SC 5.9 ND - 8 OHM

Speakers Overview

The SC 5.9 ND - 8 OHM is a full-range electromagnetic speaker driver manufactured by Visaton GmbH & Co. KG. It features a magnetic shield design and utilizes a 5x9 cm (2-inch by 3.5-inch) rectangular frame construction. The unit operates with an impedance of 8 Ohms and incorporates a neodymium magnet system to ensure effective acoustic performance within compact spatial constraints.

Speakers Feature Summary

• Integrated magnetic shielding to minimize external interference
• Compact rectangular frame geometry for versatile mounting
• Neodymium magnet configuration for efficient drive

Speakers Applications

• General-purpose audio reproduction in small enclosures
• Installation in devices requiring magnetic shielding
• Full-range driver applications in compact speaker systems

Speakers Procurement Notes

Verify the specific part number against official Visaton documentation to confirm availability and current manufacturing status. Ensure that the required impedance and physical dimensions align with the target application design specifications before finalizing procurement decisions.

Speakers Selection Notes

Select this component when a shielded, full-range driver is required for space-constrained designs. The 8 Ohm impedance rating must match the amplifier output requirements. Consider the rectangular form factor and magnetic shielding capabilities as primary selection criteria over standard circular drivers.

Speakers Part Context

This model belongs to Visaton's SC series of full-range drivers. The 'ND' designation indicates the use of a neodymium magnet, while the '8 OHM' suffix specifies the nominal electrical impedance. This series is engineered for applications where size, weight, and magnetic containment are critical design factors.

Speakers Replacement Considerations

Direct substitutes within the same family include the SC 5.9 ND - 4 OHM variant, which shares identical physical dimensions and shielding but differs in impedance. Other SC 5.9 models may fit mechanically but require verification of magnetic shielding and impedance compatibility.