2916

Overview

The Visaton 2916 is a mini full-range speaker with a 5 cm diameter. It features a plastic ABS basket and a plastic diaphragm designed for broad frequency response and good voice reproduction. The unit operates at an impedance of 50 ohms with a power rating of 2W RMS. Key specifications include a minimum frequency response of 180 Hz, a sensitivity of 84 dB, and dimensions of 50 mm diameter by 18 mm height.

Feature Summary

• Constructed with a durable plastic ABS basket and plastic diaphragm
• Engineered for broad frequency response and accurate voice reproduction
• UV-resistant design suitable for varied environmental conditions

Applications

• Miniature audio devices requiring compact form factors
• Voice reproduction systems in small enclosures
• Outdoor applications benefiting from UV-resistant materials

Procurement Notes

Verify the specific suffix or variant code against the manufacturer's current catalog to ensure compatibility with required impedance and power ratings. Confirm RoHS3 compliance status if regulatory adherence is mandatory for the target assembly. Cross-reference the physical mounting dimensions with the enclosure design to guarantee proper fitment during integration.

Selection Notes

Select this component when a 50-ohm impedance matches the amplifier output requirements. Consider the 5 cm diameter constraint for space-limited designs. Evaluate the 180 Hz low-frequency limit against the application's bass requirements. Ensure the 2W RMS power handling aligns with the expected signal levels to prevent damage.

Part Context

This model belongs to Visaton's K 50 WP series of mini waterproof speakers. It is distinct from standard rectangular or larger format drivers. The series emphasizes compactness and durability for specialized audio transducer needs where size and material resilience are primary selection criteria.

Replacement Considerations

Direct substitutes must match the 50 mm diameter, 50 ohm impedance, and 2W RMS rating. Verify that alternative models maintain similar sensitivity and frequency response characteristics to preserve acoustic performance without circuit modification.