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声学部门的
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分享一篇关于耳机设计的论文 发帖心情

Post By：2011-9-20 9:49:53 [只看该作者]

这是我看过的比较易懂，又入门级的关于耳机设计的论文《++AES C120 - Headphone Fundamentals - 耳机入门》，分享一下。

不过附件好像有点大，上传权限不够，需要者可以联系。

烟火

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Post By：2011-9-20 10:04:42 [只看该作者]

老兄我的邮箱是115815085@163.com 麻烦你发一份给我吧！谢谢！

子卿

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Post By：2011-9-20 10:11:57 [只看该作者]

fy-py@163.com

多谢楼主MM~

谁等谁等了一万年，只是等来了一个错；谁对谁凝望一秒钟，转瞬带走了传说...

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Post By：2011-9-20 10:57:22 [只看该作者]

谢分享 yeahyfking@126.com

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Post By：2011-9-20 11:04:57 [只看该作者]

zhaony523@163.com,谢谢楼主！

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Post By：2011-9-20 12:53:45 [只看该作者]

楼主请给我一份吧，chengjian1974@163.com 谢谢！

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Post By：2011-9-20 15:12:50 [只看该作者]

AES E-Library

SPICE Simulation of Headphones and Earphones

Unlike loudspeakers, headphones and earphones are not in the mainstream of electroacoustical design. In this paper, different designs for headphones and earphones are discussed and simulated with the aid of SPICE, the well known electrical circuit simulator. These simulations can be used to perform elementary design tradeoffs. One significant difficulty is the lack of component measurements in the open literature. The paper begins with an overview of design aspects of headphones. This is followed by a review of the use of SPICE as an electroacoustical simulator. The following section detai ls various experiments done using SPICE to explore headphone design. The conclusion decries the lack of publicly available information as well as the dearth of components.

Author:Kahrs, Mark
Affiliation:University of Edinburgh, Edinburgh, UK
AES Convention:127 (October 2009)Paper Number:7843Import into BibTeX
Subject:Transducer Modeling and Design

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Post By：2011-9-20 15:13:17 [只看该作者]

AES E-Library

Modeling the External Ear Acoustics for Insert Headphone Usage

The acoustic behavior of earphones that are inserted into the ear canal is difficult to determine because it requires observing the sound pressure at the eardrum. Insert earphones occlude the ear canal, which cancels the normal influence of concha, pinna, head, and shoulders. In addition, the tone color of inserted earphones depends on the acoustic impedance of the eardrum and the leakage of earphone fitting. These results are relevant for designing insert earphones that are to be used in binaural and auralization situations.

Authors:Hiipakka, Marko; Tikander, Miikka; Karjalainen, Matti
Affiliations:Department of Signal Processing and Acoustics, Aalto University, Espoo, Finland; Nokia Corporation, Helsinki, Finland(See document for exact affiliation information.)
JAES Volume 58 Issue 4 pp. 269-281; April 2010Import into BibTeX