RAB-32016-000

Speakers Overview

The Knowles RAB-32016-000 is a balanced armature receiver designed for hearing instruments. It features a rectangular top port configuration with dimensions of 0.203 inches in length and 0.117 inches in width. The component operates within a frequency range of 200 Hz to 6.1 kHz and has an impedance of 263 Ohms. It delivers output levels ranging from 105 dB to 132 dB SPL, providing high power output in a compact form factor suitable for precision sound delivery.

Speakers Feature Summary

• Compact design engineered for precision sound delivery in modern hearing instruments
• High power output efficiency within a small physical size
• Balanced armature technology for reliable acoustic performance

Speakers Applications

• Hearing instruments
• Auditory devices requiring compact receivers

Speakers Procurement Notes

Verify the specific impedance value of 263 Ohms against circuit requirements. Confirm the frequency response range of 200 Hz to 6.1 kHz matches the target audio profile. Ensure the physical dimensions of 0.203 x 0.117 inches fit the designated housing. Check that the top port orientation aligns with the acoustic path design.

Speakers Selection Notes

Select this component when space constraints are critical in hearing aid designs. The balanced armature architecture offers efficient sound reproduction. Consider the impedance match with the driving electronics. Evaluate the SPL range suitability for the user's hearing loss profile.

Speakers Part Context

This part belongs to the Knowles RAB series of balanced armature receivers. These components are widely used in the hearing healthcare industry. The series emphasizes miniaturization without compromising acoustic quality. The RAB-32016-000 represents a specific variant optimized for particular dimensional and electrical specifications.

Speakers Replacement Considerations

Consult official substitution lists for compatible models. Verify electrical parameters such as impedance and frequency response before swapping. Physical compatibility must be confirmed due to strict size constraints in hearing devices.