Objective: Evaluation of the Sennheiser HDA 280-CL circumaural headphone for the determination of (1) equivalent threshold sound pressure levels (ETSPL) for 125–18,000 Hz.; (2) real ear attenuation (250–8000 Hz); (3) insertion loss (63–18,000 Hz); (4) frequency response (125–18,000 Hz); (5) total harmonic distortion (THD) (125–10,000 Hz); and, (6) linearity (11,200–18,000 Hz).Study Sample: Twenty-five normal hearing adults aged 18–25 participated in (1) and (2).Design: (1) Hearing thresholds were measured using the Sennheiser HDA 280-CL. Frequency specific ETSPL values were calculated in an artificial ear. (2) Sound field thresholds were measured with the ears open and covered with the headphone to obtain the real ear attenuation thresholds...
The purpose of this study was to provide extended high-frequency (EHF) data using two methods of aut...
Insert transducers for audiometry are available which may offer significant advantages over older \u...
The acceptable noise level (ANL) was defined by subtracting the background noise level (BNL) from th...
It is estimated that approximately 360 Million people have a permanent disabling hearing loss (WHO, ...
ObjectiveThis study examined differences in thresholds obtained under Sennheiser HDA200 circumaural ...
Current consumer electronic technology allows devices to assess individual listener’s hearing status...
Objective The purposes of the study were: (1) To evaluate the intrasession test-retest reliability o...
This paper questions the necessity for two calibration devices to measure the acoustic output from d...
Interaural attenuation (IA) was evaluated for pure tones (frequency range 125 to 16000 Hz) using Sen...
Graduation date: 1989Noise induced hearing loss is a subject of growing\ud concern. Over the past 15...
Background: There is a growing concern regarding the hearing health of the young adults, because now...
Purpose The purpose of this study was to examine test–retest reliability of in situ unaided threshol...
Objective: The aim of this study was to determine the effect of ambient noise on the accuracy of thr...
Purpose: The purpose of this study was to evaluate Interaural Attenuation (IA) in frequency base in ...
Audiometry is the measurement of the sensitivity and range of an individual's hearing. As many etiol...
The purpose of this study was to provide extended high-frequency (EHF) data using two methods of aut...
Insert transducers for audiometry are available which may offer significant advantages over older \u...
The acceptable noise level (ANL) was defined by subtracting the background noise level (BNL) from th...
It is estimated that approximately 360 Million people have a permanent disabling hearing loss (WHO, ...
ObjectiveThis study examined differences in thresholds obtained under Sennheiser HDA200 circumaural ...
Current consumer electronic technology allows devices to assess individual listener’s hearing status...
Objective The purposes of the study were: (1) To evaluate the intrasession test-retest reliability o...
This paper questions the necessity for two calibration devices to measure the acoustic output from d...
Interaural attenuation (IA) was evaluated for pure tones (frequency range 125 to 16000 Hz) using Sen...
Graduation date: 1989Noise induced hearing loss is a subject of growing\ud concern. Over the past 15...
Background: There is a growing concern regarding the hearing health of the young adults, because now...
Purpose The purpose of this study was to examine test–retest reliability of in situ unaided threshol...
Objective: The aim of this study was to determine the effect of ambient noise on the accuracy of thr...
Purpose: The purpose of this study was to evaluate Interaural Attenuation (IA) in frequency base in ...
Audiometry is the measurement of the sensitivity and range of an individual's hearing. As many etiol...
The purpose of this study was to provide extended high-frequency (EHF) data using two methods of aut...
Insert transducers for audiometry are available which may offer significant advantages over older \u...
The acceptable noise level (ANL) was defined by subtracting the background noise level (BNL) from th...