DA25BG08-06

Speakers Overview

The DA25BG08-06 is a 1-inch aluminum dome tweeter manufactured by Peerless by Tymphany. It features a nominal impedance of 6 Ohms and handles 100 Watts of RMS power. The frequency response spans from 2 kHz to 20 kHz, with a self-resonant frequency of approximately 710 Hz to 721 Hz. Efficiency is rated at 93.5 dBA. The design includes a silk surround and ferrofluid-filled motor to minimize distortion.

Speakers Feature Summary

• Aluminum diaphragm construction for high-frequency reproduction
• Silk surround integration to reduce dome resonances within the audible range
• Ferrofluid-filled motor system for enhanced thermal handling and linearity
• High sensitivity output suitable for efficient driver pairing

Speakers Applications

• Two-way speaker system designs
• High-fidelity audio reproduction
• Custom loudspeaker fabrication

Speakers Procurement Notes

Verify the specific part number against official Peerless by Tymphany documentation to confirm compatibility with your enclosure design. Ensure that the 6 Ohm impedance and 100W power handling align with your amplifier capabilities and crossover network specifications before finalizing procurement decisions.

Speakers Selection Notes

Select this component when designing two-way systems requiring low crossover points due to its low self-resonant frequency. The combination of aluminum material and silk surround offers a balance between efficiency and controlled resonance. Verify that the physical dimensions and mounting requirements fit the intended baffle or horn configuration.

Speakers Part Context

This model belongs to the Peerless by Tymphany driver lineup, specifically engineered for high-frequency duties. It utilizes a 1-inch dome format common in professional and hi-fi audio applications. The series emphasizes reliability through ferrofluid cooling and robust mechanical suspension systems.

Speakers Replacement Considerations

No officially confirmed substitute part numbers are available in public documentation. Direct replacement requires matching impedance, sensitivity, and physical mounting constraints.