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The Visaton 4880 is a full-range loudspeaker designed for general-purpose audio applications. It features a polypropylene diaphragm with a dual cone structure to enhance acoustic performance and durability. The unit operates with a nominal impedance of 4 ohms, supporting a continuous power handling capacity of 20 watts and a maximum power rating of 30 watts. Its frequency response spans from 90 Hz to 20 kHz, providing balanced sound reproduction across the audible spectrum. The speaker has a diameter of 10 cm (4 inches), making it suitable for compact enclosure designs requiring efficient mid-bass and treble integration.
Verify the specific part number against official Visaton documentation to ensure compatibility with your project requirements. Confirm that the 4-ohm impedance and 20-watt power rating align with your amplifier specifications. Check for any regional variations or updated manufacturing codes that may affect physical dimensions or mounting hardware before finalizing procurement.
Select this component when a single-driver solution is required for small to medium-sized enclosures. Ensure the 10 cm diameter fits within the available space constraints. Consider the 90 Hz lower frequency limit when designing passive radiators or ported boxes to avoid excessive excursion at low volumes. Verify that the dual cone structure meets the desired tonal characteristics for the intended listening environment.
Visaton specializes in high-quality acoustic components, including tweeters, woofers, and crossover filters. The 4880 model represents their approach to balanced full-range performance using durable materials like polypropylene. This series is often utilized by hobbyists and professionals seeking reliable drivers for custom audio builds without the complexity of multi-way systems.
When replacing the Visaton 4880, ensure the substitute driver matches the 4-ohm impedance and 10 cm diameter. Verify that the new component supports similar power handling capabilities to prevent damage. Check mounting hole patterns and depth requirements to ensure physical compatibility with the existing enclosure.