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Establishment of Measurement System for Hearing Aids at TUBITAK UME

机译:大块毛泽地助听器测量系统的建立

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Hearing devices in many different brands and types are used in our country. However, these hearing aids before being placed on the market do not pass mandatory/legal technical measurements. To verify that hearing aids work in a specified performance, measurements are always required to be done on the basis of scientific parameters and standards. For this purpose, the acoustic cabinet, microphone, ear simulator, analyzer and software-aided system was established in TUBITAK UME Medical Metrology Laboratory. The acoustic field generated by the sound source within the acoustic cabinet is analyzed with the reference microphone and ear simulator. In this set-up system, performance parameters such as acoustic impedance measurements in the range of between 100 Hz and 10 kHz, sensitivity, frequency response and noise insulation value are measured. In this paper, performance parameters' measurements of the sound pressure level of headphones that are designed specifically for musicians in Turkey are presented in 2.0 dB uncertainty.
机译:在我国使用许多不同品牌和类型的听力设备。但是,这些助听器在被置于市场之前,不会通过强制性/法律技术测量。为了验证助听器在指定的性能下工作,始终要求在科学参数和标准的基础上进行测量。为此目的,在Tubitak Ume医学Metrology实验室中建立了声学柜,麦克风,耳朵模拟器,分析仪和软件辅助系统。通过参考麦克风和耳朵模拟器分析由声学机柜内的声源产生的声场。在该设置系统中,测量诸如100Hz和10kHz的范围内的声阻测量,灵敏度,频率响应和噪声绝缘值的性能参数。在本文中,专为火鸡音乐家设计的耳机声压水平的性能参数测量显示在2.0 dB不确定性。

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