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The Visaton 8056 is a magnetically shielded, oval full-range speaker driver designed for general-purpose electronic applications. It features a neodymium magnet structure that allows for an extremely small form factor of 90.5 mm in length and 50.5 mm in width, with a mounting height of 30 mm. The unit operates at an 8-ohm impedance and delivers a sound pressure level of 82 dBA. Its frequency response spans from 150 Hz to 17,000 Hz, providing balanced reproduction with clear high-range output. The driver utilizes a paper diaphragm and includes a moisture-resistant membrane for durability.
Verify the specific impedance variant required, as sources indicate both 4-ohm and 8-ohm configurations exist within the SC 5.9 ND series. Confirm physical dimensions against enclosure constraints, noting the 90.5 x 50.5 mm body size. Ensure compatibility with solder lug termination styles if direct wiring is planned. Cross-reference the manufacturer catalog for the exact suffix corresponding to the desired electrical specification.
Select this component when magnetic shielding is mandatory due to proximity to other circuitry or displays. The 8-ohm version suits standard low-power amplifier outputs, while the 4-ohm variant may be preferred for higher current drive requirements. Consider the 82 dBA sensitivity for applications requiring moderate volume without excessive power consumption. The oval shape facilitates integration into narrow chassis designs compared to circular drivers.
This model belongs to Visaton's SC 5.9 ND series, characterized by the use of neodymium magnets to achieve high efficiency in a small package. The series is widely used in consumer electronics where space and magnetic interference are primary design constraints. The 8056 designation specifically refers to the 8-ohm impedance variant of this oval full-range driver family.
Direct substitutes include other Visaton SC 5.9 ND variants with matching 8-ohm impedance. Verify that replacement units maintain the 90.5 x 50.5 mm mounting dimensions and flange hole patterns. Ensure the replacement also offers magnetic shielding if the application requires it.