Cochlear SPrint Sound Processor Informações Técnicas Página 35

  • Descarregar
  • Adicionar aos meus manuais
  • Imprimir
  • Página
    / 78
  • Índice
  • MARCADORES
  • Avaliado. / 5. Com base em avaliações de clientes
Vista de página 34
CLINICAL GUIDANCE | SECTION ONE
33
When programming a Nucleus
®
24 implant and the SPrint processor with 20
active channels, the default is Table 8 (188 - 7938 Hz) and the available non-
defaults are Table 1-7. Changing to Table 6 reduces the input range to 188 -
6063 Hz. For the ESPrit 3G the default input frequency range reduces as the
number of channels is reduced. However, other table numbers are available to
further modify the input frequency range. For example, for a 20-channel MAP,
the default is Table 7 (120 - 8658 Hz). Changing to Table 5 provides an input
frequency range of 100 - 7215 Hz. When converting between sound processors,
it may be necessary to change the table number for the CP810/Freedom
processor to match that used in the SPrint or ESPrit 3G, i.e. where the default
table was not used. The table number is changed via the Parameters screen of
Custom Sound. The options for changing the table number are listed in the pull-
down menu. For example, when converting a 22-channel SPrint MAP that uses
Table 4 (188 - 6938 Hz), use CP810/Freedom Table 22-B. When converting from
an ESPrit 3G to the CP810/Freedom processor, it may not be possible to achieve
the same input frequency range. In this case, choose the Table that provides the
closest input frequency range to the ESPrit 3G.
User adjustable frequency boundaries
Custom Sound allows you to manually adjust the channel frequency
boundaries for the CP810 and Freedom processors to have more flexibility
when customizing recipient MAPS (e.g. MAPs for speciality devices), or to try
different frequency boundaries for different channels or groups of channels
to troubleshoot hearing problems. Typically, the user adjustable frequency
boundaries are used for the following applications: clinical research, Hybrid
,
partial insertions, Auditory Brainstem Implants (ABI), Double Array implants
and MAP conversions.
Vista de página 34
1 2 ... 30 31 32 33 34 35 36 37 38 39 40 ... 77 78

Comentários a estes Manuais

Sem comentários