2910

Overview

The Visaton 2910 is a miniature electromagnetic loudspeaker designed for compact applications. It features a round Mylar diaphragm with a diameter of 28mm and a depth of 5.5mm. The unit operates at an impedance of 50 Ohms and handles a power rating of 1W, with a maximum capacity of 2W. Its frequency response spans from 300Hz to 20,000Hz, delivering a sound pressure level of 76 dBA at 600Hz. This panel-mount component is suitable for signal output in equipment with limited space.

Feature Summary

• Compact round design utilizing a Mylar diaphragm for efficient sound reproduction
• Waterproof construction suitable for varied environmental conditions
• Electromagnetic transducer mechanism optimized for general-purpose signal output

Applications

• Signal output in machines requiring minimal spatial footprint
• General-purpose audio indication in electronic equipment
• Panel-mounted indicator systems where waterproofing is required

Procurement Notes

Verify the specific impedance and power ratings against your circuit requirements before integration. Confirm that the 50 Ohm impedance matches your amplifier or driver stage. Ensure the physical dimensions fit the designated panel cutout. Check for any updated datasheet revisions regarding acoustic performance metrics.

Selection Notes

Select this model when space constraints necessitate a 28mm diameter speaker. Consider the 50 Ohm impedance if driving low-power signals. Evaluate the 76 dBA output against ambient noise levels. The waterproof feature makes it preferable over non-sealed alternatives in exposed installations.

Part Context

This component belongs to Visaton's line of miniature loudspeakers. It is engineered for high-density packaging in consumer electronics and industrial devices. The Mylar diaphragm provides durability and consistent acoustic characteristics within its specified frequency range.

Replacement Considerations

No public confirmed substitute part numbers are available in the provided documentation. Verify compatibility with existing mounting hardware and electrical interfaces when sourcing alternatives.