4476

Overview

The Visaton 4476 is a 10 cm (4-inch) full-range loudspeaker driver designed for compact audio applications. It features a nominal impedance of 8 ohms and a rated power handling capacity of 25 watts. The unit utilizes a paper cone with a rubber surround to ensure durability and linear excursion. Its frequency response spans from approximately 90 Hz to 18,000 Hz, providing balanced midrange and treble reproduction suitable for home audio and small enclosure designs.

Feature Summary

• Full-range design integrating bass, midrange, and treble reproduction in a single driver unit
• Robust construction with a paper cone and durable rubber surround for long-term reliability
• Optimized magnetic circuit for efficient energy conversion and clear sound output

Applications

• Compact bookshelf speakers
• DIY audio projects requiring simple two-way or full-range configurations
• Replacement drivers for vintage radio and speaker repairs

Procurement Notes

Verify the specific suffix code on the order confirmation against the official Visaton datasheet to ensure exact mechanical and electrical compatibility. Confirm mounting dimensions and impedance requirements match your existing enclosure design before finalizing procurement to avoid integration issues.

Selection Notes

Select this model when a single-driver solution is preferred for cost-effective, space-constrained audio systems. Ensure the target application does not require deep bass extension below 90 Hz, as full-range drivers typically lack sub-bass performance compared to dedicated woofers.

Part Context

This component belongs to Visaton's standard range of full-range drivers, which are widely used in hobbyist and professional audio manufacturing. The 4476 series represents a balance between acoustic performance and mechanical simplicity, serving as a foundational element in entry-level hi-fi and multimedia speaker systems.

Replacement Considerations

Direct replacements must match the 10 cm diameter, 8-ohm impedance, and mounting hole pattern. Verify that the replacement driver maintains similar sensitivity and frequency response characteristics to preserve the original tonal balance of the enclosure.