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Verification Enhancements for BCDs: Elevating Care for Ponto Users Using the Verifit 2

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1.  What is the primary purpose of using the Verifit Skull Simulator when fitting a Ponto device?
  1. To measure air conduction hearing thresholds
  2. To simulate the bone conduction pathway for verification and programming
  3. To replace real-ear measurement in traditional hearing aid fittings
  4. To test feedback cancellation features in bone-anchored devices
2.  Which fitting formula is specifically designed for bone-anchored hearing devices and is available in Verifit2 for programming a Ponto?
  1. NAL-NL2
  2. DSL v5.0
  3. DSL-BCD
  4. Proprietary Oticon Medical fitting formula
3.  When verifying a Ponto fitting using Speechmap in Verifit2, which key step ensures accurate measurement?
  1. Placing the Ponto device on the patient’s head during verification
  2. Selecting the correct fitting rule and entering patient-specific bone conduction thresholds
  3. Using an ear simulator instead of the Verifit Skull Simulator
  4. Measuring output only at maximum gain settings
4.  What recent advancement in Verifit2 enhances the accuracy of Ponto fittings for softband users?
  1. The ability to measure force level instead of sound pressure level
  2. A correction factor specifically designed for softband attenuation
  3. Real-ear measurements for softband fittings
  4. A new default gain setting for pediatric patients
5.  Why is it important to correctly position the reference microphones when verifying a Ponto device using the Verifit Skull Simulator?
  1. To reduce background noise during testing
  2. To ensure accurate measurement of the device’s output and directional performance
  3. To compensate for head movement during verification
  4. To prevent software errors in the Audioscan Verifit2 system
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