1985
DOI: 10.1097/00003446-198509000-00011
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Spectral Characteristics of Air and Bone Conduction Transducers used to Record the Auditory Brain Stem Response

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Cited by 18 publications
(7 citation statements)
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“…The latency-intensity functions of bone-conducted BAEP using click stimulus and Radioear B-70A, B-7 1 and B-72 vibrators showed a 1/2 millisecond delay for V-wave latency with the B-70A transducer, when compared with that of an electrodynamic earphone (TDH-39); however, more prolonged latencies are observed for B-71 and B-72 oscillators, with the latter producing the largest change in latency 23 .…”
Section: Study 31mentioning
confidence: 91%
See 1 more Smart Citation
“…The latency-intensity functions of bone-conducted BAEP using click stimulus and Radioear B-70A, B-7 1 and B-72 vibrators showed a 1/2 millisecond delay for V-wave latency with the B-70A transducer, when compared with that of an electrodynamic earphone (TDH-39); however, more prolonged latencies are observed for B-71 and B-72 oscillators, with the latter producing the largest change in latency 23 .…”
Section: Study 31mentioning
confidence: 91%
“…The literature search showed that 15 of the studies performed their tests with alternate polarity. This type of polarity aims primarily at canceling the electrical errors at the onset of recording responses 23 .…”
Section: Study 31mentioning
confidence: 99%
“…This argues in favor of a similar mechanism for the spread of excitatory impulses in the cochlea for both stimulation modalities. The difference in the latency shift (table 1) between air and bone conduction is known from the literature [3,7,14,15]. As a probable cause for this difference, it is assumed that an alteration of the potential evoking stimulus occurs on the pathway through the skull as a result of resonance and phase shifts caused by the skull bones.…”
Section: Discussionmentioning
confidence: 99%
“…Der bei Luft-und Knochenleitung beobachtete Latenzunter schied (Abb. 2) findet sich in allen einschlägigen Litera turstellen [3,7,14,15]. Als wahrscheinliche Ursache für den Latenzunterschied wird eine Alteration des potentialauslösenden Reizes auf dem Weg durch die Schädelkno chen angenommen.…”
Section: Grenzfrequenz Des Hochpasses Fg [Khz]unclassified