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The Visaton W 150 X - 4 OHM is a full-range loudspeaker driver with a nominal diameter of 150 mm (6 inches). It features a 4-ohm impedance and a rated power handling capacity of 30 watts. The unit utilizes a polypropylene cone for the main driver element and incorporates a neodymium magnet system to achieve high magnetic flux density within a compact structure. The design includes a phase plug integrated into the voice coil former to improve high-frequency dispersion characteristics. The speaker is engineered for panel mounting applications, providing reliable audio reproduction across its specified frequency range.
Verify the specific impedance rating matches the target amplifier output requirements before integration. Confirm physical mounting dimensions and depth constraints against the intended enclosure design. Check for RoHS compliance status if environmental regulations apply to the final product assembly. Ensure thermal management capabilities align with the expected continuous power load during operation.
Select this component when a balance between size and acoustic output is required for full-range applications. The neodymium magnet offers a weight advantage over traditional ferrite alternatives. Consider the phase plug feature if wide dispersion is critical for the listening environment. Evaluate the power handling limits relative to the source signal levels to prevent mechanical damage.
This model belongs to Visaton's series of full-range drivers designed for versatile audio applications. The company specializes in transducers that combine robust mechanical construction with precise acoustic tuning. This specific driver represents a solution for designers needing a single-unit approach to mid-bass and treble reproduction without complex crossover networks.
Direct substitutes may include other 6-inch full-range drivers with similar 4-ohm impedance and comparable sensitivity ratings. Verify mounting hole patterns and overall depth to ensure physical compatibility. Check if alternative models offer similar phase plug configurations for consistent directivity.