RVA-90080-N17

Speakers Overview

The Knowles RVA-90080-N17 is a balanced armature receiver designed for audio applications. It operates within a frequency range of 200 Hz to 5.81 kHz and features an impedance of 46 Ohms. The device delivers a sound pressure level of 104.7 dB. Constructed with magnetic technology, this component utilizes a free-hanging port configuration. It is classified as a speaker and transducer suitable for integration into compact electronic devices requiring high-fidelity audio output.

Speakers Feature Summary

• Balanced armature technology ensures efficient acoustic performance
• Wide frequency response supports clear audio reproduction
• Free-hanging port design allows flexible mechanical integration

Speakers Applications

• Hearing aids
• Medical diagnostic equipment
• Industrial communication headsets

Speakers Procurement Notes

Verify the specific datasheet version and RoHS compliance status directly with Knowles or authorized distributors before procurement. Confirm that the active lifecycle status aligns with long-term production requirements. Ensure mechanical mounting constraints match the free-hanging specification in the final assembly design.

Speakers Selection Notes

Select this model when a balanced armature receiver with a 46 Ohm impedance is required. The 104.7 dB sensitivity suits applications needing high output levels. Consider the 200 Hz to 5.81 kHz bandwidth for voice-centric or mid-range audio tasks rather than full-spectrum music reproduction.

Speakers Part Context

This component belongs to the Knowles speaker and transducer portfolio. It serves as a replacement unit for existing designs utilizing similar balanced armature receivers. The product is distinct from ceramic capacitors or other passive components listed in general distributor catalogs.

Speakers Replacement Considerations

Cross-reference with other Knowles balanced armature receivers if mechanical dimensions differ. Verify impedance and sensitivity matching to maintain circuit performance without redesign.