声器系统高声压级与远距离清晰传声的应用探讨
15.
This will cause feedback as the input from the microphone is play back on the monitor speaker
随着麦克风输入在主扬声器上，便产生反应
16.
Research on the creep effect and small signal parameters of microspeaker
微型扬声器蠕变效应与小信号参数研究
17.
Furthermore, it is put forward that this kind of loudspeaker is a novel loudspeaker with the high technical requirements and has an extremely extensive application prospect in the market.
指出该类扬声器是一技术含量高、市场应用前景极为广阔的新型扬声器。
18.
REPAIR OPEN IN SPEAKER CKT.
维修扬声器 ＣＫＴ中的断路。＊