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Datasheet Phonak Bolero Q-M13

Datasheet Phonak Bolero Q-M13
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Technical Data Phonak Bolero Q-M13 (Q90/Q70/Q50) (SlimTube HE) WaterResistant micro BTE, battery size 13, for mild to severe hearing loss, all audiometric configurations (for product details and available options, please see Product Information or visit Note: Using pure tone measurements with a digital hearing instrument can result in a wavy frequency response. This is an artifact resulting from the use of a narrowband input signal and does not affect the actual performance with naturally occurring broadband input signals. Unless otherwise specified, all data obtained are measured in a closed configuration with a straight measurement SlimTube HE (Art. No. 004-0425) and a coupling disc (Art. No. 002-0412) onto a HA-1 coupler (ANSI-S3.7-1995) or an occluded-ear simulator (EN 60711, coupling arrangement according to fig. 4 in the test standard), and in the Phonak Target measurement settings. Output sound pressure level — Full-on gain Acoustic gain Full-on gain Reference test gain Frequency range Total harmonic distortion Battery current Quiescent Working Equivalent input noise level Induction coil sensitivity Reference test gain Dynamic data Compression_Attack time Recovery time Output sound pressure level Full-on gain Acoustic gain Full-on gain Reference test gain Frequency range Total harmonic distortion Battery current Quiescent Working Equivalent input noise level Induction coil sensitivity Reference test gain Dynamic data Compression_Attack time Recovery time Input / Output characteristics at 2000 Hz — Full-on gain - Reference test gain

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Technical Data Phonak Bolero Q-M13 (Q90/Q70/Q50) (HEIO 680) Warning to hearing care professionals: Note: Using pure tone measurements with a digital hearing instrument This hearing instrument has an output sound pressure level that can can result in a wavy frequency response. This is an artifact resulting exceed 132 dB SPL Special care should be taken when fitting this fr0m the use of a narrowband input signal and does not affect the instrument as there is a risk of impairing the residual hearing of the actual performance with naturally occurring broadband input signals. Unless otherwise...

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