DT 94 - 8 OHM

Speakers Overview

The Visaton DT 94 - 8 OHM is a polycarbonate dome tweeter designed for high-fidelity audio applications. It features an 8-ohm impedance and a frequency response range of 1.2 kHz to 22 kHz. The unit delivers a sound pressure level of 90 dB and handles 70 W RMS power, with a maximum load capacity of 100 W. Key technical specifications include a 94 mm diameter, ferrofluid-cooled voice coil for thermal management, and a wide dispersion pattern suitable for omnidirectional sound distribution.

Speakers Feature Summary

• Polycarbonate dome construction for balanced frequency response
• Ferrofluid-cooled voice coil technology
• Wide dispersion pattern for omnidirectional sound

Speakers Applications

• High-fidelity speaker systems
• Professional audio equipment
• Custom loudspeaker design

Speakers Procurement Notes

Verify the specific impedance variant (8 Ohm) against project requirements. Confirm that the 70 W RMS rating aligns with amplifier capabilities. Ensure mounting hardware matches the 94 mm diameter specification. Check for availability of compatible crossover components. Validate environmental conditions against operational limits.

Speakers Selection Notes

Select this component for applications requiring wide dispersion and high power handling. The ferrofluid cooling supports sustained performance. Consider the 1.2 kHz lower cutoff when designing crossover networks. Evaluate compatibility with existing enclosure designs. Assess suitability for professional or hi-fi environments based on sensitivity ratings.

Speakers Part Context

This model belongs to Visaton's line of dome tweeters, engineered for clarity and durability. The DT series utilizes robust materials like polycarbonate to ensure consistent acoustic output. It is positioned as a solution for demanding audio reproduction tasks where precision and power handling are critical.

Speakers Replacement Considerations

Visaton DT 94 - 4 OHM offers identical physical dimensions and dispersion characteristics but differs in impedance. Verify circuit compatibility before substitution due to the impedance change affecting amplifier load.