1.
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。
2.
They will cause the speaker diaphragm to vibrate.
它们将引起扬声器薄膜振动。
3.
beryllium dome tweeter
铍膜球顶形高音扬声器
4.
A System Based on PSD and Laser Triangulation Method to Measure Vibration Mode of Loudspeaker Shells
PSD激光三角法测量扬声器薄壳振动模态
5.
Research on 1.6 GHz Thin Film Bulk Acoustic Wave Resonator
1.6 GHz薄膜体声波谐振器研究
6.
Development of Nanonized PZT Film Bulk Acoustic Resonator
纳米晶PZT薄膜体声波谐振器的研究
7.
Study and fabrication of 2.4GHz RF film bulk acoustic resonator
2.4GHz射频薄膜体声波谐振器的研制
8.
Design of thin film bulk acoustic resonator under unique mode
独特谐振模式下薄膜体声波谐振器的设计(英文)
9.
A device, such as a cone or baffle, placed in front of a loudspeaker diaphragm to diffuse the sound waves.
扬声器纸盒一种装置，例如锥形体或反射板，放在扬声器膜前面，用来散射声波
10.
loudspeaker electrostatic mounted in its enclosure
静电式扬声器,装在扬声器箱内
11.
A loudspeaker magnifies the human voice.
扬声器扩大人的声音。
12.
a clear voice, speaker, sound
清晰的嗓音、 扬声器、 声音.
13.
Vibrations of Revolution Shells in Turning-Point Range and Applications in Loudspeakers;
旋转薄壳在转点频段内的振动及其在扬声器中的应用
14.
Influence of Material Properties of Diaphragm on Microphone Characteristics
振膜系统材料特性对传声器相关特性影响分析
15.
Influence of Support Structure on the Resonant Properties of FBAR
支持层结构对薄膜体声波谐振器谐振特性的影响
16.
A Study of Defected Ground Structure Filters and Thin Film Bulk Acoustic Resonator Filters;
缺陷地面结构滤波器和薄膜声体波谐振器滤波器研究
17.
REPAIR OPEN IN SPEAKER CKT.
维修扬声器 ＣＫＴ中的断路。＊
18.
LEFT REAR QUARTER SPEAKER CONNECTOR
左后四分扬声器接头