音乐家和助听器设计——你的助听器工作过度了吗?

Mark Schmidt
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引用次数: 14

摘要

音乐的声级可能超过了大多数现代数字助听器在没有明显失真的情况下转导声音的能力。一项创新是使用助听器麦克风,它对音乐的一些低频强烈成分不太敏感,从而为模数(a /D)转换器提供在其最佳工作区域内的输入。“丢失”的低频信息仍然可以通过未封闭的耳模作为未放大的声音进入,并成为整个音乐聆听体验的一部分。这种替代麦克风配置的技术问题包括增加助听器的内部本底噪声,但明智地使用扩音器,本底噪声可以显着降低。其他问题与配件相关,其中也需要显著的低频放大,但这种类型的配件可以在配件软件中通过在A/D瓶颈后添加放大来优化。
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Musicians and hearing aid design--is your hearing instrument being overworked?

Music can have sound levels that are in excess of the capability of most modern digital hearing aids to transduce sound without significant distortion. One innovation is to use a hearing aid microphone that is less sensitive to some of the lower frequency intense components of music, thereby providing the analog-to-digital (A/D) converter with an input that is within its optimal operating region. The "missing" low-frequency information can still enter through an unoccluded earmold as unamplified sound and be part of the entire music listening experience. Technical issues with this alternative microphone configuration include an increase in the internal noise floor of the hearing aid, but with judicious use of expansion, the noise floor can significantly be reduced. Other issues relate to fittings where significant low-frequency amplification is also required, but this type of fitting can be optimized in the fitting software by adding amplification after the A/D bottle neck.

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来源期刊
Trends in Amplification
Trends in Amplification AUDIOLOGY & SPEECH-LANGUAGE PATHOLOGY-OTORHINOLARYNGOLOGY
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期刊最新文献
Laboratory and field study of the potential benefits of pinna cue-preserving hearing aids. Modern prescription theory and application: realistic expectations for speech recognition with hearing AIDS. The perception of telephone-processed speech by combined electric and acoustic stimulation. The master hearing aid. How linguistic closure and verbal working memory relate to speech recognition in noise--a review.
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