K 10.30 - 8 OHM

Speakers Overview

The Visaton K 10.30 - 8 OHM is a miniature loudspeaker with an oval frame measuring 30.00 mm by 10.00 mm. It features a nominal impedance of 8 ohms and a rated power handling capacity of 0.5 W, with a music power rating of 1 W. The device operates within a transmission range of 750 Hz to 20,000 Hz and delivers a mean sound pressure level of 85 dB at 1W/1m. Designed for top porting, it utilizes a ceramic driver element suitable for high-frequency reproduction.

Speakers Feature Summary

• Oval rectangular frame design optimized for compact mounting spaces
• Ceramic driver technology providing stable high-frequency performance
• Top port configuration for direct acoustic projection

Speakers Applications

• High-end dome tweeter integration in audio systems
• Miniature speaker assemblies requiring compact form factors
• High midrange and extreme high-frequency reproduction tasks

Speakers Procurement Notes

Verify the specific packaging quantity and lead times directly with authorized distributors or the manufacturer, as these details are subject to change. Confirm that the component meets all necessary regulatory standards for your target market before finalizing procurement orders.

Speakers Selection Notes

Select this component when a compact oval speaker is required for high-frequency applications. Ensure the system can accommodate the 30x10 mm dimensions and that the 8-ohm impedance matches the amplifier output requirements. Consider the 0.5 W power rating for appropriate signal levels.

Speakers Part Context

This model belongs to Visaton's miniature loudspeaker series, specifically designed for applications where space is limited but high-frequency clarity is essential. It serves as a specialized transducer for detailed audio reproduction rather than full-range coverage.

Speakers Replacement Considerations

No public confirmed substitute part numbers are available in the provided documentation. Verify compatibility with existing mounting structures and electrical characteristics if considering alternative models.